%------------------------------------------------------------------------------ % File : SuperZenon---0.0.1 % Problem : SYN508+1 : TPTP v8.1.0. Released v2.1.0. % Transfm : none % Format : tptp:raw % Command : run_super_zenon -p0 -itptp -om -max-time %d %s % Computer : n020.cluster.edu % Model : x86_64 x86_64 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz % Memory : 8042.1875MB % OS : Linux 3.10.0-693.el7.x86_64 % CPULimit : 300s % WCLimit : 600s % DateTime : Thu Jul 21 12:44:39 EDT 2022 % Result : Theorem 0.69s 0.92s % Output : Proof 0.99s % Verified : % SZS Type : - % Comments : %------------------------------------------------------------------------------ %----WARNING: Could not form TPTP format derivation %------------------------------------------------------------------------------ %----ORIGINAL SYSTEM OUTPUT % 0.03/0.12 % Problem : SYN508+1 : TPTP v8.1.0. Released v2.1.0. % 0.03/0.12 % Command : run_super_zenon -p0 -itptp -om -max-time %d %s % 0.12/0.33 % Computer : n020.cluster.edu % 0.12/0.33 % Model : x86_64 x86_64 % 0.12/0.33 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz % 0.12/0.33 % Memory : 8042.1875MB % 0.12/0.33 % OS : Linux 3.10.0-693.el7.x86_64 % 0.12/0.33 % CPULimit : 300 % 0.12/0.33 % WCLimit : 600 % 0.12/0.33 % DateTime : Mon Jul 11 15:51:57 EDT 2022 % 0.12/0.33 % CPUTime : % 0.69/0.92 % SZS status Theorem % 0.69/0.92 (* PROOF-FOUND *) % 0.69/0.92 (* BEGIN-PROOF *) % 0.69/0.92 % SZS output start Proof % 0.69/0.92 1. (-. (hskp7)) (hskp7) ### P-NotP % 0.69/0.92 2. (-. (hskp14)) (hskp14) ### P-NotP % 0.69/0.92 3. (-. (hskp8)) (hskp8) ### P-NotP % 0.69/0.92 4. ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp14)) (-. (hskp7)) ### DisjTree 1 2 3 % 0.69/0.92 5. (-. (ndr1_0)) (ndr1_0) ### P-NotP % 0.69/0.92 6. (-. (c2_1 (a730))) (c2_1 (a730)) ### Axiom % 0.69/0.92 7. (-. (c0_1 (a730))) (c0_1 (a730)) ### Axiom % 0.69/0.92 8. (-. (c2_1 (a730))) (c2_1 (a730)) ### Axiom % 0.69/0.92 9. (c1_1 (a730)) (-. (c1_1 (a730))) ### Axiom % 0.69/0.92 10. ((ndr1_0) => ((c0_1 (a730)) \/ ((c2_1 (a730)) \/ (-. (c1_1 (a730)))))) (c1_1 (a730)) (-. (c2_1 (a730))) (-. (c0_1 (a730))) (ndr1_0) ### DisjTree 5 7 8 9 % 0.69/0.92 11. (All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) (ndr1_0) (-. (c0_1 (a730))) (-. (c2_1 (a730))) (c1_1 (a730)) ### All 10 % 0.69/0.92 12. (c1_1 (a730)) (-. (c1_1 (a730))) ### Axiom % 0.69/0.92 13. ((ndr1_0) => ((c2_1 (a730)) \/ ((-. (c0_1 (a730))) \/ (-. (c1_1 (a730)))))) (c1_1 (a730)) (All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) (-. (c2_1 (a730))) (ndr1_0) ### DisjTree 5 6 11 12 % 0.69/0.92 14. (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (ndr1_0) (-. (c2_1 (a730))) (All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) (c1_1 (a730)) ### All 13 % 0.69/0.92 15. (-. (hskp19)) (hskp19) ### P-NotP % 0.69/0.92 16. ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (c1_1 (a730)) (All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) (-. (c2_1 (a730))) (ndr1_0) ### DisjTree 14 15 3 % 0.69/0.92 17. (-. (hskp1)) (hskp1) ### P-NotP % 0.69/0.92 18. (-. (hskp12)) (hskp12) ### P-NotP % 0.69/0.92 19. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) (-. (hskp1)) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ### DisjTree 16 17 18 % 0.69/0.92 20. (-. (c0_1 (a741))) (c0_1 (a741)) ### Axiom % 0.69/0.92 21. (c1_1 (a741)) (-. (c1_1 (a741))) ### Axiom % 0.69/0.92 22. (c3_1 (a741)) (-. (c3_1 (a741))) ### Axiom % 0.69/0.92 23. ((ndr1_0) => ((c0_1 (a741)) \/ ((-. (c1_1 (a741))) \/ (-. (c3_1 (a741)))))) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 5 20 21 22 % 0.69/0.92 24. (All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) (ndr1_0) (-. (c0_1 (a741))) (c1_1 (a741)) (c3_1 (a741)) ### All 23 % 0.69/0.92 25. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 24 17 3 % 0.69/0.92 26. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) (ndr1_0) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ### ConjTree 25 % 0.69/0.92 27. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) (-. (hskp1)) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 19 26 % 0.69/0.92 28. ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) (-. (hskp1)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 27 % 0.69/0.92 29. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp7)) (-. (hskp8)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ### Or 4 28 % 0.69/0.92 30. (-. (hskp22)) (hskp22) ### P-NotP % 0.69/0.92 31. (-. (hskp11)) (hskp11) ### P-NotP % 0.69/0.92 32. ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) (-. (hskp22)) ### DisjTree 30 3 31 % 0.69/0.92 33. (-. (c3_1 (a756))) (c3_1 (a756)) ### Axiom % 0.69/0.92 34. (c1_1 (a756)) (-. (c1_1 (a756))) ### Axiom % 0.69/0.92 35. (c2_1 (a756)) (-. (c2_1 (a756))) ### Axiom % 0.69/0.92 36. ((ndr1_0) => ((c3_1 (a756)) \/ ((-. (c1_1 (a756))) \/ (-. (c2_1 (a756)))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (ndr1_0) ### DisjTree 5 33 34 35 % 0.69/0.92 37. (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) (ndr1_0) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ### All 36 % 0.69/0.92 38. (-. (hskp0)) (hskp0) ### P-NotP % 0.69/0.92 39. ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (-. (hskp8)) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (ndr1_0) ### DisjTree 37 3 38 % 0.69/0.92 40. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) (ndr1_0) (-. (hskp8)) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ### ConjTree 39 % 0.69/0.92 41. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 40 % 0.69/0.92 42. (-. (c0_1 (a721))) (c0_1 (a721)) ### Axiom % 0.69/0.92 43. (-. (c1_1 (a721))) (c1_1 (a721)) ### Axiom % 0.69/0.92 44. (c3_1 (a721)) (-. (c3_1 (a721))) ### Axiom % 0.69/0.92 45. ((ndr1_0) => ((c0_1 (a721)) \/ ((c1_1 (a721)) \/ (-. (c3_1 (a721)))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ### DisjTree 5 42 43 44 % 0.69/0.92 46. (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ### All 45 % 0.69/0.92 47. ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ### DisjTree 46 1 3 % 0.69/0.92 48. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) (ndr1_0) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ### ConjTree 47 % 0.69/0.92 49. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp7)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 41 48 % 0.69/0.92 50. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp7)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 49 % 0.69/0.92 51. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 29 50 % 0.69/0.92 52. (-. (hskp18)) (hskp18) ### P-NotP % 0.69/0.92 53. (-. (hskp5)) (hskp5) ### P-NotP % 0.69/0.92 54. ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) (-. (hskp18)) ### DisjTree 52 31 53 % 0.69/0.92 55. (-. (c0_1 (a718))) (c0_1 (a718)) ### Axiom % 0.69/0.92 56. (-. (c2_1 (a718))) (c2_1 (a718)) ### Axiom % 0.69/0.92 57. (c1_1 (a718)) (-. (c1_1 (a718))) ### Axiom % 0.69/0.92 58. ((ndr1_0) => ((c0_1 (a718)) \/ ((c2_1 (a718)) \/ (-. (c1_1 (a718)))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 5 55 56 57 % 0.69/0.92 59. (All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ### All 58 % 0.69/0.92 60. (-. (c1_1 (a739))) (c1_1 (a739)) ### Axiom % 0.69/0.92 61. (c2_1 (a739)) (-. (c2_1 (a739))) ### Axiom % 0.69/0.92 62. (c3_1 (a739)) (-. (c3_1 (a739))) ### Axiom % 0.69/0.92 63. ((ndr1_0) => ((c1_1 (a739)) \/ ((-. (c2_1 (a739))) \/ (-. (c3_1 (a739)))))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) ### DisjTree 5 60 61 62 % 0.69/0.92 64. (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ### All 63 % 0.69/0.92 65. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 64 31 % 0.69/0.92 66. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ### ConjTree 65 % 0.69/0.92 67. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ### Or 54 66 % 0.69/0.92 68. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 17 18 % 0.69/0.92 69. (-. (hskp6)) (hskp6) ### P-NotP % 0.69/0.92 70. (-. (hskp21)) (hskp21) ### P-NotP % 0.69/0.92 71. ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp21)) (-. (hskp1)) (-. (hskp6)) ### DisjTree 69 17 70 % 0.69/0.92 72. (-. (c0_1 (a725))) (c0_1 (a725)) ### Axiom % 0.69/0.92 73. (-. (c1_1 (a725))) (c1_1 (a725)) ### Axiom % 0.69/0.92 74. (c2_1 (a725)) (-. (c2_1 (a725))) ### Axiom % 0.69/0.92 75. ((ndr1_0) => ((c0_1 (a725)) \/ ((c1_1 (a725)) \/ (-. (c2_1 (a725)))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 5 72 73 74 % 0.69/0.92 76. (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ### All 75 % 0.69/0.92 77. (-. (c0_1 (a748))) (c0_1 (a748)) ### Axiom % 0.69/0.92 78. (c2_1 (a748)) (-. (c2_1 (a748))) ### Axiom % 0.69/0.92 79. (c3_1 (a748)) (-. (c3_1 (a748))) ### Axiom % 0.69/0.92 80. ((ndr1_0) => ((c0_1 (a748)) \/ ((-. (c2_1 (a748))) \/ (-. (c3_1 (a748)))))) (c3_1 (a748)) (c2_1 (a748)) (-. (c0_1 (a748))) (ndr1_0) ### DisjTree 5 77 78 79 % 0.69/0.92 81. (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (ndr1_0) (-. (c0_1 (a748))) (c2_1 (a748)) (c3_1 (a748)) ### All 80 % 0.69/0.92 82. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a748)) (c2_1 (a748)) (-. (c0_1 (a748))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 46 81 % 0.69/0.92 83. ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748)))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 82 % 0.69/0.92 84. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp6)) (-. (hskp1)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ### Or 71 83 % 0.69/0.92 85. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp1)) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ### ConjTree 84 % 0.69/0.92 86. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 85 % 0.69/0.92 87. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 86 % 0.69/0.92 88. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 67 87 % 0.69/0.92 89. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 88 % 0.69/0.92 90. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp7)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 51 89 % 0.69/0.92 91. (-. (c1_1 (a721))) (c1_1 (a721)) ### Axiom % 0.69/0.92 92. (-. (c0_1 (a721))) (c0_1 (a721)) ### Axiom % 0.69/0.92 93. (c2_1 (a721)) (-. (c2_1 (a721))) ### Axiom % 0.69/0.92 94. (c3_1 (a721)) (-. (c3_1 (a721))) ### Axiom % 0.69/0.92 95. ((ndr1_0) => ((c0_1 (a721)) \/ ((-. (c2_1 (a721))) \/ (-. (c3_1 (a721)))))) (c3_1 (a721)) (c2_1 (a721)) (-. (c0_1 (a721))) (ndr1_0) ### DisjTree 5 92 93 94 % 0.69/0.92 96. (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (ndr1_0) (-. (c0_1 (a721))) (c2_1 (a721)) (c3_1 (a721)) ### All 95 % 0.69/0.92 97. (c3_1 (a721)) (-. (c3_1 (a721))) ### Axiom % 0.69/0.92 98. ((ndr1_0) => ((c1_1 (a721)) \/ ((c2_1 (a721)) \/ (-. (c3_1 (a721)))))) (c3_1 (a721)) (-. (c0_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c1_1 (a721))) (ndr1_0) ### DisjTree 5 91 96 97 % 0.69/0.92 99. (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (ndr1_0) (-. (c1_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a721))) (c3_1 (a721)) ### All 98 % 0.69/0.92 100. (-. (hskp17)) (hskp17) ### P-NotP % 0.69/0.92 101. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (hskp17)) (-. (hskp14)) (c3_1 (a721)) (-. (c0_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c1_1 (a721))) (ndr1_0) ### DisjTree 99 2 100 % 0.69/0.92 102. ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp21)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (hskp14)) (-. (hskp17)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ### DisjTree 101 70 100 % 0.69/0.92 103. (-. (c0_1 (a748))) (c0_1 (a748)) ### Axiom % 0.69/0.92 104. (-. (c0_1 (a748))) (c0_1 (a748)) ### Axiom % 0.69/0.92 105. (-. (c1_1 (a748))) (c1_1 (a748)) ### Axiom % 0.69/0.92 106. (c2_1 (a748)) (-. (c2_1 (a748))) ### Axiom % 0.69/0.92 107. ((ndr1_0) => ((c0_1 (a748)) \/ ((c1_1 (a748)) \/ (-. (c2_1 (a748)))))) (c2_1 (a748)) (-. (c1_1 (a748))) (-. (c0_1 (a748))) (ndr1_0) ### DisjTree 5 104 105 106 % 0.69/0.92 108. (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (ndr1_0) (-. (c0_1 (a748))) (-. (c1_1 (a748))) (c2_1 (a748)) ### All 107 % 0.69/0.92 109. (c3_1 (a748)) (-. (c3_1 (a748))) ### Axiom % 0.69/0.92 110. ((ndr1_0) => ((c0_1 (a748)) \/ ((-. (c1_1 (a748))) \/ (-. (c3_1 (a748)))))) (c3_1 (a748)) (c2_1 (a748)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a748))) (ndr1_0) ### DisjTree 5 103 108 109 % 0.69/0.92 111. (All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) (ndr1_0) (-. (c0_1 (a748))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (c2_1 (a748)) (c3_1 (a748)) ### All 110 % 0.69/0.92 112. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) (c3_1 (a748)) (c2_1 (a748)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a748))) (ndr1_0) ### DisjTree 111 17 3 % 0.69/0.92 113. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a748))) (c2_1 (a748)) (c3_1 (a748)) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ### DisjTree 112 46 81 % 0.69/0.92 114. ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 113 % 0.69/0.92 115. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (hskp17)) (-. (hskp14)) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ### Or 102 114 % 0.69/0.92 116. (-. (c1_1 (a734))) (c1_1 (a734)) ### Axiom % 0.69/0.92 117. (-. (c0_1 (a734))) (c0_1 (a734)) ### Axiom % 0.69/0.92 118. (-. (c1_1 (a734))) (c1_1 (a734)) ### Axiom % 0.69/0.92 119. (c2_1 (a734)) (-. (c2_1 (a734))) ### Axiom % 0.69/0.92 120. ((ndr1_0) => ((c0_1 (a734)) \/ ((c1_1 (a734)) \/ (-. (c2_1 (a734)))))) (c2_1 (a734)) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 5 117 118 119 % 0.69/0.92 121. (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (c2_1 (a734)) ### All 120 % 0.69/0.92 122. (-. (c3_1 (a734))) (c3_1 (a734)) ### Axiom % 0.69/0.92 123. ((ndr1_0) => ((c1_1 (a734)) \/ ((c2_1 (a734)) \/ (c3_1 (a734))))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c1_1 (a734))) (ndr1_0) ### DisjTree 5 116 121 122 % 0.69/0.92 124. (All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) (ndr1_0) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ### All 123 % 0.69/0.92 125. (-. (c2_1 (a717))) (c2_1 (a717)) ### Axiom % 0.69/0.92 126. (c0_1 (a717)) (-. (c0_1 (a717))) ### Axiom % 0.69/0.92 127. (c1_1 (a717)) (-. (c1_1 (a717))) ### Axiom % 0.69/0.92 128. ((ndr1_0) => ((c2_1 (a717)) \/ ((-. (c0_1 (a717))) \/ (-. (c1_1 (a717)))))) (c1_1 (a717)) (c0_1 (a717)) (-. (c2_1 (a717))) (ndr1_0) ### DisjTree 5 125 126 127 % 0.69/0.92 129. (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (ndr1_0) (-. (c2_1 (a717))) (c0_1 (a717)) (c1_1 (a717)) ### All 128 % 0.69/0.92 130. (-. (c3_1 (a717))) (c3_1 (a717)) ### Axiom % 0.69/0.92 131. (c0_1 (a717)) (-. (c0_1 (a717))) ### Axiom % 0.69/0.92 132. ((ndr1_0) => ((c1_1 (a717)) \/ ((c3_1 (a717)) \/ (-. (c0_1 (a717)))))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (ndr1_0) ### DisjTree 5 129 130 131 % 0.69/0.92 133. (All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) (ndr1_0) (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ### All 132 % 0.69/0.92 134. ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (ndr1_0) (All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) ### DisjTree 133 15 3 % 0.69/0.92 135. (-. (c2_1 (a717))) (c2_1 (a717)) ### Axiom % 0.69/0.92 136. (-. (c3_1 (a717))) (c3_1 (a717)) ### Axiom % 0.69/0.92 137. (c1_1 (a717)) (-. (c1_1 (a717))) ### Axiom % 0.69/0.92 138. ((ndr1_0) => ((c2_1 (a717)) \/ ((c3_1 (a717)) \/ (-. (c1_1 (a717)))))) (c1_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) ### DisjTree 5 135 136 137 % 0.69/0.92 139. (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c1_1 (a717)) ### All 138 % 0.69/0.92 140. (-. (c2_1 (a717))) (c2_1 (a717)) ### Axiom % 0.69/0.92 141. (c0_1 (a717)) (-. (c0_1 (a717))) ### Axiom % 0.69/0.92 142. ((ndr1_0) => ((c1_1 (a717)) \/ ((c2_1 (a717)) \/ (-. (c0_1 (a717)))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) (ndr1_0) ### DisjTree 5 139 140 141 % 0.69/0.92 143. (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) (ndr1_0) (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ### All 142 % 0.69/0.92 144. (-. (hskp30)) (hskp30) ### P-NotP % 0.69/0.92 145. ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp30)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) (ndr1_0) ### DisjTree 143 144 52 % 0.69/0.92 146. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp30)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c1_1 (a734))) (ndr1_0) ### DisjTree 124 134 145 % 0.69/0.92 147. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp30)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### DisjTree 146 46 145 % 0.69/0.92 148. (-. (c0_1 (a734))) (c0_1 (a734)) ### Axiom % 0.69/0.92 149. (-. (c1_1 (a734))) (c1_1 (a734)) ### Axiom % 0.69/0.92 150. (-. (c3_1 (a734))) (c3_1 (a734)) ### Axiom % 0.69/0.92 151. ((ndr1_0) => ((c0_1 (a734)) \/ ((c1_1 (a734)) \/ (c3_1 (a734))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 5 148 149 150 % 0.69/0.92 152. (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ### All 151 % 0.69/0.92 153. (-. (c0_1 (a734))) (c0_1 (a734)) ### Axiom % 0.69/0.92 154. (-. (c3_1 (a734))) (c3_1 (a734)) ### Axiom % 0.69/0.92 155. ((ndr1_0) => ((c0_1 (a734)) \/ ((c2_1 (a734)) \/ (c3_1 (a734))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 5 153 121 154 % 0.69/0.92 156. (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (ndr1_0) (-. (c0_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ### All 155 % 0.69/0.92 157. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c1_1 (a734))) (ndr1_0) ### DisjTree 124 134 143 % 0.69/0.92 158. (c0_1 (a714)) (-. (c0_1 (a714))) ### Axiom % 0.69/0.92 159. (c2_1 (a714)) (-. (c2_1 (a714))) ### Axiom % 0.69/0.92 160. (c3_1 (a714)) (-. (c3_1 (a714))) ### Axiom % 0.69/0.92 161. ((ndr1_0) => ((-. (c0_1 (a714))) \/ ((-. (c2_1 (a714))) \/ (-. (c3_1 (a714)))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (ndr1_0) ### DisjTree 5 158 159 160 % 0.69/0.92 162. (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ### All 161 % 0.69/0.92 163. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 156 157 162 % 0.69/0.92 164. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 163 162 % 0.69/0.92 165. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 164 % 0.69/0.92 166. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 147 165 % 0.69/0.92 167. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 166 26 % 0.69/0.92 168. (-. (c2_1 (a717))) (c2_1 (a717)) ### Axiom % 0.69/0.92 169. (-. (c3_1 (a717))) (c3_1 (a717)) ### Axiom % 0.69/0.92 170. (c0_1 (a717)) (-. (c0_1 (a717))) ### Axiom % 0.69/0.92 171. ((ndr1_0) => ((c2_1 (a717)) \/ ((c3_1 (a717)) \/ (-. (c0_1 (a717)))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) ### DisjTree 5 168 169 170 % 0.69/0.92 172. (All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ### All 171 % 0.69/0.92 173. (-. (hskp29)) (hskp29) ### P-NotP % 0.69/0.92 174. ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (hskp29)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ### DisjTree 46 172 173 % 0.69/0.92 175. ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) ### DisjTree 64 133 2 % 0.69/0.92 176. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c1_1 (a734))) (ndr1_0) ### DisjTree 124 175 143 % 0.69/0.92 177. (c0_1 (a739)) (-. (c0_1 (a739))) ### Axiom % 0.69/0.92 178. (c2_1 (a739)) (-. (c2_1 (a739))) ### Axiom % 0.69/0.92 179. (c3_1 (a739)) (-. (c3_1 (a739))) ### Axiom % 0.69/0.92 180. ((ndr1_0) => ((-. (c0_1 (a739))) \/ ((-. (c2_1 (a739))) \/ (-. (c3_1 (a739)))))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a739)) (ndr1_0) ### DisjTree 5 177 178 179 % 0.69/0.92 181. (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) (c0_1 (a739)) (c2_1 (a739)) (c3_1 (a739)) ### All 180 % 0.69/0.92 182. (-. (c1_1 (a739))) (c1_1 (a739)) ### Axiom % 0.69/0.92 183. (c2_1 (a739)) (-. (c2_1 (a739))) ### Axiom % 0.69/0.92 184. ((ndr1_0) => ((c0_1 (a739)) \/ ((c1_1 (a739)) \/ (-. (c2_1 (a739)))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) ### DisjTree 5 181 182 183 % 0.69/0.92 185. (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (ndr1_0) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ### All 184 % 0.69/0.92 186. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 156 176 185 % 0.69/0.92 187. (c1_1 (a709)) (-. (c1_1 (a709))) ### Axiom % 0.69/0.92 188. (c2_1 (a709)) (-. (c2_1 (a709))) ### Axiom % 0.69/0.92 189. (c3_1 (a709)) (-. (c3_1 (a709))) ### Axiom % 0.69/0.92 190. ((ndr1_0) => ((-. (c1_1 (a709))) \/ ((-. (c2_1 (a709))) \/ (-. (c3_1 (a709)))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (ndr1_0) ### DisjTree 5 187 188 189 % 0.69/0.92 191. (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) (ndr1_0) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ### All 190 % 0.69/0.92 192. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) ### DisjTree 185 64 191 % 0.69/0.92 193. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 186 192 % 0.69/0.92 194. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 193 % 0.69/0.92 195. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 194 % 0.69/0.92 196. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 195 % 0.69/0.92 197. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 167 196 % 0.69/0.92 198. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 197 % 0.69/0.92 199. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ### Or 115 198 % 0.69/0.92 200. ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) (-. (hskp1)) (ndr1_0) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 27 % 0.69/0.92 201. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 199 200 % 0.69/0.92 202. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 201 85 % 0.69/0.92 203. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 202 % 0.69/0.92 204. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 41 203 % 0.69/0.92 205. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (ndr1_0) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 88 % 0.69/0.92 206. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 204 205 % 0.69/0.92 207. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 206 % 0.69/0.92 208. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 90 207 % 0.69/0.92 209. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (hskp17)) (-. (hskp14)) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ### Or 102 83 % 0.69/0.92 210. (-. (c0_1 (a721))) (c0_1 (a721)) ### Axiom % 0.69/0.92 211. (-. (c1_1 (a721))) (c1_1 (a721)) ### Axiom % 0.69/0.92 212. (c2_1 (a721)) (-. (c2_1 (a721))) ### Axiom % 0.69/0.92 213. (c3_1 (a721)) (-. (c3_1 (a721))) ### Axiom % 0.69/0.92 214. ((ndr1_0) => ((c1_1 (a721)) \/ ((-. (c2_1 (a721))) \/ (-. (c3_1 (a721)))))) (c3_1 (a721)) (c2_1 (a721)) (-. (c1_1 (a721))) (ndr1_0) ### DisjTree 5 211 212 213 % 0.69/0.92 215. (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (ndr1_0) (-. (c1_1 (a721))) (c2_1 (a721)) (c3_1 (a721)) ### All 214 % 0.69/0.92 216. (c3_1 (a721)) (-. (c3_1 (a721))) ### Axiom % 0.69/0.92 217. ((ndr1_0) => ((c0_1 (a721)) \/ ((c2_1 (a721)) \/ (-. (c3_1 (a721)))))) (c3_1 (a721)) (-. (c1_1 (a721))) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (-. (c0_1 (a721))) (ndr1_0) ### DisjTree 5 210 215 216 % 0.69/0.92 218. (All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) (ndr1_0) (-. (c0_1 (a721))) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (-. (c1_1 (a721))) (c3_1 (a721)) ### All 217 % 0.69/0.92 219. ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (-. (hskp30)) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) ### DisjTree 218 144 30 % 0.69/0.92 220. ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (hskp30)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ### DisjTree 219 144 1 % 0.69/0.92 221. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp29)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 156 173 % 0.69/0.92 222. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (hskp29)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 221 162 % 0.69/0.92 223. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp29)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 222 % 0.69/0.92 224. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp29)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ### Or 220 223 % 0.69/0.92 225. (c0_1 (a709)) (-. (c0_1 (a709))) ### Axiom % 0.69/0.92 226. (c2_1 (a709)) (-. (c2_1 (a709))) ### Axiom % 0.69/0.92 227. (c3_1 (a709)) (-. (c3_1 (a709))) ### Axiom % 0.69/0.92 228. ((ndr1_0) => ((-. (c0_1 (a709))) \/ ((-. (c2_1 (a709))) \/ (-. (c3_1 (a709)))))) (c3_1 (a709)) (c2_1 (a709)) (c0_1 (a709)) (ndr1_0) ### DisjTree 5 225 226 227 % 0.69/0.92 229. (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) (c0_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ### All 228 % 0.69/0.92 230. (c1_1 (a709)) (-. (c1_1 (a709))) ### Axiom % 0.69/0.92 231. (c3_1 (a709)) (-. (c3_1 (a709))) ### Axiom % 0.69/0.92 232. ((ndr1_0) => ((c0_1 (a709)) \/ ((-. (c1_1 (a709))) \/ (-. (c3_1 (a709)))))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) ### DisjTree 5 229 230 231 % 0.69/0.92 233. (All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) (ndr1_0) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) ### All 232 % 0.69/0.92 234. (-. (c0_1 (a709))) (c0_1 (a709)) ### Axiom % 0.69/0.92 235. (c2_1 (a709)) (-. (c2_1 (a709))) ### Axiom % 0.69/0.92 236. (c3_1 (a709)) (-. (c3_1 (a709))) ### Axiom % 0.69/0.92 237. ((ndr1_0) => ((c0_1 (a709)) \/ ((-. (c2_1 (a709))) \/ (-. (c3_1 (a709)))))) (c3_1 (a709)) (c2_1 (a709)) (-. (c0_1 (a709))) (ndr1_0) ### DisjTree 5 234 235 236 % 0.69/0.92 238. (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (ndr1_0) (-. (c0_1 (a709))) (c2_1 (a709)) (c3_1 (a709)) ### All 237 % 0.69/0.92 239. (c1_1 (a709)) (-. (c1_1 (a709))) ### Axiom % 0.69/0.92 240. (c3_1 (a709)) (-. (c3_1 (a709))) ### Axiom % 0.69/0.92 241. ((ndr1_0) => ((-. (c0_1 (a709))) \/ ((-. (c1_1 (a709))) \/ (-. (c3_1 (a709)))))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (ndr1_0) ### DisjTree 5 238 239 240 % 0.69/0.92 242. (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) ### All 241 % 0.69/0.92 243. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) ### DisjTree 233 242 15 % 0.69/0.92 244. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 46 242 % 0.69/0.92 245. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 243 244 % 0.69/0.92 246. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 76 245 % 0.69/0.92 247. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 246 % 0.69/0.92 248. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 224 247 % 0.69/0.92 249. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (c3_1 (a721)) (-. (c0_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c1_1 (a721))) (ndr1_0) ### Or 99 37 % 0.69/0.92 250. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 46 249 % 0.69/0.92 251. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 250 % 0.69/0.92 252. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 248 251 % 0.69/0.92 253. (-. (hskp10)) (hskp10) ### P-NotP % 0.69/0.92 254. ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp18)) (-. (hskp29)) ### DisjTree 173 52 253 % 0.69/0.92 255. (-. (c1_1 (a725))) (c1_1 (a725)) ### Axiom % 0.69/0.92 256. (-. (c1_1 (a725))) (c1_1 (a725)) ### Axiom % 0.69/0.92 257. (c2_1 (a725)) (-. (c2_1 (a725))) ### Axiom % 0.69/0.92 258. (c3_1 (a725)) (-. (c3_1 (a725))) ### Axiom % 0.69/0.92 259. ((ndr1_0) => ((c1_1 (a725)) \/ ((-. (c2_1 (a725))) \/ (-. (c3_1 (a725)))))) (c3_1 (a725)) (c2_1 (a725)) (-. (c1_1 (a725))) (ndr1_0) ### DisjTree 5 256 257 258 % 0.69/0.92 260. (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (ndr1_0) (-. (c1_1 (a725))) (c2_1 (a725)) (c3_1 (a725)) ### All 259 % 0.69/0.92 261. (c2_1 (a725)) (-. (c2_1 (a725))) ### Axiom % 0.76/0.93 262. ((ndr1_0) => ((c1_1 (a725)) \/ ((c3_1 (a725)) \/ (-. (c2_1 (a725)))))) (c2_1 (a725)) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (-. (c1_1 (a725))) (ndr1_0) ### DisjTree 5 255 260 261 % 0.76/0.93 263. (All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) (ndr1_0) (-. (c1_1 (a725))) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (c2_1 (a725)) ### All 262 % 0.76/0.93 264. (-. (hskp24)) (hskp24) ### P-NotP % 0.76/0.93 265. ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) (-. (hskp24)) (c2_1 (a725)) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (-. (c1_1 (a725))) (ndr1_0) ### DisjTree 263 264 52 % 0.76/0.93 266. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (hskp24)) (-. (hskp18)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 265 191 % 0.76/0.93 267. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) (-. (hskp24)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 266 % 0.76/0.93 268. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp24)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp18)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ### Or 254 267 % 0.76/0.93 269. (-. (c0_1 (a741))) (c0_1 (a741)) ### Axiom % 0.76/0.93 270. (-. (c0_1 (a741))) (c0_1 (a741)) ### Axiom % 0.76/0.93 271. (c2_1 (a741)) (-. (c2_1 (a741))) ### Axiom % 0.76/0.93 272. (c3_1 (a741)) (-. (c3_1 (a741))) ### Axiom % 0.76/0.93 273. ((ndr1_0) => ((c0_1 (a741)) \/ ((-. (c2_1 (a741))) \/ (-. (c3_1 (a741)))))) (c3_1 (a741)) (c2_1 (a741)) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 5 270 271 272 % 0.76/0.93 274. (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (ndr1_0) (-. (c0_1 (a741))) (c2_1 (a741)) (c3_1 (a741)) ### All 273 % 0.76/0.93 275. (c3_1 (a741)) (-. (c3_1 (a741))) ### Axiom % 0.76/0.93 276. ((ndr1_0) => ((c0_1 (a741)) \/ ((c2_1 (a741)) \/ (-. (c3_1 (a741)))))) (c3_1 (a741)) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 5 269 274 275 % 0.76/0.93 277. (All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) (ndr1_0) (-. (c0_1 (a741))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (c3_1 (a741)) ### All 276 % 0.76/0.93 278. ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (hskp30)) (c3_1 (a741)) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 277 144 1 % 0.76/0.93 279. (c0_1 (a762)) (-. (c0_1 (a762))) ### Axiom % 0.76/0.93 280. (c1_1 (a762)) (-. (c1_1 (a762))) ### Axiom % 0.76/0.93 281. (c3_1 (a762)) (-. (c3_1 (a762))) ### Axiom % 0.76/0.93 282. ((ndr1_0) => ((-. (c0_1 (a762))) \/ ((-. (c1_1 (a762))) \/ (-. (c3_1 (a762)))))) (c3_1 (a762)) (c1_1 (a762)) (c0_1 (a762)) (ndr1_0) ### DisjTree 5 279 280 281 % 0.76/0.93 283. (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) (c0_1 (a762)) (c1_1 (a762)) (c3_1 (a762)) ### All 282 % 0.76/0.93 284. (-. (c2_1 (a762))) (c2_1 (a762)) ### Axiom % 0.76/0.93 285. (c0_1 (a762)) (-. (c0_1 (a762))) ### Axiom % 0.76/0.93 286. ((ndr1_0) => ((c1_1 (a762)) \/ ((c2_1 (a762)) \/ (-. (c0_1 (a762)))))) (-. (c2_1 (a762))) (c3_1 (a762)) (c0_1 (a762)) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) ### DisjTree 5 283 284 285 % 0.76/0.93 287. (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) (ndr1_0) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (c0_1 (a762)) (c3_1 (a762)) (-. (c2_1 (a762))) ### All 286 % 0.76/0.93 288. ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp30)) (-. (c2_1 (a762))) (c3_1 (a762)) (c0_1 (a762)) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) ### DisjTree 287 144 52 % 0.76/0.93 289. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c0_1 (a762)) (c3_1 (a762)) (-. (c2_1 (a762))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c0_1 (a741))) (c3_1 (a741)) (-. (hskp30)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 278 288 % 0.76/0.93 290. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 76 162 % 0.76/0.93 291. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 290 % 0.76/0.93 292. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (c2_1 (a762))) (c3_1 (a762)) (c0_1 (a762)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ### Or 289 291 % 0.76/0.93 293. ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c0_1 (a741))) (c3_1 (a741)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 292 % 0.76/0.93 294. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp18)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 268 293 % 0.76/0.93 295. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp18)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### ConjTree 294 % 0.76/0.93 296. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp18)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 252 295 % 0.76/0.93 297. ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (-. (hskp30)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) ### DisjTree 64 144 30 % 0.76/0.93 298. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp29)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ### Or 297 223 % 0.76/0.93 299. (-. (hskp28)) (hskp28) ### P-NotP % 0.76/0.93 300. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 24 185 299 % 0.76/0.93 301. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a741))) (c1_1 (a741)) (c3_1 (a741)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 300 192 % 0.76/0.93 302. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 301 % 0.76/0.93 303. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a741))) (c1_1 (a741)) (c3_1 (a741)) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 298 302 % 0.76/0.93 304. (c0_1 (a705)) (-. (c0_1 (a705))) ### Axiom % 0.76/0.93 305. (c1_1 (a705)) (-. (c1_1 (a705))) ### Axiom % 0.76/0.93 306. (c2_1 (a705)) (-. (c2_1 (a705))) ### Axiom % 0.76/0.93 307. ((ndr1_0) => ((-. (c0_1 (a705))) \/ ((-. (c1_1 (a705))) \/ (-. (c2_1 (a705)))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (ndr1_0) ### DisjTree 5 304 305 306 % 0.76/0.93 308. (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))) (ndr1_0) (c0_1 (a705)) (c1_1 (a705)) (c2_1 (a705)) ### All 307 % 0.76/0.93 309. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 64 308 % 0.76/0.93 310. ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ### ConjTree 309 % 0.76/0.93 311. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 303 310 % 0.76/0.93 312. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a741))) (c1_1 (a741)) (c3_1 (a741)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### Or 311 251 % 0.76/0.93 313. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 312 % 0.76/0.93 314. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 252 313 % 0.76/0.93 315. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 314 % 0.76/0.93 316. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 296 315 % 0.76/0.93 317. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 316 % 0.76/0.93 318. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ### Or 209 317 % 0.76/0.93 319. (-. (c2_1 (a730))) (c2_1 (a730)) ### Axiom % 0.76/0.93 320. (-. (c0_1 (a730))) (c0_1 (a730)) ### Axiom % 0.76/0.93 321. (c1_1 (a730)) (-. (c1_1 (a730))) ### Axiom % 0.76/0.93 322. (c3_1 (a730)) (-. (c3_1 (a730))) ### Axiom % 0.76/0.93 323. ((ndr1_0) => ((c0_1 (a730)) \/ ((-. (c1_1 (a730))) \/ (-. (c3_1 (a730)))))) (c3_1 (a730)) (c1_1 (a730)) (-. (c0_1 (a730))) (ndr1_0) ### DisjTree 5 320 321 322 % 0.76/0.93 324. (All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) (ndr1_0) (-. (c0_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) ### All 323 % 0.76/0.93 325. (c1_1 (a730)) (-. (c1_1 (a730))) ### Axiom % 0.76/0.93 326. ((ndr1_0) => ((c2_1 (a730)) \/ ((-. (c0_1 (a730))) \/ (-. (c1_1 (a730)))))) (c3_1 (a730)) (c1_1 (a730)) (All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) (-. (c2_1 (a730))) (ndr1_0) ### DisjTree 5 319 324 325 % 0.76/0.93 327. (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (ndr1_0) (-. (c2_1 (a730))) (All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) (c1_1 (a730)) (c3_1 (a730)) ### All 326 % 0.76/0.93 328. (-. (hskp16)) (hskp16) ### P-NotP % 0.76/0.93 329. ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c3_1 (a730)) (c1_1 (a730)) (All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) (-. (c2_1 (a730))) (ndr1_0) ### DisjTree 327 328 100 % 0.76/0.93 330. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp18)) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ### DisjTree 329 52 100 % 0.76/0.93 331. (c0_1 (a730)) (-. (c0_1 (a730))) ### Axiom % 0.76/0.93 332. (c1_1 (a730)) (-. (c1_1 (a730))) ### Axiom % 0.76/0.93 333. (c3_1 (a730)) (-. (c3_1 (a730))) ### Axiom % 0.76/0.93 334. ((ndr1_0) => ((-. (c0_1 (a730))) \/ ((-. (c1_1 (a730))) \/ (-. (c3_1 (a730)))))) (c3_1 (a730)) (c1_1 (a730)) (c0_1 (a730)) (ndr1_0) ### DisjTree 5 331 332 333 % 0.76/0.93 335. (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) (c0_1 (a730)) (c1_1 (a730)) (c3_1 (a730)) ### All 334 % 0.76/0.93 336. (c1_1 (a730)) (-. (c1_1 (a730))) ### Axiom % 0.76/0.93 337. (c3_1 (a730)) (-. (c3_1 (a730))) ### Axiom % 0.76/0.93 338. ((ndr1_0) => ((c0_1 (a730)) \/ ((-. (c1_1 (a730))) \/ (-. (c3_1 (a730)))))) (c3_1 (a730)) (c1_1 (a730)) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) ### DisjTree 5 335 336 337 % 0.76/0.93 339. (All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) (ndr1_0) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (c1_1 (a730)) (c3_1 (a730)) ### All 338 % 0.76/0.93 340. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (c3_1 (a730)) (c1_1 (a730)) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) ### DisjTree 339 162 299 % 0.76/0.93 341. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ### DisjTree 329 340 15 % 0.76/0.93 342. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ### ConjTree 341 % 0.76/0.93 343. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ### Or 220 342 % 0.76/0.93 344. ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c1_1 (a730)) (All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) (-. (c2_1 (a730))) (ndr1_0) ### DisjTree 14 328 100 % 0.76/0.93 345. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ### DisjTree 344 64 308 % 0.76/0.93 346. ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ### ConjTree 345 % 0.76/0.93 347. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 343 346 % 0.76/0.93 348. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### Or 347 251 % 0.76/0.93 349. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 24 162 299 % 0.76/0.93 350. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a741))) (c1_1 (a741)) (c3_1 (a741)) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ### ConjTree 349 % 0.76/0.93 351. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ### Or 220 350 % 0.76/0.93 352. (-. (c0_1 (a741))) (c0_1 (a741)) ### Axiom % 0.76/0.93 353. (c1_1 (a741)) (-. (c1_1 (a741))) ### Axiom % 0.76/0.93 354. ((ndr1_0) => ((c0_1 (a741)) \/ ((c2_1 (a741)) \/ (-. (c1_1 (a741)))))) (c1_1 (a741)) (c3_1 (a741)) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 5 352 274 353 % 0.76/0.93 355. (All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) (ndr1_0) (-. (c0_1 (a741))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (c3_1 (a741)) (c1_1 (a741)) ### All 354 % 0.76/0.93 356. (-. (c3_1 (a716))) (c3_1 (a716)) ### Axiom % 0.76/0.93 357. (c0_1 (a716)) (-. (c0_1 (a716))) ### Axiom % 0.76/0.93 358. (c2_1 (a716)) (-. (c2_1 (a716))) ### Axiom % 0.76/0.93 359. ((ndr1_0) => ((c3_1 (a716)) \/ ((-. (c0_1 (a716))) \/ (-. (c2_1 (a716)))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (ndr1_0) ### DisjTree 5 356 357 358 % 0.76/0.93 360. (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) (ndr1_0) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ### All 359 % 0.76/0.93 361. ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (c1_1 (a741)) (c3_1 (a741)) (-. (c0_1 (a741))) (ndr1_0) (All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) ### DisjTree 355 360 308 % 0.76/0.93 362. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a741))) (c3_1 (a741)) (c1_1 (a741)) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) (c0_1 (a705)) (c1_1 (a705)) (c2_1 (a705)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ### DisjTree 361 64 308 % 0.76/0.93 363. ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (c1_1 (a741)) (c3_1 (a741)) (-. (c0_1 (a741))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ### ConjTree 362 % 0.76/0.93 364. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a741))) (c1_1 (a741)) (c3_1 (a741)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 351 363 % 0.76/0.93 365. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### Or 364 251 % 0.76/0.93 366. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 365 % 0.76/0.93 367. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 348 366 % 0.76/0.93 368. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 367 % 0.76/0.93 369. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ### Or 330 368 % 0.76/0.93 370. (-. (c2_1 (a730))) (c2_1 (a730)) ### Axiom % 0.76/0.93 371. (c3_1 (a730)) (-. (c3_1 (a730))) ### Axiom % 0.76/0.93 372. ((ndr1_0) => ((c0_1 (a730)) \/ ((c2_1 (a730)) \/ (-. (c3_1 (a730)))))) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) ### DisjTree 5 335 370 371 % 0.76/0.93 373. (All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) (ndr1_0) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) ### All 372 % 0.76/0.93 374. ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (hskp30)) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) ### DisjTree 373 144 1 % 0.76/0.93 375. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (-. (hskp30)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 243 374 % 0.76/0.93 376. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (hskp30)) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 76 375 % 0.76/0.93 377. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### Or 376 291 % 0.76/0.93 378. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 377 % 0.76/0.93 379. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp18)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ### Or 254 378 % 0.76/0.93 380. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (-. (c0_1 (a741))) (c3_1 (a741)) (-. (hskp30)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 278 374 % 0.76/0.93 381. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (c3_1 (a741)) (-. (c0_1 (a741))) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ### Or 380 291 % 0.76/0.93 382. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 381 % 0.76/0.93 383. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp18)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 379 382 % 0.76/0.93 384. ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ### DisjTree 46 156 360 % 0.76/0.93 385. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 384 162 % 0.76/0.93 386. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 385 % 0.76/0.93 387. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ### Or 297 386 % 0.76/0.93 388. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 387 251 % 0.76/0.93 389. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 388 % 0.76/0.93 390. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 383 389 % 0.76/0.93 391. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 390 % 0.76/0.93 392. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 369 391 % 0.76/0.93 393. (-. (c1_1 (a732))) (c1_1 (a732)) ### Axiom % 0.76/0.93 394. (c0_1 (a732)) (-. (c0_1 (a732))) ### Axiom % 0.76/0.93 395. (c3_1 (a732)) (-. (c3_1 (a732))) ### Axiom % 0.76/0.93 396. ((ndr1_0) => ((c1_1 (a732)) \/ ((-. (c0_1 (a732))) \/ (-. (c3_1 (a732)))))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) ### DisjTree 5 393 394 395 % 0.76/0.93 397. (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) (ndr1_0) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ### All 396 % 0.76/0.93 398. ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) ### DisjTree 397 38 53 % 0.76/0.93 399. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) (ndr1_0) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ### ConjTree 398 % 0.76/0.93 400. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 392 399 % 0.76/0.93 401. ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 400 % 0.76/0.93 402. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 318 401 % 0.76/0.93 403. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### ConjTree 402 % 0.76/0.93 404. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 403 % 0.76/0.93 405. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 404 % 0.76/0.93 406. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp0)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 67 405 % 0.76/0.93 407. (-. (c1_1 (a720))) (c1_1 (a720)) ### Axiom % 0.76/0.93 408. (-. (c2_1 (a720))) (c2_1 (a720)) ### Axiom % 0.76/0.93 409. (c3_1 (a720)) (-. (c3_1 (a720))) ### Axiom % 0.76/0.93 410. ((ndr1_0) => ((c1_1 (a720)) \/ ((c2_1 (a720)) \/ (-. (c3_1 (a720)))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) ### DisjTree 5 407 408 409 % 0.76/0.93 411. (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ### All 410 % 0.76/0.93 412. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) ### Or 411 37 % 0.76/0.93 413. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### ConjTree 412 % 0.76/0.93 414. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 248 413 % 0.76/0.93 415. (-. (c1_1 (a725))) (c1_1 (a725)) ### Axiom % 0.76/0.93 416. (-. (c0_1 (a725))) (c0_1 (a725)) ### Axiom % 0.76/0.93 417. (c2_1 (a725)) (-. (c2_1 (a725))) ### Axiom % 0.76/0.93 418. (c3_1 (a725)) (-. (c3_1 (a725))) ### Axiom % 0.76/0.93 419. ((ndr1_0) => ((c0_1 (a725)) \/ ((-. (c2_1 (a725))) \/ (-. (c3_1 (a725)))))) (c3_1 (a725)) (c2_1 (a725)) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 5 416 417 418 % 0.76/0.93 420. (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (ndr1_0) (-. (c0_1 (a725))) (c2_1 (a725)) (c3_1 (a725)) ### All 419 % 0.76/0.93 421. (c2_1 (a725)) (-. (c2_1 (a725))) ### Axiom % 0.76/0.93 422. ((ndr1_0) => ((c1_1 (a725)) \/ ((c3_1 (a725)) \/ (-. (c2_1 (a725)))))) (c2_1 (a725)) (-. (c0_1 (a725))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c1_1 (a725))) (ndr1_0) ### DisjTree 5 415 420 421 % 0.76/0.93 423. (All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) (ndr1_0) (-. (c1_1 (a725))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a725))) (c2_1 (a725)) ### All 422 % 0.76/0.93 424. ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) (-. (hskp24)) (c2_1 (a725)) (-. (c0_1 (a725))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c1_1 (a725))) (ndr1_0) ### DisjTree 423 264 52 % 0.76/0.93 425. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp24)) (-. (hskp18)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 46 424 % 0.76/0.93 426. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 425 293 % 0.76/0.93 427. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp18)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### ConjTree 426 % 0.76/0.93 428. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 414 427 % 0.76/0.93 429. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 428 315 % 0.76/0.93 430. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 429 % 0.76/0.93 431. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ### Or 209 430 % 0.76/0.93 432. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### Or 347 413 % 0.76/0.93 433. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 432 366 % 0.76/0.93 434. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 433 % 0.76/0.93 435. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ### Or 330 434 % 0.76/0.94 436. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 414 382 % 0.76/0.94 437. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 436 % 0.76/0.94 438. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 435 437 % 0.76/0.94 439. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 438 399 % 0.76/0.94 440. ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 439 % 0.76/0.94 441. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 431 440 % 0.76/0.94 442. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### ConjTree 441 % 0.76/0.94 443. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 442 % 0.76/0.94 444. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 443 % 0.76/0.94 445. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp0)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 67 444 % 0.76/0.94 446. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (hskp0)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 445 % 0.76/0.94 447. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (hskp0)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 406 446 % 0.76/0.94 448. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp0)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### ConjTree 447 % 0.76/0.94 449. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp7)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 49 448 % 0.76/0.94 450. (-. (hskp13)) (hskp13) ### P-NotP % 0.76/0.94 451. ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (-. (hskp13)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c2_1 (a725)) (-. (c0_1 (a725))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c1_1 (a725))) (ndr1_0) ### DisjTree 423 172 450 % 0.76/0.94 452. (c0_1 (a716)) (-. (c0_1 (a716))) ### Axiom % 0.76/0.94 453. (c1_1 (a716)) (-. (c1_1 (a716))) ### Axiom % 0.76/0.94 454. (c2_1 (a716)) (-. (c2_1 (a716))) ### Axiom % 0.76/0.94 455. ((ndr1_0) => ((-. (c0_1 (a716))) \/ ((-. (c1_1 (a716))) \/ (-. (c2_1 (a716)))))) (c2_1 (a716)) (c1_1 (a716)) (c0_1 (a716)) (ndr1_0) ### DisjTree 5 452 453 454 % 0.76/0.94 456. (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))) (ndr1_0) (c0_1 (a716)) (c1_1 (a716)) (c2_1 (a716)) ### All 455 % 0.76/0.94 457. (-. (c3_1 (a716))) (c3_1 (a716)) ### Axiom % 0.76/0.94 458. (c2_1 (a716)) (-. (c2_1 (a716))) ### Axiom % 0.76/0.94 459. ((ndr1_0) => ((c1_1 (a716)) \/ ((c3_1 (a716)) \/ (-. (c2_1 (a716)))))) (-. (c3_1 (a716))) (c2_1 (a716)) (c0_1 (a716)) (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))) (ndr1_0) ### DisjTree 5 456 457 458 % 0.76/0.94 460. (All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) (ndr1_0) (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))) (c0_1 (a716)) (c2_1 (a716)) (-. (c3_1 (a716))) ### All 459 % 0.76/0.94 461. ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (-. (hskp13)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a716))) (c2_1 (a716)) (c0_1 (a716)) (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))) (ndr1_0) ### DisjTree 460 172 450 % 0.76/0.94 462. ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (ndr1_0) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (c2_1 (a725)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp13)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ### DisjTree 451 360 461 % 0.76/0.94 463. (-. (c0_1 (a727))) (c0_1 (a727)) ### Axiom % 0.76/0.94 464. (-. (c2_1 (a727))) (c2_1 (a727)) ### Axiom % 0.76/0.94 465. (c3_1 (a727)) (-. (c3_1 (a727))) ### Axiom % 0.76/0.94 466. ((ndr1_0) => ((c0_1 (a727)) \/ ((c2_1 (a727)) \/ (-. (c3_1 (a727)))))) (c3_1 (a727)) (-. (c2_1 (a727))) (-. (c0_1 (a727))) (ndr1_0) ### DisjTree 5 463 464 465 % 0.76/0.94 467. (All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) (ndr1_0) (-. (c0_1 (a727))) (-. (c2_1 (a727))) (c3_1 (a727)) ### All 466 % 0.76/0.94 468. (-. (hskp15)) (hskp15) ### P-NotP % 0.76/0.94 469. ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) (-. (hskp15)) (-. (hskp14)) (c3_1 (a727)) (-. (c2_1 (a727))) (-. (c0_1 (a727))) (ndr1_0) ### DisjTree 467 2 468 % 0.76/0.94 470. (-. (c2_1 (a762))) (c2_1 (a762)) ### Axiom % 0.76/0.94 471. (c0_1 (a762)) (-. (c0_1 (a762))) ### Axiom % 0.76/0.94 472. (c1_1 (a762)) (-. (c1_1 (a762))) ### Axiom % 0.76/0.94 473. ((ndr1_0) => ((c2_1 (a762)) \/ ((-. (c0_1 (a762))) \/ (-. (c1_1 (a762)))))) (c1_1 (a762)) (c0_1 (a762)) (-. (c2_1 (a762))) (ndr1_0) ### DisjTree 5 470 471 472 % 0.76/0.94 474. (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (ndr1_0) (-. (c2_1 (a762))) (c0_1 (a762)) (c1_1 (a762)) ### All 473 % 0.76/0.94 475. (-. (c2_1 (a762))) (c2_1 (a762)) ### Axiom % 0.76/0.94 476. (c3_1 (a762)) (-. (c3_1 (a762))) ### Axiom % 0.76/0.94 477. ((ndr1_0) => ((c1_1 (a762)) \/ ((c2_1 (a762)) \/ (-. (c3_1 (a762)))))) (c3_1 (a762)) (c0_1 (a762)) (-. (c2_1 (a762))) (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (ndr1_0) ### DisjTree 5 474 475 476 % 0.76/0.94 478. (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (ndr1_0) (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (-. (c2_1 (a762))) (c0_1 (a762)) (c3_1 (a762)) ### All 477 % 0.76/0.94 479. ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c3_1 (a762)) (c0_1 (a762)) (-. (c2_1 (a762))) (ndr1_0) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) ### DisjTree 478 328 100 % 0.76/0.94 480. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (hskp14)) (ndr1_0) (-. (c2_1 (a762))) (c0_1 (a762)) (c3_1 (a762)) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ### DisjTree 479 2 100 % 0.76/0.94 481. ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762)))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (ndr1_0) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ### ConjTree 480 % 0.76/0.94 482. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (hskp14)) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 425 481 % 0.76/0.94 483. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 64 191 % 0.76/0.94 484. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 483 % 0.76/0.94 485. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 484 % 0.76/0.94 486. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 485 % 0.76/0.94 487. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 482 486 % 0.76/0.94 488. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp30)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 46 145 % 0.76/0.94 489. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 488 291 % 0.76/0.94 490. (-. (c0_1 (a731))) (c0_1 (a731)) ### Axiom % 0.76/0.94 491. (-. (c3_1 (a731))) (c3_1 (a731)) ### Axiom % 0.76/0.94 492. (c2_1 (a731)) (-. (c2_1 (a731))) ### Axiom % 0.76/0.94 493. ((ndr1_0) => ((c0_1 (a731)) \/ ((c3_1 (a731)) \/ (-. (c2_1 (a731)))))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ### DisjTree 5 490 491 492 % 0.76/0.94 494. (All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ### All 493 % 0.76/0.94 495. ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp29)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ### DisjTree 494 64 173 % 0.76/0.94 496. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ### Or 495 484 % 0.76/0.94 497. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 496 % 0.76/0.94 498. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 489 497 % 0.76/0.94 499. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 498 % 0.76/0.94 500. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (hskp14)) (-. (hskp16)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 487 499 % 0.76/0.94 501. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 500 399 % 0.76/0.94 502. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (hskp14)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 501 % 0.76/0.94 503. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (ndr1_0) (-. (c0_1 (a727))) (-. (c2_1 (a727))) (c3_1 (a727)) (-. (hskp14)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ### Or 469 502 % 0.76/0.94 504. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ### Or 330 486 % 0.76/0.94 505. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 489 486 % 0.76/0.94 506. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 505 % 0.76/0.94 507. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 504 506 % 0.76/0.94 508. (-. (hskp23)) (hskp23) ### P-NotP % 0.76/0.94 509. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a721)) (-. (c0_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c1_1 (a721))) (ndr1_0) ### DisjTree 99 397 508 % 0.76/0.94 510. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 46 509 % 0.76/0.94 511. (-. (c2_1 (a757))) (c2_1 (a757)) ### Axiom % 0.76/0.94 512. (c0_1 (a757)) (-. (c0_1 (a757))) ### Axiom % 0.76/0.94 513. (c1_1 (a757)) (-. (c1_1 (a757))) ### Axiom % 0.76/0.94 514. ((ndr1_0) => ((c2_1 (a757)) \/ ((-. (c0_1 (a757))) \/ (-. (c1_1 (a757)))))) (c1_1 (a757)) (c0_1 (a757)) (-. (c2_1 (a757))) (ndr1_0) ### DisjTree 5 511 512 513 % 0.76/0.94 515. (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (ndr1_0) (-. (c2_1 (a757))) (c0_1 (a757)) (c1_1 (a757)) ### All 514 % 0.76/0.94 516. ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (c1_1 (a757)) (c0_1 (a757)) (-. (c2_1 (a757))) (ndr1_0) ### DisjTree 515 15 3 % 0.76/0.94 517. ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757)))))) (ndr1_0) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ### ConjTree 516 % 0.76/0.94 518. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 510 517 % 0.76/0.94 519. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp17)) (-. (hskp18)) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 24 52 100 % 0.76/0.94 520. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) (ndr1_0) (-. (hskp18)) (-. (hskp17)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ### ConjTree 519 % 0.76/0.94 521. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp17)) (-. (hskp18)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 518 520 % 0.76/0.94 522. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp17)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 521 486 % 0.76/0.94 523. (c0_1 (a709)) (-. (c0_1 (a709))) ### Axiom % 0.76/0.94 524. (c1_1 (a709)) (-. (c1_1 (a709))) ### Axiom % 0.76/0.94 525. (c3_1 (a709)) (-. (c3_1 (a709))) ### Axiom % 0.76/0.94 526. ((ndr1_0) => ((-. (c0_1 (a709))) \/ ((-. (c1_1 (a709))) \/ (-. (c3_1 (a709)))))) (c3_1 (a709)) (c1_1 (a709)) (c0_1 (a709)) (ndr1_0) ### DisjTree 5 523 524 525 % 0.76/0.94 527. (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) (c0_1 (a709)) (c1_1 (a709)) (c3_1 (a709)) ### All 526 % 0.76/0.94 528. (c1_1 (a709)) (-. (c1_1 (a709))) ### Axiom % 0.76/0.94 529. (c3_1 (a709)) (-. (c3_1 (a709))) ### Axiom % 0.76/0.94 530. ((ndr1_0) => ((c0_1 (a709)) \/ ((-. (c1_1 (a709))) \/ (-. (c3_1 (a709)))))) (c3_1 (a709)) (c1_1 (a709)) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) ### DisjTree 5 527 528 529 % 0.76/0.94 531. (All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) (ndr1_0) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (c1_1 (a709)) (c3_1 (a709)) ### All 530 % 0.76/0.94 532. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) (c3_1 (a709)) (c1_1 (a709)) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) ### DisjTree 531 17 3 % 0.76/0.94 533. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c1_1 (a709)) (c3_1 (a709)) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 509 532 % 0.76/0.94 534. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ### ConjTree 533 % 0.76/0.94 535. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 534 % 0.76/0.94 536. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp19)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 535 517 % 0.76/0.94 537. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 536 26 % 0.76/0.94 538. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 537 % 0.76/0.94 539. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 522 538 % 0.76/0.94 540. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 539 % 0.76/0.94 541. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 507 540 % 0.76/0.94 542. ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 541 % 0.76/0.94 543. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) (c3_1 (a727)) (-. (c2_1 (a727))) (-. (c0_1 (a727))) (ndr1_0) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 503 542 % 0.76/0.94 544. ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (ndr1_0) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### ConjTree 543 % 0.76/0.94 545. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c2_1 (a725)) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (ndr1_0) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ### Or 462 544 % 0.76/0.94 546. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ### ConjTree 545 % 0.76/0.94 547. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 201 546 % 0.76/0.94 548. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 547 % 0.76/0.94 549. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 41 548 % 0.76/0.94 550. (-. (c1_1 (a732))) (c1_1 (a732)) ### Axiom % 0.76/0.94 551. (-. (c1_1 (a732))) (c1_1 (a732)) ### Axiom % 0.76/0.94 552. (c2_1 (a732)) (-. (c2_1 (a732))) ### Axiom % 0.76/0.94 553. (c3_1 (a732)) (-. (c3_1 (a732))) ### Axiom % 0.76/0.94 554. ((ndr1_0) => ((c1_1 (a732)) \/ ((-. (c2_1 (a732))) \/ (-. (c3_1 (a732)))))) (c3_1 (a732)) (c2_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) ### DisjTree 5 551 552 553 % 0.76/0.94 555. (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (ndr1_0) (-. (c1_1 (a732))) (c2_1 (a732)) (c3_1 (a732)) ### All 554 % 0.76/0.94 556. (c0_1 (a732)) (-. (c0_1 (a732))) ### Axiom % 0.76/0.94 557. ((ndr1_0) => ((c1_1 (a732)) \/ ((c2_1 (a732)) \/ (-. (c0_1 (a732)))))) (c0_1 (a732)) (c3_1 (a732)) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (-. (c1_1 (a732))) (ndr1_0) ### DisjTree 5 550 555 556 % 0.76/0.94 558. (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) (ndr1_0) (-. (c1_1 (a732))) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (c3_1 (a732)) (c0_1 (a732)) ### All 557 % 0.76/0.94 559. (-. (c1_1 (a721))) (c1_1 (a721)) ### Axiom % 0.76/0.94 560. (c3_1 (a721)) (-. (c3_1 (a721))) ### Axiom % 0.76/0.94 561. ((ndr1_0) => ((c1_1 (a721)) \/ ((c2_1 (a721)) \/ (-. (c3_1 (a721)))))) (c3_1 (a721)) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (-. (c1_1 (a721))) (ndr1_0) ### DisjTree 5 559 215 560 % 0.76/0.94 562. (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (ndr1_0) (-. (c1_1 (a721))) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (c3_1 (a721)) ### All 561 % 0.76/0.94 563. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (c0_1 (a732)) (c3_1 (a732)) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (-. (c1_1 (a732))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 558 562 % 0.76/0.94 564. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 563 191 % 0.76/0.94 565. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (c0_1 (a732)) (c3_1 (a732)) (-. (c1_1 (a732))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 564 % 0.76/0.94 566. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 565 % 0.76/0.95 567. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 566 % 0.76/0.95 568. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 507 567 % 0.76/0.95 569. ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 568 % 0.76/0.95 570. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) (c3_1 (a727)) (-. (c2_1 (a727))) (-. (c0_1 (a727))) (ndr1_0) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 503 569 % 0.76/0.95 571. ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (ndr1_0) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### ConjTree 570 % 0.76/0.95 572. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c2_1 (a725)) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (ndr1_0) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ### Or 462 571 % 0.76/0.95 573. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ### ConjTree 572 % 0.76/0.95 574. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 573 % 0.76/0.95 575. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 574 % 0.76/0.95 576. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp0)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 67 575 % 0.76/0.95 577. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (ndr1_0) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp0)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 576 % 0.76/0.95 578. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 549 577 % 0.76/0.95 579. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 578 % 0.76/0.95 580. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 449 579 % 0.76/0.95 581. ((ndr1_0) /\ ((c0_1 (a716)) /\ ((c2_1 (a716)) /\ (-. (c3_1 (a716)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### ConjTree 580 % 0.76/0.95 582. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a716)) /\ ((c2_1 (a716)) /\ (-. (c3_1 (a716))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### Or 208 581 % 0.76/0.95 583. (-. (c0_1 (a713))) (c0_1 (a713)) ### Axiom % 0.76/0.95 584. (-. (c2_1 (a713))) (c2_1 (a713)) ### Axiom % 0.76/0.95 585. (-. (c3_1 (a713))) (c3_1 (a713)) ### Axiom % 0.76/0.95 586. ((ndr1_0) => ((c0_1 (a713)) \/ ((c2_1 (a713)) \/ (c3_1 (a713))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 5 583 584 585 % 0.76/0.95 587. (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ### All 586 % 0.76/0.95 588. (-. (hskp9)) (hskp9) ### P-NotP % 0.76/0.95 589. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) (-. (hskp10)) (-. (hskp9)) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 587 588 253 % 0.76/0.95 590. (-. (c1_1 (a720))) (c1_1 (a720)) ### Axiom % 0.76/0.95 591. (-. (c0_1 (a720))) (c0_1 (a720)) ### Axiom % 0.76/0.95 592. (-. (c1_1 (a720))) (c1_1 (a720)) ### Axiom % 0.76/0.95 593. (c3_1 (a720)) (-. (c3_1 (a720))) ### Axiom % 0.76/0.95 594. ((ndr1_0) => ((c0_1 (a720)) \/ ((c1_1 (a720)) \/ (-. (c3_1 (a720)))))) (c3_1 (a720)) (-. (c1_1 (a720))) (-. (c0_1 (a720))) (ndr1_0) ### DisjTree 5 591 592 593 % 0.76/0.95 595. (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (ndr1_0) (-. (c0_1 (a720))) (-. (c1_1 (a720))) (c3_1 (a720)) ### All 594 % 0.76/0.95 596. (c3_1 (a720)) (-. (c3_1 (a720))) ### Axiom % 0.76/0.95 597. ((ndr1_0) => ((c1_1 (a720)) \/ ((-. (c0_1 (a720))) \/ (-. (c3_1 (a720)))))) (c3_1 (a720)) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (-. (c1_1 (a720))) (ndr1_0) ### DisjTree 5 590 595 596 % 0.76/0.95 598. (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) (ndr1_0) (-. (c1_1 (a720))) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (c3_1 (a720)) ### All 597 % 0.76/0.95 599. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) ### DisjTree 411 598 508 % 0.76/0.95 600. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a748)) (c2_1 (a748)) (-. (c0_1 (a748))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 599 81 % 0.76/0.95 601. ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c1_1 (a757)) (c0_1 (a757)) (-. (c2_1 (a757))) (ndr1_0) ### DisjTree 515 328 100 % 0.76/0.95 602. ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757)))))) (ndr1_0) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ### ConjTree 601 % 0.76/0.95 603. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (-. (c0_1 (a748))) (c2_1 (a748)) (c3_1 (a748)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 600 602 % 0.76/0.95 604. ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### ConjTree 603 % 0.76/0.95 605. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) (-. (hskp1)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ### Or 71 604 % 0.76/0.95 606. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp29)) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 587 173 % 0.76/0.95 607. (-. (hskp2)) (hskp2) ### P-NotP % 0.76/0.95 608. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) (c3_1 (a720)) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (-. (c1_1 (a720))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) ### DisjTree 233 598 607 % 0.76/0.95 609. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (c1_1 (a720))) (c3_1 (a720)) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 608 242 % 0.76/0.95 610. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) (c3_1 (a720)) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 243 609 % 0.76/0.95 611. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a720))) (c3_1 (a720)) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 76 610 % 0.76/0.95 612. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) (c3_1 (a720)) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 611 % 0.76/0.95 613. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a720))) (c3_1 (a720)) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 606 612 % 0.76/0.95 614. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) (c3_1 (a720)) (-. (c1_1 (a720))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (-. (hskp30)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 278 609 % 0.76/0.95 615. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (hskp30)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (c1_1 (a720))) (c3_1 (a720)) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 76 614 % 0.76/0.95 616. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) (c3_1 (a720)) (-. (c1_1 (a720))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### Or 615 291 % 0.76/0.95 617. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a720))) (c3_1 (a720)) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 616 % 0.76/0.95 618. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) (c3_1 (a720)) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 606 617 % 0.76/0.95 619. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a720))) (c3_1 (a720)) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 618 % 0.76/0.95 620. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) (c3_1 (a720)) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 613 619 % 0.76/0.95 621. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a720))) (c3_1 (a720)) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 620 % 0.76/0.95 622. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp1)) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp16)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ### Or 605 621 % 0.76/0.95 623. (-. (c1_1 (a732))) (c1_1 (a732)) ### Axiom % 0.76/0.95 624. (c3_1 (a732)) (-. (c3_1 (a732))) ### Axiom % 0.76/0.95 625. ((ndr1_0) => ((c1_1 (a732)) \/ ((c2_1 (a732)) \/ (-. (c3_1 (a732)))))) (c3_1 (a732)) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (-. (c1_1 (a732))) (ndr1_0) ### DisjTree 5 623 555 624 % 0.76/0.95 626. (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (ndr1_0) (-. (c1_1 (a732))) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (c3_1 (a732)) ### All 625 % 0.76/0.95 627. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c3_1 (a732)) (-. (c1_1 (a732))) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 626 31 % 0.76/0.95 628. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c0_1 (a732)) (c3_1 (a732)) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (-. (c1_1 (a732))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 558 627 % 0.76/0.95 629. (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 628 31 % 0.76/0.95 630. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ### ConjTree 629 % 0.76/0.95 631. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) (-. (hskp1)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 622 630 % 0.76/0.95 632. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp1)) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 631 % 0.76/0.95 633. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 632 % 0.76/0.95 634. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 633 87 % 0.76/0.95 635. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 634 % 0.76/0.95 636. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (hskp9)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) ### Or 589 635 % 0.76/0.95 637. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (hskp14)) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp18)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 268 481 % 0.76/0.95 638. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 637 66 % 0.76/0.95 639. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp24)) (-. (hskp18)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 606 267 % 0.76/0.95 640. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c0_1 (a762)) (c3_1 (a762)) (-. (c2_1 (a762))) (-. (hskp30)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 243 288 % 0.76/0.95 641. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp30)) (-. (c2_1 (a762))) (c3_1 (a762)) (c0_1 (a762)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 76 640 % 0.76/0.95 642. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c0_1 (a762)) (c3_1 (a762)) (-. (c2_1 (a762))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### Or 641 291 % 0.76/0.95 643. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (c2_1 (a762))) (c3_1 (a762)) (c0_1 (a762)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 642 % 0.76/0.95 644. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c0_1 (a762)) (c3_1 (a762)) (-. (c2_1 (a762))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 606 643 % 0.76/0.95 645. ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 644 % 0.76/0.95 646. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 639 645 % 0.76/0.95 647. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp18)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 646 295 % 0.76/0.95 648. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 606 484 % 0.76/0.95 649. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 648 % 0.76/0.95 650. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 647 649 % 0.76/0.95 651. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 650 % 0.76/0.95 652. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (hskp14)) (-. (hskp16)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 638 651 % 0.76/0.95 653. (-. (c0_1 (a719))) (c0_1 (a719)) ### Axiom % 0.76/0.95 654. (c1_1 (a719)) (-. (c1_1 (a719))) ### Axiom % 0.76/0.95 655. (c2_1 (a719)) (-. (c2_1 (a719))) ### Axiom % 0.76/0.95 656. ((ndr1_0) => ((c0_1 (a719)) \/ ((-. (c1_1 (a719))) \/ (-. (c2_1 (a719)))))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) (ndr1_0) ### DisjTree 5 653 654 655 % 0.76/0.95 657. (All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) (ndr1_0) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ### All 656 % 0.76/0.95 658. ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (-. (hskp18)) (-. (hskp28)) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) (ndr1_0) ### DisjTree 657 299 52 % 0.76/0.95 659. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c0_1 (a732)) (c3_1 (a732)) (-. (c1_1 (a732))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 558 308 % 0.76/0.95 660. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c3_1 (a732)) (-. (c1_1 (a732))) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 626 308 % 0.76/0.95 661. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) (c0_1 (a705)) (c1_1 (a705)) (c2_1 (a705)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 659 660 % 0.76/0.95 662. ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c0_1 (a732)) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ### ConjTree 661 % 0.76/0.95 663. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) (-. (hskp18)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ### Or 658 662 % 0.76/0.95 664. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c0_1 (a732)) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### Or 663 66 % 0.76/0.95 665. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 664 % 0.76/0.95 666. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 652 665 % 0.76/0.96 667. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ### Or 330 66 % 0.76/0.96 668. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 383 649 % 0.76/0.96 669. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 668 % 0.76/0.96 670. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 667 669 % 0.76/0.96 671. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 670 665 % 0.76/0.96 672. ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 671 % 0.76/0.96 673. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 666 672 % 0.76/0.96 674. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (ndr1_0) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### ConjTree 673 % 0.76/0.96 675. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 674 % 0.76/0.96 676. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 675 87 % 0.76/0.96 677. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) (-. (hskp1)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 622 665 % 0.76/0.96 678. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp1)) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 677 % 0.76/0.96 679. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 678 % 0.76/0.96 680. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 679 87 % 0.76/0.96 681. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 680 % 0.76/0.96 682. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 676 681 % 0.76/0.96 683. ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### ConjTree 682 % 0.76/0.96 684. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 636 683 % 0.76/0.96 685. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ### ConjTree 684 % 0.76/0.96 686. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp7)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 49 685 % 0.76/0.96 687. (-. (hskp26)) (hskp26) ### P-NotP % 0.76/0.96 688. ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (-. (hskp26)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) ### DisjTree 143 687 31 % 0.76/0.96 689. ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp30)) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp26)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ### DisjTree 688 144 52 % 0.76/0.96 690. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp26)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 587 688 162 % 0.76/0.96 691. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (-. (hskp26)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 690 % 0.76/0.96 692. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (-. (hskp26)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ### Or 689 691 % 0.76/0.96 693. (-. (c3_1 (a773))) (c3_1 (a773)) ### Axiom % 0.76/0.96 694. (c0_1 (a773)) (-. (c0_1 (a773))) ### Axiom % 0.76/0.96 695. (c1_1 (a773)) (-. (c1_1 (a773))) ### Axiom % 0.76/0.96 696. ((ndr1_0) => ((c3_1 (a773)) \/ ((-. (c0_1 (a773))) \/ (-. (c1_1 (a773)))))) (c1_1 (a773)) (c0_1 (a773)) (-. (c3_1 (a773))) (ndr1_0) ### DisjTree 5 693 694 695 % 0.76/0.96 697. (All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) (ndr1_0) (-. (c3_1 (a773))) (c0_1 (a773)) (c1_1 (a773)) ### All 696 % 0.76/0.96 698. ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a773)) (c0_1 (a773)) (-. (c3_1 (a773))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) ### DisjTree 172 697 328 % 0.76/0.96 699. ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773)))))) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ### ConjTree 698 % 0.76/0.96 700. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 692 699 % 0.76/0.96 701. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ### Or 700 66 % 0.76/0.96 702. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 701 630 % 0.76/0.96 703. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 702 87 % 0.76/0.96 704. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 703 % 0.76/0.96 705. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 204 704 % 0.76/0.96 706. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) (-. (hskp6)) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 705 % 0.76/0.96 707. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) (-. (hskp6)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 686 706 % 0.76/0.96 708. ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ### DisjTree 599 587 360 % 0.76/0.96 709. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ### Or 708 602 % 0.76/0.96 710. ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (c1_1 (a720))) (c3_1 (a720)) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ### DisjTree 608 587 360 % 0.76/0.96 711. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) (c3_1 (a720)) (-. (c1_1 (a720))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 76 710 % 0.76/0.96 712. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a720))) (c3_1 (a720)) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 711 % 0.76/0.96 713. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) (c3_1 (a720)) (-. (c1_1 (a720))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 606 712 % 0.76/0.96 714. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c1_1 (a720))) (c3_1 (a720)) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 713 % 0.76/0.96 715. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp16)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 709 714 % 0.76/0.96 716. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 715 630 % 0.76/0.96 717. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 716 % 0.76/0.96 718. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 717 % 0.76/0.96 719. ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ### DisjTree 46 587 360 % 0.76/0.96 720. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ### ConjTree 719 % 0.76/0.96 721. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 718 720 % 0.76/0.96 722. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 721 % 0.76/0.96 723. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (hskp9)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) ### Or 589 722 % 0.76/0.96 724. ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) (-. (hskp24)) (-. (c3_1 (a716))) (c2_1 (a716)) (c0_1 (a716)) (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))) (ndr1_0) ### DisjTree 460 264 52 % 0.76/0.96 725. ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (ndr1_0) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (c2_1 (a725)) (-. (hskp24)) (-. (hskp18)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ### DisjTree 424 360 724 % 0.76/0.96 726. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (hskp14)) (-. (hskp16)) (-. (hskp17)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) (c2_1 (a725)) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (ndr1_0) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ### Or 725 481 % 0.76/0.96 727. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (ndr1_0) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 726 66 % 0.76/0.96 728. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) (-. (hskp14)) (-. (hskp16)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (ndr1_0) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 727 651 % 0.76/0.96 729. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (ndr1_0) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 728 665 % 0.76/0.96 730. ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (ndr1_0) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) ### DisjTree 242 360 308 % 0.76/0.96 731. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) (c0_1 (a705)) (c1_1 (a705)) (c2_1 (a705)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 243 730 % 0.76/0.96 732. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 76 731 % 0.76/0.96 733. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) (c0_1 (a705)) (c1_1 (a705)) (c2_1 (a705)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 732 % 0.76/0.96 734. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 606 733 % 0.76/0.96 735. ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 734 % 0.76/0.96 736. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (ndr1_0) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) (-. (hskp18)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ### Or 658 735 % 0.76/0.96 737. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) (c0_1 (a705)) (c1_1 (a705)) (c2_1 (a705)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (-. (hskp30)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 278 730 % 0.76/0.96 738. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ### Or 737 291 % 0.76/0.96 739. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) (c0_1 (a705)) (c1_1 (a705)) (c2_1 (a705)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 738 % 0.76/0.96 740. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp18)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ### Or 254 739 % 0.76/0.96 741. ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp18)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 740 % 0.76/0.96 742. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (ndr1_0) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) (-. (hskp18)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ### Or 658 741 % 0.76/0.96 743. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (-. (hskp18)) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) (ndr1_0) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### ConjTree 742 % 0.76/0.96 744. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (-. (hskp18)) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### Or 736 743 % 0.76/0.96 745. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (ndr1_0) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 744 649 % 0.76/0.96 746. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 745 % 0.76/0.96 747. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 667 746 % 0.76/0.96 748. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 747 665 % 0.76/0.97 749. ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 748 % 0.76/0.97 750. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (ndr1_0) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 729 749 % 0.76/0.97 751. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (ndr1_0) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### ConjTree 750 % 0.76/0.97 752. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 751 % 0.76/0.97 753. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c2_1 (a719)) (c1_1 (a719)) (-. (c0_1 (a719))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 752 720 % 0.76/0.97 754. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a719))) (c1_1 (a719)) (c2_1 (a719)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 753 722 % 0.76/0.97 755. ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### ConjTree 754 % 0.76/0.97 756. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 723 755 % 0.80/0.97 757. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ### ConjTree 756 % 0.80/0.97 758. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp7)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 49 757 % 0.80/0.97 759. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 41 720 % 0.80/0.97 760. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 702 720 % 0.80/0.97 761. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 760 % 0.80/0.97 762. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c3_1 (a716))) (c0_1 (a716)) (c2_1 (a716)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 759 761 % 0.80/0.97 763. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 762 % 0.80/0.97 764. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) (c2_1 (a716)) (c0_1 (a716)) (-. (c3_1 (a716))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 758 763 % 0.80/0.97 765. ((ndr1_0) /\ ((c0_1 (a716)) /\ ((c2_1 (a716)) /\ (-. (c3_1 (a716)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### ConjTree 764 % 0.80/0.97 766. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a716)) /\ ((c2_1 (a716)) /\ (-. (c3_1 (a716))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### Or 707 765 % 0.80/0.97 767. ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a716)) /\ ((c2_1 (a716)) /\ (-. (c3_1 (a716))))))) ### ConjTree 766 % 0.80/0.97 768. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a716)) /\ ((c2_1 (a716)) /\ (-. (c3_1 (a716))))))) ### Or 582 767 % 0.80/0.97 769. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp7)) (-. (hskp8)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ### Or 4 200 % 0.80/0.97 770. (-. (c0_1 (a708))) (c0_1 (a708)) ### Axiom % 0.80/0.97 771. (-. (c3_1 (a708))) (c3_1 (a708)) ### Axiom % 0.80/0.97 772. (c1_1 (a708)) (-. (c1_1 (a708))) ### Axiom % 0.80/0.97 773. ((ndr1_0) => ((c0_1 (a708)) \/ ((c3_1 (a708)) \/ (-. (c1_1 (a708)))))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ### DisjTree 5 770 771 772 % 0.80/0.97 774. (All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ### All 773 % 0.80/0.97 775. ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp17)) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ### DisjTree 774 468 100 % 0.80/0.97 776. (-. (c2_1 (a730))) (c2_1 (a730)) ### Axiom % 0.80/0.97 777. (-. (c0_1 (a730))) (c0_1 (a730)) ### Axiom % 0.80/0.97 778. (-. (c2_1 (a730))) (c2_1 (a730)) ### Axiom % 0.80/0.97 779. (c3_1 (a730)) (-. (c3_1 (a730))) ### Axiom % 0.80/0.97 780. ((ndr1_0) => ((c0_1 (a730)) \/ ((c2_1 (a730)) \/ (-. (c3_1 (a730)))))) (c3_1 (a730)) (-. (c2_1 (a730))) (-. (c0_1 (a730))) (ndr1_0) ### DisjTree 5 777 778 779 % 0.80/0.97 781. (All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) (ndr1_0) (-. (c0_1 (a730))) (-. (c2_1 (a730))) (c3_1 (a730)) ### All 780 % 0.80/0.97 782. (c1_1 (a730)) (-. (c1_1 (a730))) ### Axiom % 0.80/0.97 783. ((ndr1_0) => ((c2_1 (a730)) \/ ((-. (c0_1 (a730))) \/ (-. (c1_1 (a730)))))) (c1_1 (a730)) (c3_1 (a730)) (All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) (-. (c2_1 (a730))) (ndr1_0) ### DisjTree 5 776 781 782 % 0.80/0.97 784. (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (ndr1_0) (-. (c2_1 (a730))) (All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) (c3_1 (a730)) (c1_1 (a730)) ### All 783 % 0.80/0.97 785. (-. (hskp31)) (hskp31) ### P-NotP % 0.80/0.97 786. (-. (hskp27)) (hskp27) ### P-NotP % 0.80/0.97 787. ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (hskp27)) (-. (hskp31)) (c1_1 (a730)) (c3_1 (a730)) (All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) (-. (c2_1 (a730))) (ndr1_0) ### DisjTree 784 785 786 % 0.80/0.97 788. ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (hskp30)) (ndr1_0) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) (-. (hskp31)) (-. (hskp27)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ### DisjTree 787 144 1 % 0.80/0.97 789. (c0_1 (a723)) (-. (c0_1 (a723))) ### Axiom % 0.80/0.97 790. (c2_1 (a723)) (-. (c2_1 (a723))) ### Axiom % 0.80/0.97 791. (c3_1 (a723)) (-. (c3_1 (a723))) ### Axiom % 0.80/0.97 792. ((ndr1_0) => ((-. (c0_1 (a723))) \/ ((-. (c2_1 (a723))) \/ (-. (c3_1 (a723)))))) (c3_1 (a723)) (c2_1 (a723)) (c0_1 (a723)) (ndr1_0) ### DisjTree 5 789 790 791 % 0.80/0.97 793. (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) (c0_1 (a723)) (c2_1 (a723)) (c3_1 (a723)) ### All 792 % 0.80/0.97 794. (c0_1 (a723)) (-. (c0_1 (a723))) ### Axiom % 0.80/0.97 795. (c3_1 (a723)) (-. (c3_1 (a723))) ### Axiom % 0.80/0.97 796. ((ndr1_0) => ((c2_1 (a723)) \/ ((-. (c0_1 (a723))) \/ (-. (c3_1 (a723)))))) (c3_1 (a723)) (c0_1 (a723)) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) ### DisjTree 5 793 794 795 % 0.80/0.97 797. (All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) (ndr1_0) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (c0_1 (a723)) (c3_1 (a723)) ### All 796 % 0.80/0.97 798. ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a723)) (c0_1 (a723)) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ### DisjTree 774 797 328 % 0.80/0.97 799. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (c0_1 (a723)) (c3_1 (a723)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 76 798 % 0.80/0.97 800. ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 799 % 0.80/0.97 801. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (hskp27)) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) (-. (hskp30)) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ### Or 788 800 % 0.80/0.97 802. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) (-. (hskp27)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ### Or 801 291 % 0.80/0.97 803. (-. (c1_1 (a780))) (c1_1 (a780)) ### Axiom % 0.80/0.97 804. (-. (c3_1 (a780))) (c3_1 (a780)) ### Axiom % 0.80/0.97 805. (c2_1 (a780)) (-. (c2_1 (a780))) ### Axiom % 0.80/0.97 806. ((ndr1_0) => ((c1_1 (a780)) \/ ((c3_1 (a780)) \/ (-. (c2_1 (a780)))))) (c2_1 (a780)) (-. (c3_1 (a780))) (-. (c1_1 (a780))) (ndr1_0) ### DisjTree 5 803 804 805 % 0.80/0.97 807. (All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) (ndr1_0) (-. (c1_1 (a780))) (-. (c3_1 (a780))) (c2_1 (a780)) ### All 806 % 0.80/0.97 808. ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) (-. (hskp24)) (c2_1 (a780)) (-. (c3_1 (a780))) (-. (c1_1 (a780))) (ndr1_0) ### DisjTree 807 264 52 % 0.80/0.97 809. ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780)))))) (ndr1_0) (-. (hskp24)) (-. (hskp18)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ### ConjTree 808 % 0.80/0.97 810. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) (-. (hskp24)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 802 809 % 0.80/0.97 811. (-. (c2_1 (a762))) (c2_1 (a762)) ### Axiom % 0.80/0.97 812. (c0_1 (a762)) (-. (c0_1 (a762))) ### Axiom % 0.80/0.97 813. (c3_1 (a762)) (-. (c3_1 (a762))) ### Axiom % 0.80/0.97 814. ((ndr1_0) => ((c2_1 (a762)) \/ ((-. (c0_1 (a762))) \/ (-. (c3_1 (a762)))))) (c3_1 (a762)) (c0_1 (a762)) (-. (c2_1 (a762))) (ndr1_0) ### DisjTree 5 811 812 813 % 0.80/0.97 815. (All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) (ndr1_0) (-. (c2_1 (a762))) (c0_1 (a762)) (c3_1 (a762)) ### All 814 % 0.80/0.97 816. ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a762)) (c0_1 (a762)) (-. (c2_1 (a762))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ### DisjTree 774 815 328 % 0.80/0.97 817. ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ### ConjTree 816 % 0.80/0.97 818. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) (-. (hskp18)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ### Or 810 817 % 0.80/0.97 819. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ### DisjTree 16 64 31 % 0.80/0.97 820. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ### Or 819 26 % 0.80/0.97 821. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 820 % 0.80/0.97 822. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 818 821 % 0.80/0.97 823. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 822 % 0.80/0.97 824. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 823 % 0.80/0.97 825. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (c3_1 (a732)) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (-. (c1_1 (a732))) (ndr1_0) ### Or 626 37 % 0.80/0.97 826. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 825 191 % 0.80/0.97 827. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 826 % 0.80/0.97 828. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp18)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ### Or 254 827 % 0.80/0.97 829. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp18)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 828 % 0.80/0.97 830. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp18)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 829 % 0.80/0.97 831. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (c1_1 (a730)) (-. (c2_1 (a730))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 830 821 % 0.80/0.97 832. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (c2_1 (a730))) (c1_1 (a730)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 831 % 0.80/0.97 833. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 824 832 % 0.80/0.97 834. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp18)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 268 817 % 0.80/0.97 835. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 834 497 % 0.80/0.97 836. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 830 497 % 0.80/0.97 837. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 836 % 0.80/0.97 838. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 835 837 % 0.80/0.97 839. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 838 % 0.80/0.97 840. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 833 839 % 0.80/0.97 841. ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 840 % 0.80/0.97 842. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp7)) (-. (hskp8)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ### Or 4 841 % 0.80/0.97 843. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### ConjTree 842 % 0.80/0.97 844. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 769 843 % 0.80/0.97 845. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp7)) (-. (hskp8)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 844 48 % 0.80/0.97 846. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 413 % 0.80/0.97 847. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp7)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 846 48 % 0.80/0.98 848. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp7)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 847 % 0.80/0.98 849. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 845 848 % 0.80/0.98 850. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (-. (hskp31)) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 242 785 % 0.80/0.98 851. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (hskp31)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 850 244 % 0.80/0.98 852. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ### Or 851 800 % 0.80/0.98 853. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ### ConjTree 852 % 0.80/0.98 854. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 298 853 % 0.80/0.98 855. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 854 251 % 0.80/0.98 856. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 855 % 0.80/0.98 857. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 834 856 % 0.80/0.98 858. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 857 % 0.80/0.98 859. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 858 % 0.80/0.98 860. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 859 399 % 0.80/0.98 861. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 425 817 % 0.80/0.98 862. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 861 497 % 0.80/0.98 863. ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp29)) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ### DisjTree 494 563 173 % 0.80/0.98 864. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (c0_1 (a732)) (c3_1 (a732)) (-. (c1_1 (a732))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ### Or 863 565 % 0.80/0.98 865. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 864 % 0.80/0.98 866. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 862 865 % 0.80/0.98 867. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 866 % 0.80/0.98 868. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 860 867 % 0.80/0.98 869. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 868 % 0.80/0.98 870. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 869 % 0.80/0.98 871. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 870 % 0.80/0.98 872. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp0)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 67 871 % 0.80/0.98 873. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 854 413 % 0.80/0.98 874. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 873 % 0.80/0.98 875. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 861 874 % 0.80/0.98 876. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 875 % 0.80/0.98 877. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 876 % 0.80/0.98 878. ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) (-. (hskp29)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) ### DisjTree 397 173 53 % 0.80/0.98 879. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ### Or 878 565 % 0.80/0.98 880. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 879 % 0.80/0.98 881. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 877 880 % 0.80/0.98 882. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 862 880 % 0.80/0.98 883. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 882 % 0.80/0.98 884. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 881 883 % 0.80/0.98 885. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 884 % 0.80/0.98 886. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 885 % 0.80/0.98 887. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 886 % 0.80/0.98 888. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 67 887 % 0.80/0.98 889. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 888 % 0.80/0.98 890. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp0)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 872 889 % 0.80/0.98 891. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp0)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### ConjTree 890 % 0.80/0.98 892. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp0)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp7)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 849 891 % 0.80/0.98 893. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 198 % 0.80/0.98 894. (-. (c3_1 (a731))) (c3_1 (a731)) ### Axiom % 0.80/0.98 895. (-. (c1_1 (a731))) (c1_1 (a731)) ### Axiom % 0.80/0.98 896. (-. (c3_1 (a731))) (c3_1 (a731)) ### Axiom % 0.80/0.98 897. (c2_1 (a731)) (-. (c2_1 (a731))) ### Axiom % 0.80/0.98 898. ((ndr1_0) => ((c1_1 (a731)) \/ ((c3_1 (a731)) \/ (-. (c2_1 (a731)))))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c1_1 (a731))) (ndr1_0) ### DisjTree 5 895 896 897 % 0.80/0.98 899. (All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) (ndr1_0) (-. (c1_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ### All 898 % 0.80/0.98 900. (c2_1 (a731)) (-. (c2_1 (a731))) ### Axiom % 0.80/0.98 901. ((ndr1_0) => ((c3_1 (a731)) \/ ((-. (c1_1 (a731))) \/ (-. (c2_1 (a731)))))) (c2_1 (a731)) (All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) (-. (c3_1 (a731))) (ndr1_0) ### DisjTree 5 894 899 900 % 0.80/0.98 902. (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) (ndr1_0) (-. (c3_1 (a731))) (All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) (c2_1 (a731)) ### All 901 % 0.80/0.98 903. ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (-. (hskp8)) (c2_1 (a731)) (All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) (-. (c3_1 (a731))) (ndr1_0) ### DisjTree 902 3 38 % 0.80/0.98 904. ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (-. (hskp13)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (hskp8)) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ### DisjTree 903 172 450 % 0.80/0.98 905. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (-. (hskp8)) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp13)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ### ConjTree 904 % 0.80/0.98 906. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 893 905 % 0.80/0.98 907. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (-. (hskp13)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 906 200 % 0.80/0.98 908. (-. (c3_1 (a731))) (c3_1 (a731)) ### Axiom % 0.80/0.98 909. (-. (c0_1 (a731))) (c0_1 (a731)) ### Axiom % 0.80/0.98 910. (-. (c1_1 (a731))) (c1_1 (a731)) ### Axiom % 0.80/0.98 911. (c2_1 (a731)) (-. (c2_1 (a731))) ### Axiom % 0.80/0.98 912. ((ndr1_0) => ((c0_1 (a731)) \/ ((c1_1 (a731)) \/ (-. (c2_1 (a731)))))) (c2_1 (a731)) (-. (c1_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ### DisjTree 5 909 910 911 % 0.80/0.98 913. (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c1_1 (a731))) (c2_1 (a731)) ### All 912 % 0.80/0.98 914. (c2_1 (a731)) (-. (c2_1 (a731))) ### Axiom % 0.80/0.98 915. ((ndr1_0) => ((c3_1 (a731)) \/ ((-. (c1_1 (a731))) \/ (-. (c2_1 (a731)))))) (c2_1 (a731)) (-. (c0_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c3_1 (a731))) (ndr1_0) ### DisjTree 5 908 913 914 % 0.80/0.98 916. (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) (ndr1_0) (-. (c3_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a731))) (c2_1 (a731)) ### All 915 % 0.80/0.98 917. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c1_1 (a721))) (ndr1_0) ### Or 99 916 % 0.80/0.98 918. ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (hskp21)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 917 70 100 % 0.80/0.98 919. (-. (c0_1 (a727))) (c0_1 (a727)) ### Axiom % 0.80/0.98 920. (-. (c0_1 (a727))) (c0_1 (a727)) ### Axiom % 0.80/0.98 921. (-. (c1_1 (a727))) (c1_1 (a727)) ### Axiom % 0.80/0.98 922. (c3_1 (a727)) (-. (c3_1 (a727))) ### Axiom % 0.80/0.98 923. ((ndr1_0) => ((c0_1 (a727)) \/ ((c1_1 (a727)) \/ (-. (c3_1 (a727)))))) (c3_1 (a727)) (-. (c1_1 (a727))) (-. (c0_1 (a727))) (ndr1_0) ### DisjTree 5 920 921 922 % 0.80/0.98 924. (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (ndr1_0) (-. (c0_1 (a727))) (-. (c1_1 (a727))) (c3_1 (a727)) ### All 923 % 0.80/0.98 925. (c3_1 (a727)) (-. (c3_1 (a727))) ### Axiom % 0.80/0.98 926. ((ndr1_0) => ((c0_1 (a727)) \/ ((-. (c1_1 (a727))) \/ (-. (c3_1 (a727)))))) (c3_1 (a727)) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (-. (c0_1 (a727))) (ndr1_0) ### DisjTree 5 919 924 925 % 0.80/0.98 927. (All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) (ndr1_0) (-. (c0_1 (a727))) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (c3_1 (a727)) ### All 926 % 0.80/0.98 928. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) (c3_1 (a727)) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (-. (c0_1 (a727))) (ndr1_0) ### DisjTree 927 17 3 % 0.80/0.98 929. ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp22)) (-. (hskp16)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) (ndr1_0) ### DisjTree 143 328 30 % 0.80/0.98 930. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp16)) (-. (hskp22)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (ndr1_0) (-. (c1_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 917 46 929 % 0.80/0.98 931. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp22)) (-. (hskp16)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ### DisjTree 918 928 930 % 0.80/0.98 932. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ### DisjTree 918 46 249 % 0.80/0.98 933. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (hskp21)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 932 % 0.80/0.98 934. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (hskp21)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) (c3_1 (a727)) (-. (c0_1 (a727))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 931 933 % 0.80/0.98 935. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 934 114 % 0.80/0.98 936. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) (c3_1 (a727)) (-. (c0_1 (a727))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ### Or 935 198 % 0.80/0.98 937. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 936 399 % 0.80/0.98 938. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) (c3_1 (a727)) (-. (c0_1 (a727))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 937 % 0.80/0.98 939. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (c0_1 (a727))) (c3_1 (a727)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 893 938 % 0.80/0.98 940. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a727)) (-. (c0_1 (a727))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 939 200 % 0.80/0.98 941. ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### ConjTree 940 % 0.80/0.98 942. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 907 941 % 0.80/0.98 943. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 861 486 % 0.80/0.98 944. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (c0_1 (a732)) (c3_1 (a732)) (All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) (-. (c1_1 (a732))) (c1_1 (a741)) (c3_1 (a741)) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 355 558 562 % 0.80/0.99 945. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (c0_1 (a741))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (c3_1 (a741)) (c1_1 (a741)) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 944 191 % 0.80/0.99 946. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (c0_1 (a732)) (c3_1 (a732)) (-. (c1_1 (a732))) (c1_1 (a741)) (c3_1 (a741)) (-. (c0_1 (a741))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 945 244 % 0.80/0.99 947. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (c1_1 (a741)) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ### ConjTree 946 % 0.80/0.99 948. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c0_1 (a732)) (c3_1 (a732)) (-. (c1_1 (a732))) (c1_1 (a741)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 947 % 0.80/0.99 949. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 948 % 0.80/0.99 950. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 518 949 % 0.80/0.99 951. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 950 % 0.80/0.99 952. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 951 % 0.80/0.99 953. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 952 % 0.80/0.99 954. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 943 953 % 0.80/0.99 955. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp17)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 521 497 % 0.80/0.99 956. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 955 951 % 0.80/0.99 957. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 956 % 0.80/0.99 958. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 943 957 % 0.80/0.99 959. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 958 % 0.80/0.99 960. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 954 959 % 0.80/0.99 961. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 960 % 0.80/0.99 962. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ### Or 942 961 % 0.80/0.99 963. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 962 % 0.80/0.99 964. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 41 963 % 0.80/0.99 965. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 964 891 % 0.80/0.99 966. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 965 % 0.80/0.99 967. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (-. (hskp0)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 892 966 % 0.80/0.99 968. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 639 817 % 0.80/0.99 969. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 968 649 % 0.80/0.99 970. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 969 % 0.80/0.99 971. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 970 % 0.80/0.99 972. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (c1_1 (a730)) (-. (c2_1 (a730))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 971 832 % 0.80/0.99 973. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (-. (hskp17)) (-. (hskp16)) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ### Or 330 497 % 0.80/0.99 974. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 818 649 % 0.80/0.99 975. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 974 % 0.80/0.99 976. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) (-. (hskp16)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 973 975 % 0.80/0.99 977. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 976 837 % 0.80/0.99 978. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (ndr1_0) (-. (c2_1 (a730))) (c1_1 (a730)) (c3_1 (a730)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 977 % 0.80/0.99 979. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (c3_1 (a730)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (c2_1 (a730))) (c1_1 (a730)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 972 978 % 0.80/0.99 980. ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 979 % 0.80/0.99 981. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp7)) (-. (hskp8)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ### Or 4 980 % 0.80/0.99 982. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### ConjTree 981 % 0.80/0.99 983. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 769 982 % 0.80/0.99 984. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp7)) (-. (hskp8)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 983 48 % 0.80/0.99 985. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 984 848 % 0.80/0.99 986. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 628 191 % 0.80/0.99 987. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c0_1 (a732)) (c3_1 (a732)) (-. (c1_1 (a732))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 986 % 0.80/0.99 988. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 606 987 % 0.80/0.99 989. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c0_1 (a732)) (c3_1 (a732)) (-. (c1_1 (a732))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 988 % 0.80/0.99 990. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 989 % 0.80/0.99 991. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 990 % 0.80/0.99 992. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 971 991 % 0.80/0.99 993. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp18)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ### Or 254 987 % 0.80/0.99 994. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c0_1 (a732)) (c3_1 (a732)) (-. (c1_1 (a732))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 993 497 % 0.80/0.99 995. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 994 % 0.80/0.99 996. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 835 995 % 0.80/0.99 997. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 996 % 0.80/0.99 998. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 992 997 % 0.80/0.99 999. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 998 % 0.80/0.99 1000. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 999 % 0.80/0.99 1001. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 606 853 % 0.80/0.99 1002. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1001 % 0.80/0.99 1003. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1002 % 0.80/0.99 1004. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 606 565 % 0.80/0.99 1005. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (c0_1 (a732)) (c3_1 (a732)) (-. (c1_1 (a732))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1004 % 0.80/0.99 1006. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1005 % 0.80/0.99 1007. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1006 % 0.80/0.99 1008. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1003 1007 % 0.80/0.99 1009. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1008 867 % 0.80/1.00 1010. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1009 % 0.80/1.00 1011. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 1010 % 0.80/1.00 1012. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1011 % 0.80/1.00 1013. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1000 1012 % 0.80/1.00 1014. ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) (-. (hskp24)) (c2_1 (a731)) (-. (c3_1 (a731))) (ndr1_0) (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) ### DisjTree 902 264 52 % 0.80/1.00 1015. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (hskp24)) (-. (hskp18)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) ### Or 411 1014 % 0.80/1.00 1016. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) (c2_1 (a731)) (-. (c3_1 (a731))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### Or 1015 817 % 0.80/1.00 1017. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 1016 66 % 0.80/1.00 1018. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a731)) (-. (c3_1 (a731))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1017 630 % 0.80/1.00 1019. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1018 % 0.80/1.00 1020. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 992 1019 % 0.80/1.00 1021. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1020 % 0.80/1.00 1022. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 1021 % 0.80/1.00 1023. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1022 1012 % 0.80/1.00 1024. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1023 % 0.80/1.00 1025. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1013 1024 % 0.80/1.00 1026. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### ConjTree 1025 % 0.80/1.00 1027. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp7)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 985 1026 % 0.80/1.00 1028. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp17)) (-. (hskp18)) (c3_1 (a727)) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (-. (c0_1 (a727))) (ndr1_0) ### DisjTree 927 52 100 % 0.80/1.00 1029. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (c3_1 (a727)) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (-. (c0_1 (a727))) (ndr1_0) ### DisjTree 927 242 15 % 0.80/1.00 1030. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp30)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c0_1 (a727))) (c3_1 (a727)) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 917 1029 145 % 0.80/1.00 1031. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp30)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) (-. (hskp18)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ### DisjTree 918 1028 1030 % 0.80/1.00 1032. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 587 143 162 % 0.80/1.00 1033. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ### DisjTree 918 928 1032 % 0.80/1.00 1034. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (hskp21)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) (c3_1 (a727)) (-. (c0_1 (a727))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### ConjTree 1033 % 0.80/1.00 1035. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (hskp21)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp18)) (c3_1 (a727)) (-. (c0_1 (a727))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 1031 1034 % 0.80/1.00 1036. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) (-. (hskp18)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 1035 % 0.80/1.00 1037. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (hskp21)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp18)) (c3_1 (a727)) (-. (c0_1 (a727))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 1036 % 0.80/1.00 1038. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) (-. (hskp18)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1037 114 % 0.80/1.00 1039. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp18)) (c3_1 (a727)) (-. (c0_1 (a727))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ### Or 1038 520 % 0.80/1.00 1040. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 587 143 185 % 0.80/1.00 1041. (-. (hskp20)) (hskp20) ### P-NotP % 0.80/1.00 1042. ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) (-. (hskp20)) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 917 1040 1041 % 0.80/1.00 1043. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1040 64 191 % 0.80/1.00 1044. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 917 1029 1043 % 0.80/1.00 1045. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (c3_1 (a727)) (-. (c0_1 (a727))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (hskp20)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ### DisjTree 1042 46 1044 % 0.80/1.00 1046. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) (-. (hskp20)) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 1045 % 0.80/1.00 1047. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) (c3_1 (a727)) (-. (c0_1 (a727))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (hskp20)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 1046 % 0.80/1.00 1048. (-. (c2_1 (a747))) (c2_1 (a747)) ### Axiom % 0.80/1.00 1049. (-. (c0_1 (a747))) (c0_1 (a747)) ### Axiom % 0.80/1.00 1050. (-. (c2_1 (a747))) (c2_1 (a747)) ### Axiom % 0.80/1.00 1051. (c1_1 (a747)) (-. (c1_1 (a747))) ### Axiom % 0.80/1.00 1052. ((ndr1_0) => ((c0_1 (a747)) \/ ((c2_1 (a747)) \/ (-. (c1_1 (a747)))))) (c1_1 (a747)) (-. (c2_1 (a747))) (-. (c0_1 (a747))) (ndr1_0) ### DisjTree 5 1049 1050 1051 % 0.80/1.00 1053. (All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) (ndr1_0) (-. (c0_1 (a747))) (-. (c2_1 (a747))) (c1_1 (a747)) ### All 1052 % 0.80/1.00 1054. (c1_1 (a747)) (-. (c1_1 (a747))) ### Axiom % 0.80/1.00 1055. ((ndr1_0) => ((c2_1 (a747)) \/ ((-. (c0_1 (a747))) \/ (-. (c1_1 (a747)))))) (c1_1 (a747)) (All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) (-. (c2_1 (a747))) (ndr1_0) ### DisjTree 5 1048 1053 1054 % 0.80/1.00 1056. (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (ndr1_0) (-. (c2_1 (a747))) (All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) (c1_1 (a747)) ### All 1055 % 0.80/1.00 1057. ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (c1_1 (a747)) (All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) (-. (c2_1 (a747))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) ### DisjTree 64 1056 2 % 0.80/1.00 1058. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) (-. (hskp1)) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (c2_1 (a747))) (c1_1 (a747)) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ### DisjTree 1057 17 18 % 0.80/1.00 1059. ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (hskp1)) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### ConjTree 1058 % 0.80/1.00 1060. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) (-. (hskp1)) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1047 1059 % 0.80/1.00 1061. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (c3_1 (a727)) (-. (c0_1 (a727))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ### Or 1060 26 % 0.80/1.00 1062. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) (-. (hskp1)) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 1061 % 0.80/1.00 1063. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1039 1062 % 0.80/1.00 1064. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (c3_1 (a727)) (-. (c0_1 (a727))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1063 198 % 0.80/1.00 1065. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a727))) (c3_1 (a727)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1064 % 0.80/1.00 1066. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (ndr1_0) (-. (c0_1 (a727))) (-. (c2_1 (a727))) (c3_1 (a727)) (-. (hskp14)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ### Or 469 1065 % 0.80/1.00 1067. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) (c3_1 (a727)) (-. (c2_1 (a727))) (-. (c0_1 (a727))) (ndr1_0) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1066 200 % 0.80/1.00 1068. ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (ndr1_0) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### ConjTree 1067 % 0.80/1.00 1069. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp12)) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 907 1068 % 0.80/1.00 1070. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (c0_1 (a732)) (c3_1 (a732)) (-. (c1_1 (a732))) (c1_1 (a741)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 606 947 % 0.80/1.00 1071. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1070 % 0.80/1.00 1072. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 518 1071 % 0.80/1.00 1073. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 1072 % 0.80/1.00 1074. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 955 1073 % 0.80/1.00 1075. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1074 % 0.80/1.00 1076. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 862 1075 % 0.80/1.00 1077. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1076 % 0.80/1.00 1078. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 954 1077 % 0.80/1.00 1079. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1078 % 0.80/1.00 1080. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ### Or 1069 1079 % 0.80/1.00 1081. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1080 % 0.80/1.00 1082. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 41 1081 % 0.80/1.00 1083. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 943 567 % 0.80/1.00 1084. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1083 % 0.80/1.01 1085. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 1084 % 0.80/1.01 1086. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1085 % 0.80/1.01 1087. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1000 1086 % 0.80/1.01 1088. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1022 1086 % 0.80/1.01 1089. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1088 % 0.80/1.01 1090. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1087 1089 % 0.80/1.01 1091. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### ConjTree 1090 % 0.80/1.01 1092. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1082 1091 % 0.80/1.01 1093. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 1092 % 0.80/1.01 1094. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 1027 1093 % 0.80/1.01 1095. ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### ConjTree 1094 % 0.80/1.01 1096. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp0)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### Or 967 1095 % 0.80/1.01 1097. ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (-. (hskp0)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ### ConjTree 1096 % 0.80/1.01 1098. ((-. (hskp2)) \/ ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a716)) /\ ((c2_1 (a716)) /\ (-. (c3_1 (a716))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ### Or 768 1097 % 0.80/1.01 1099. (-. (c1_1 (a707))) (c1_1 (a707)) ### Axiom % 0.80/1.01 1100. (-. (c2_1 (a707))) (c2_1 (a707)) ### Axiom % 0.80/1.01 1101. (c0_1 (a707)) (-. (c0_1 (a707))) ### Axiom % 0.80/1.01 1102. ((ndr1_0) => ((c1_1 (a707)) \/ ((c2_1 (a707)) \/ (-. (c0_1 (a707)))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ### DisjTree 5 1099 1100 1101 % 0.80/1.01 1103. (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ### All 1102 % 0.80/1.01 1104. ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp22)) (-. (hskp16)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ### DisjTree 1103 328 30 % 0.80/1.01 1105. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (-. (hskp8)) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ### Or 1104 40 % 0.80/1.01 1106. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (hskp8)) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1105 399 % 0.80/1.01 1107. (-. (c3_1 (a756))) (c3_1 (a756)) ### Axiom % 0.80/1.01 1108. (-. (c0_1 (a756))) (c0_1 (a756)) ### Axiom % 0.80/1.01 1109. (c1_1 (a756)) (-. (c1_1 (a756))) ### Axiom % 0.80/1.01 1110. (c2_1 (a756)) (-. (c2_1 (a756))) ### Axiom % 0.80/1.01 1111. ((ndr1_0) => ((c0_1 (a756)) \/ ((-. (c1_1 (a756))) \/ (-. (c2_1 (a756)))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c0_1 (a756))) (ndr1_0) ### DisjTree 5 1108 1109 1110 % 0.80/1.01 1112. (All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) (ndr1_0) (-. (c0_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ### All 1111 % 0.80/1.01 1113. (c1_1 (a756)) (-. (c1_1 (a756))) ### Axiom % 0.80/1.01 1114. ((ndr1_0) => ((c3_1 (a756)) \/ ((-. (c0_1 (a756))) \/ (-. (c1_1 (a756)))))) (c2_1 (a756)) (c1_1 (a756)) (All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) (-. (c3_1 (a756))) (ndr1_0) ### DisjTree 5 1107 1112 1113 % 0.80/1.01 1115. (All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) (ndr1_0) (-. (c3_1 (a756))) (All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) (c1_1 (a756)) (c2_1 (a756)) ### All 1114 % 0.80/1.01 1116. ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (-. (hskp18)) (-. (hskp28)) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (ndr1_0) (All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) ### DisjTree 1115 299 52 % 0.80/1.01 1117. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) (-. (hskp28)) (-. (hskp18)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 1116 299 % 0.80/1.01 1118. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c3_1 (a721)) (-. (c1_1 (a721))) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 562 308 % 0.80/1.01 1119. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a721))) (c3_1 (a721)) (c0_1 (a705)) (c1_1 (a705)) (c2_1 (a705)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 1103 1118 % 0.80/1.01 1120. ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ### ConjTree 1119 % 0.80/1.01 1121. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (-. (hskp18)) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ### Or 1117 1120 % 0.80/1.01 1122. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (-. (hskp18)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### ConjTree 1121 % 0.80/1.01 1123. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (-. (hskp18)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ### Or 1104 1122 % 0.80/1.01 1124. ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (hskp21)) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) ### DisjTree 99 70 100 % 0.80/1.01 1125. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 1103 1124 % 0.80/1.01 1126. (-. (c3_1 (a756))) (c3_1 (a756)) ### Axiom % 0.80/1.01 1127. (c0_1 (a756)) (-. (c0_1 (a756))) ### Axiom % 0.80/1.01 1128. (c1_1 (a756)) (-. (c1_1 (a756))) ### Axiom % 0.80/1.01 1129. ((ndr1_0) => ((c3_1 (a756)) \/ ((-. (c0_1 (a756))) \/ (-. (c1_1 (a756)))))) (c1_1 (a756)) (c0_1 (a756)) (-. (c3_1 (a756))) (ndr1_0) ### DisjTree 5 1126 1127 1128 % 0.80/1.01 1130. (All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) (ndr1_0) (-. (c3_1 (a756))) (c0_1 (a756)) (c1_1 (a756)) ### All 1129 % 0.80/1.01 1131. (-. (c3_1 (a756))) (c3_1 (a756)) ### Axiom % 0.80/1.01 1132. (c2_1 (a756)) (-. (c2_1 (a756))) ### Axiom % 0.80/1.01 1133. ((ndr1_0) => ((c0_1 (a756)) \/ ((c3_1 (a756)) \/ (-. (c2_1 (a756)))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) (ndr1_0) ### DisjTree 5 1130 1131 1132 % 0.80/1.01 1134. (All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) (ndr1_0) (All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ### All 1133 % 0.80/1.01 1135. ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp29)) (c3_1 (a721)) (-. (c1_1 (a721))) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) (ndr1_0) ### DisjTree 1134 562 173 % 0.80/1.01 1136. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (-. (hskp28)) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (hskp29)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 1135 299 % 0.80/1.01 1137. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp29)) (c3_1 (a721)) (-. (c1_1 (a721))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (hskp28)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 1103 1136 % 0.80/1.01 1138. (-. (c1_1 (a739))) (c1_1 (a739)) ### Axiom % 0.80/1.01 1139. (c3_1 (a739)) (-. (c3_1 (a739))) ### Axiom % 0.80/1.01 1140. ((ndr1_0) => ((c0_1 (a739)) \/ ((c1_1 (a739)) \/ (-. (c3_1 (a739)))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) ### DisjTree 5 181 1138 1139 % 0.80/1.01 1141. (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (ndr1_0) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ### All 1140 % 0.80/1.01 1142. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) ### DisjTree 185 1141 242 % 0.80/1.01 1143. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a748)) (c2_1 (a748)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a748))) (ndr1_0) ### DisjTree 111 1142 299 % 0.80/1.01 1144. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c3_1 (a748)) (c2_1 (a748)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a748))) (ndr1_0) ### DisjTree 111 1143 15 % 0.80/1.01 1145. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (ndr1_0) (-. (c0_1 (a748))) (c2_1 (a748)) (c3_1 (a748)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ### DisjTree 1144 64 191 % 0.80/1.01 1146. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c3_1 (a748)) (c2_1 (a748)) (-. (c0_1 (a748))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 1145 % 0.80/1.01 1147. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a748))) (c2_1 (a748)) (c3_1 (a748)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (-. (hskp28)) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ### Or 1137 1146 % 0.80/1.01 1148. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c3_1 (a748)) (c2_1 (a748)) (-. (c0_1 (a748))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1147 1120 % 0.80/1.01 1149. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a748))) (c2_1 (a748)) (c3_1 (a748)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### ConjTree 1148 % 0.80/1.01 1150. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c3_1 (a748)) (c2_1 (a748)) (-. (c0_1 (a748))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ### Or 1104 1149 % 0.80/1.01 1151. ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748)))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp19)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1150 % 0.80/1.01 1152. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) (-. (hskp19)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ### Or 1125 1151 % 0.80/1.01 1153. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a741)) (c3_1 (a741)) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 355 1103 99 % 0.80/1.01 1154. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a741))) (c1_1 (a741)) (c3_1 (a741)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ### DisjTree 300 46 1153 % 0.80/1.01 1155. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 1154 310 % 0.80/1.01 1156. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### ConjTree 1155 % 0.80/1.01 1157. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ### Or 1152 1156 % 0.80/1.01 1158. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 1157 % 0.80/1.01 1159. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (c0_1 (a721))) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1123 1158 % 0.80/1.01 1160. ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp30)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ### DisjTree 1103 144 52 % 0.80/1.01 1161. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c1_1 (a721))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 1103 99 % 0.80/1.01 1162. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (c3_1 (a709)) (c1_1 (a709)) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) ### DisjTree 531 162 299 % 0.80/1.01 1163. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c1_1 (a709)) (c3_1 (a709)) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1161 1162 % 0.80/1.01 1164. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (c3_1 (a709)) (c1_1 (a709)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ### ConjTree 1163 % 0.80/1.01 1165. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c1_1 (a709)) (c3_1 (a709)) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ### Or 1160 1164 % 0.80/1.01 1166. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 1165 % 0.80/1.01 1167. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ### Or 254 1166 % 0.80/1.01 1168. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1167 1120 % 0.80/1.01 1169. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a709)) (c1_1 (a709)) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) ### DisjTree 531 1142 299 % 0.80/1.01 1170. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c1_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c2_1 (a709)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1161 1169 % 0.80/1.01 1171. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ### ConjTree 1170 % 0.80/1.01 1172. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a721))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (-. (hskp28)) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ### Or 1137 1171 % 0.80/1.01 1173. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a721))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1172 310 % 0.80/1.01 1174. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a721))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### ConjTree 1173 % 0.80/1.01 1175. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) (-. (c0_1 (a721))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ### Or 1104 1174 % 0.80/1.01 1176. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a721))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1175 % 0.80/1.01 1177. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### Or 1168 1176 % 0.80/1.01 1178. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1177 % 0.80/1.01 1179. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (c0_1 (a721))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1159 1178 % 0.80/1.01 1180. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (c0_1 (a721))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1179 399 % 0.80/1.01 1181. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1180 % 0.80/1.01 1182. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp0)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 67 1181 % 0.80/1.02 1183. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ### Or 1104 413 % 0.80/1.02 1184. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp5)) (-. (hskp0)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1183 399 % 0.80/1.02 1185. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp0)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1184 % 0.80/1.02 1186. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (hskp0)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1182 1185 % 0.80/1.02 1187. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) (-. (hskp0)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### ConjTree 1186 % 0.80/1.02 1188. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1106 1187 % 0.80/1.02 1189. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 587 1103 162 % 0.80/1.02 1190. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1189 % 0.80/1.02 1191. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ### Or 1160 1190 % 0.80/1.02 1192. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 587 1103 1141 % 0.80/1.02 1193. ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1192 1 3 % 0.80/1.02 1194. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ### ConjTree 1193 % 0.80/1.02 1195. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1191 1194 % 0.80/1.02 1196. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1191 66 % 0.80/1.02 1197. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 587 1103 185 % 0.80/1.02 1198. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1197 46 1161 % 0.80/1.02 1199. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 1198 % 0.80/1.02 1200. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1191 1199 % 0.80/1.02 1201. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1200 % 0.80/1.02 1202. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1196 1201 % 0.80/1.02 1203. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1202 % 0.80/1.02 1204. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp7)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1195 1203 % 0.80/1.02 1205. ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (hskp29)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1192 172 173 % 0.80/1.02 1206. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1197 64 191 % 0.80/1.02 1207. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 1206 % 0.80/1.02 1208. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 1205 1207 % 0.80/1.02 1209. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1208 % 0.80/1.02 1210. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1191 1209 % 0.80/1.02 1211. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1210 % 0.80/1.02 1212. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 1204 1211 % 0.80/1.02 1213. ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### ConjTree 1212 % 0.80/1.02 1214. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 1188 1213 % 0.80/1.02 1215. ((ndr1_0) /\ ((c0_1 (a707)) /\ ((-. (c1_1 (a707))) /\ (-. (c2_1 (a707)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) (-. (hskp0)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ### ConjTree 1214 % 0.80/1.02 1216. ((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a707)) /\ ((-. (c1_1 (a707))) /\ (-. (c2_1 (a707))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp0)) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a716)) /\ ((c2_1 (a716)) /\ (-. (c3_1 (a716))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((-. (hskp2)) \/ ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708))))))) ### Or 1098 1215 % 0.80/1.02 1217. (-. (c0_1 (a706))) (c0_1 (a706)) ### Axiom % 0.80/1.02 1218. (-. (c1_1 (a706))) (c1_1 (a706)) ### Axiom % 0.80/1.02 1219. (-. (c2_1 (a706))) (c2_1 (a706)) ### Axiom % 0.80/1.02 1220. ((ndr1_0) => ((c0_1 (a706)) \/ ((c1_1 (a706)) \/ (c2_1 (a706))))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ### DisjTree 5 1217 1218 1219 % 0.80/1.02 1221. (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) ### All 1220 % 0.80/1.02 1222. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ### DisjTree 1221 17 607 % 0.80/1.02 1223. (-. (c0_1 (a706))) (c0_1 (a706)) ### Axiom % 0.80/1.02 1224. (-. (c2_1 (a706))) (c2_1 (a706)) ### Axiom % 0.80/1.02 1225. (-. (c1_1 (a706))) (c1_1 (a706)) ### Axiom % 0.80/1.02 1226. (-. (c2_1 (a706))) (c2_1 (a706)) ### Axiom % 0.80/1.02 1227. (c3_1 (a706)) (-. (c3_1 (a706))) ### Axiom % 0.80/1.02 1228. ((ndr1_0) => ((c1_1 (a706)) \/ ((c2_1 (a706)) \/ (-. (c3_1 (a706)))))) (c3_1 (a706)) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (ndr1_0) ### DisjTree 5 1225 1226 1227 % 0.80/1.02 1229. (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (ndr1_0) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (c3_1 (a706)) ### All 1228 % 0.80/1.02 1230. ((ndr1_0) => ((c0_1 (a706)) \/ ((c2_1 (a706)) \/ (c3_1 (a706))))) (-. (c1_1 (a706))) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ### DisjTree 5 1223 1224 1229 % 0.80/1.02 1231. (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (-. (c1_1 (a706))) ### All 1230 % 0.80/1.02 1232. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) ### Or 1231 37 % 0.80/1.02 1233. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp29)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1232 173 % 0.80/1.02 1234. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 1233 827 % 0.80/1.02 1235. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1234 % 0.80/1.02 1236. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1235 % 0.80/1.02 1237. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1236 % 0.80/1.02 1238. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1237 % 0.80/1.02 1239. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1238 % 0.80/1.02 1240. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) (-. (c2_1 (a730))) (c3_1 (a730)) (c1_1 (a730)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 824 1239 % 0.80/1.02 1241. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (c1_1 (a730)) (c3_1 (a730)) (-. (c2_1 (a730))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1240 839 % 0.80/1.02 1242. ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1241 % 0.80/1.02 1243. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp7)) (-. (hskp8)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ### Or 4 1242 % 0.80/1.02 1244. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp11)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### ConjTree 1243 % 0.80/1.02 1245. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp11)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 769 1244 % 0.80/1.02 1246. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp7)) (-. (hskp8)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1245 48 % 0.80/1.02 1247. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1246 848 % 0.80/1.02 1248. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 1233 484 % 0.80/1.02 1249. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1248 % 0.80/1.02 1250. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 854 1249 % 0.80/1.02 1251. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1250 % 0.80/1.02 1252. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 861 1251 % 0.80/1.02 1253. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1252 % 0.80/1.02 1254. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1253 % 0.80/1.02 1255. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1254 880 % 0.80/1.02 1256. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1255 883 % 0.80/1.02 1257. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1256 % 0.80/1.02 1258. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 1257 % 0.80/1.02 1259. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1258 % 0.80/1.02 1260. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 67 1259 % 0.80/1.02 1261. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (ndr1_0) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1260 % 0.80/1.02 1262. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp7)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 1247 1261 % 0.80/1.02 1263. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp26)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 156 688 185 % 0.80/1.02 1264. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (-. (hskp26)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1263 192 % 0.80/1.02 1265. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp26)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1264 % 0.80/1.02 1266. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (-. (hskp26)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 1233 1265 % 0.80/1.02 1267. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1266 699 % 0.80/1.02 1268. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ### ConjTree 1267 % 0.80/1.02 1269. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1268 % 0.80/1.02 1270. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1269 % 0.80/1.02 1271. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ### Or 54 1270 % 0.80/1.02 1272. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1271 % 0.80/1.03 1273. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1272 % 0.80/1.03 1274. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp30)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### DisjTree 146 825 191 % 0.80/1.03 1275. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) ### DisjTree 1231 397 508 % 0.80/1.03 1276. ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) ### DisjTree 626 133 2 % 0.80/1.03 1277. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (ndr1_0) (-. (c1_1 (a732))) (c3_1 (a732)) (All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ### DisjTree 1276 397 508 % 0.80/1.03 1278. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c1_1 (a734))) (ndr1_0) ### DisjTree 124 1277 143 % 0.80/1.03 1279. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ### DisjTree 1275 1278 162 % 0.80/1.03 1280. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1279 162 % 0.80/1.03 1281. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1280 % 0.80/1.03 1282. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (c3_1 (a732)) (-. (c1_1 (a732))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### Or 1274 1281 % 0.80/1.03 1283. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 1282 % 0.80/1.03 1284. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 1233 1283 % 0.80/1.03 1285. ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (c1_1 (a757)) (c0_1 (a757)) (-. (c2_1 (a757))) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) ### DisjTree 626 515 2 % 0.80/1.03 1286. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (ndr1_0) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a757))) (c0_1 (a757)) (c1_1 (a757)) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ### Or 1285 37 % 0.80/1.03 1287. ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### ConjTree 1286 % 0.80/1.03 1288. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1284 1287 % 0.80/1.03 1289. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### ConjTree 1288 % 0.80/1.03 1290. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1289 % 0.80/1.03 1291. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1290 26 % 0.80/1.03 1292. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 186 162 % 0.80/1.03 1293. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1292 % 0.80/1.03 1294. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ### Or 297 1293 % 0.80/1.03 1295. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 1233 194 % 0.80/1.03 1296. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1295 % 0.80/1.03 1297. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1294 1296 % 0.80/1.03 1298. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1297 % 0.80/1.03 1299. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1291 1298 % 0.80/1.03 1300. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1299 % 0.80/1.03 1301. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1300 % 0.80/1.03 1302. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1301 % 0.80/1.03 1303. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1273 1302 % 0.80/1.03 1304. (-. (hskp4)) (hskp4) ### P-NotP % 0.80/1.03 1305. (-. (hskp3)) (hskp3) ### P-NotP % 0.80/1.03 1306. ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ### DisjTree 494 1304 1305 % 0.80/1.03 1307. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) (ndr1_0) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ### ConjTree 1306 % 0.80/1.03 1308. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1303 1307 % 0.80/1.03 1309. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1308 200 % 0.80/1.03 1310. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1273 1239 % 0.80/1.03 1311. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1310 839 % 0.80/1.03 1312. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1311 % 0.80/1.03 1313. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1309 1312 % 0.80/1.03 1314. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (c1_1 (a709)) (c3_1 (a709)) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 249 532 % 0.80/1.03 1315. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ### ConjTree 1314 % 0.80/1.03 1316. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 1233 1315 % 0.80/1.03 1317. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1316 % 0.80/1.03 1318. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1294 1317 % 0.80/1.03 1319. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1318 % 0.80/1.03 1320. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 167 1319 % 0.80/1.03 1321. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1320 % 0.80/1.03 1322. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1321 % 0.80/1.03 1323. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1322 1307 % 0.80/1.03 1324. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1323 200 % 0.80/1.03 1325. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1324 961 % 0.80/1.03 1326. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1325 % 0.80/1.03 1327. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1313 1326 % 0.80/1.03 1328. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp30)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### DisjTree 146 599 145 % 0.80/1.03 1329. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1328 165 % 0.80/1.03 1330. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1329 517 % 0.80/1.03 1331. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1330 26 % 0.80/1.03 1332. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1331 1319 % 0.80/1.03 1333. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1332 % 0.80/1.03 1334. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1333 % 0.80/1.03 1335. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1334 1307 % 0.80/1.03 1336. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1335 200 % 0.80/1.03 1337. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1336 961 % 0.80/1.03 1338. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1337 % 0.80/1.03 1339. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 846 1338 % 0.80/1.03 1340. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1339 % 0.80/1.04 1341. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1327 1340 % 0.80/1.04 1342. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 1341 1261 % 0.80/1.04 1343. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 1342 % 0.80/1.04 1344. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 1262 1343 % 0.80/1.04 1345. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 971 1239 % 0.80/1.04 1346. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) (c3_1 (a730)) (c1_1 (a730)) (-. (c2_1 (a730))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) (-. (hskp7)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1345 978 % 0.80/1.04 1347. ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) (-. (hskp7)) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1346 % 0.80/1.04 1348. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp7)) (-. (hskp8)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ### Or 4 1347 % 0.80/1.04 1349. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### ConjTree 1348 % 0.88/1.04 1350. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 769 1349 % 0.88/1.04 1351. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp7)) (-. (hskp8)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1350 48 % 0.88/1.04 1352. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1351 848 % 0.88/1.04 1353. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp7)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 1352 1026 % 0.88/1.04 1354. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ### Or 700 1270 % 0.88/1.04 1355. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1354 % 0.88/1.04 1356. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1355 % 0.88/1.04 1357. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 587 176 192 % 0.88/1.04 1358. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1357 192 % 0.88/1.04 1359. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1358 % 0.88/1.04 1360. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 1233 1359 % 0.88/1.04 1361. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1360 % 0.88/1.04 1362. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1361 % 0.88/1.04 1363. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1362 % 0.88/1.04 1364. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1291 1363 % 0.88/1.04 1365. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1364 % 0.88/1.04 1366. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1365 % 0.88/1.04 1367. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1366 % 0.88/1.04 1368. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1356 1367 % 0.88/1.04 1369. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1368 1307 % 0.88/1.04 1370. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1369 200 % 0.88/1.04 1371. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1345 839 % 0.88/1.04 1372. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1371 % 0.88/1.04 1373. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1370 1372 % 0.88/1.04 1374. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 587 157 162 % 0.88/1.04 1375. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1374 162 % 0.88/1.04 1376. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1375 % 0.88/1.04 1377. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 147 1376 % 0.88/1.04 1378. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1377 26 % 0.88/1.04 1379. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1357 162 % 0.88/1.04 1380. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1379 % 0.88/1.04 1381. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ### Or 297 1380 % 0.88/1.04 1382. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 1381 % 0.88/1.04 1383. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 1382 % 0.88/1.04 1384. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1383 1317 % 0.88/1.04 1385. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1384 % 0.88/1.04 1386. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1378 1385 % 0.88/1.04 1387. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1386 % 0.88/1.04 1388. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1387 % 0.88/1.04 1389. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1388 1307 % 0.88/1.04 1390. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1389 200 % 0.88/1.04 1391. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1390 1079 % 0.88/1.05 1392. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1391 % 0.88/1.05 1393. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1373 1392 % 0.88/1.05 1394. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1328 1376 % 0.88/1.05 1395. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1394 517 % 0.88/1.05 1396. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1395 26 % 0.88/1.05 1397. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1396 1385 % 0.88/1.05 1398. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1397 % 0.88/1.05 1399. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1398 % 0.88/1.05 1400. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1399 1307 % 0.88/1.05 1401. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1400 200 % 0.88/1.05 1402. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1401 961 % 0.88/1.05 1403. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1402 % 0.88/1.05 1404. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 846 1403 % 0.88/1.05 1405. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1404 % 0.88/1.05 1406. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1393 1405 % 0.88/1.05 1407. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 1406 1026 % 0.88/1.05 1408. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 1407 % 0.88/1.05 1409. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp4)) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 1353 1408 % 0.88/1.05 1410. ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### ConjTree 1409 % 0.88/1.05 1411. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) (-. (hskp3)) (-. (hskp4)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### Or 1344 1410 % 0.88/1.05 1412. (-. (c2_1 (a717))) (c2_1 (a717)) ### Axiom % 0.88/1.05 1413. (-. (c3_1 (a717))) (c3_1 (a717)) ### Axiom % 0.88/1.05 1414. ((ndr1_0) => ((c1_1 (a717)) \/ ((c2_1 (a717)) \/ (c3_1 (a717))))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (ndr1_0) ### DisjTree 5 129 1412 1413 % 0.88/1.05 1415. (All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) (ndr1_0) (All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ### All 1414 % 0.88/1.05 1416. ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) ### DisjTree 626 1415 2 % 0.88/1.05 1417. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (ndr1_0) (-. (c1_1 (a732))) (c3_1 (a732)) (All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ### DisjTree 1416 397 508 % 0.88/1.05 1418. (-. (c1_1 (a711))) (c1_1 (a711)) ### Axiom % 0.88/1.05 1419. (-. (c3_1 (a711))) (c3_1 (a711)) ### Axiom % 0.88/1.05 1420. (c0_1 (a711)) (-. (c0_1 (a711))) ### Axiom % 0.88/1.05 1421. ((ndr1_0) => ((c1_1 (a711)) \/ ((c3_1 (a711)) \/ (-. (c0_1 (a711)))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (ndr1_0) ### DisjTree 5 1418 1419 1420 % 0.88/1.05 1422. (All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) (ndr1_0) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ### All 1421 % 0.88/1.05 1423. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ### DisjTree 1417 1422 143 % 0.88/1.05 1424. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1232 1423 185 % 0.88/1.05 1425. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1424 192 % 0.88/1.05 1426. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1425 % 0.88/1.05 1427. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 1233 1426 % 0.88/1.05 1428. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1427 1287 % 0.88/1.05 1429. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### ConjTree 1428 % 0.88/1.05 1430. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1429 % 0.88/1.05 1431. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1430 % 0.88/1.05 1432. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ### Or 54 1431 % 0.88/1.05 1433. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1432 % 0.88/1.05 1434. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1433 % 0.88/1.05 1435. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1434 % 0.88/1.05 1436. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1273 1435 % 0.88/1.05 1437. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp26)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1232 688 185 % 0.88/1.05 1438. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (-. (hskp26)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1437 64 191 % 0.88/1.05 1439. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp26)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 1438 % 0.88/1.05 1440. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (-. (hskp26)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ### Or 495 1439 % 0.88/1.05 1441. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1440 699 % 0.88/1.05 1442. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ### ConjTree 1441 % 0.88/1.05 1443. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1442 % 0.88/1.05 1444. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1443 % 0.88/1.05 1445. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ### Or 54 1444 % 0.88/1.05 1446. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1424 825 191 % 0.88/1.05 1447. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 1446 % 0.88/1.05 1448. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ### Or 495 1447 % 0.88/1.05 1449. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1448 517 % 0.88/1.05 1450. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### ConjTree 1449 % 0.88/1.05 1451. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp19)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1450 % 0.88/1.05 1452. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1451 26 % 0.88/1.06 1453. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 1452 % 0.88/1.06 1454. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ### Or 54 1453 % 0.88/1.06 1455. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1454 % 0.88/1.06 1456. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1445 1455 % 0.88/1.06 1457. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1456 % 0.88/1.06 1458. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1436 1457 % 0.88/1.06 1459. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1458 200 % 0.88/1.06 1460. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1459 1312 % 0.88/1.06 1461. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp30)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c1_1 (a734))) (ndr1_0) ### DisjTree 124 1422 145 % 0.88/1.06 1462. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp30)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### DisjTree 1461 46 145 % 0.88/1.06 1463. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c1_1 (a734))) (ndr1_0) ### DisjTree 124 1422 143 % 0.88/1.06 1464. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 156 1463 162 % 0.88/1.06 1465. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1464 162 % 0.88/1.06 1466. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1465 % 0.88/1.06 1467. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1462 1466 % 0.88/1.06 1468. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 156 1463 192 % 0.88/1.06 1469. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1468 162 % 0.88/1.06 1470. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1469 % 0.88/1.06 1471. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ### Or 297 1470 % 0.88/1.06 1472. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 1471 % 0.88/1.06 1473. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 1472 % 0.88/1.06 1474. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1473 1317 % 0.88/1.06 1475. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1474 % 0.88/1.06 1476. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1467 1475 % 0.88/1.06 1477. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1476 % 0.88/1.06 1478. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1477 % 0.88/1.06 1479. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp22)) (-. (hskp16)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ### DisjTree 918 46 930 % 0.88/1.06 1480. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (hskp21)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 1479 933 % 0.88/1.06 1481. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1480 114 % 0.88/1.06 1482. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ### Or 1481 1477 % 0.88/1.06 1483. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp30)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ### DisjTree 1417 1422 145 % 0.88/1.06 1484. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) ### Or 1231 916 % 0.88/1.06 1485. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1484 1423 162 % 0.88/1.06 1486. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1485 46 509 % 0.88/1.06 1487. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 1486 % 0.88/1.06 1488. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (ndr1_0) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1483 1487 % 0.88/1.06 1489. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1488 517 % 0.88/1.06 1490. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp17)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (ndr1_0) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1489 520 % 0.88/1.06 1491. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ### Or 297 1487 % 0.88/1.06 1492. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1491 517 % 0.88/1.06 1493. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1424 46 249 % 0.88/1.06 1494. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 1493 1287 % 0.88/1.06 1495. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### ConjTree 1494 % 0.88/1.06 1496. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1492 1495 % 0.88/1.06 1497. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1496 26 % 0.88/1.06 1498. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 1497 % 0.88/1.06 1499. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp17)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1490 1498 % 0.88/1.06 1500. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ### Or 878 534 % 0.88/1.06 1501. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp19)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1500 517 % 0.88/1.06 1502. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1501 26 % 0.88/1.06 1503. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 1502 % 0.88/1.06 1504. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (ndr1_0) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1499 1503 % 0.88/1.06 1505. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1504 % 0.88/1.06 1506. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1482 1505 % 0.88/1.06 1507. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1506 % 0.88/1.06 1508. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1478 1507 % 0.88/1.06 1509. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1508 200 % 0.88/1.06 1510. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp5)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1509 961 % 0.88/1.06 1511. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) (-. (hskp5)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1510 % 0.88/1.06 1512. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1460 1511 % 0.88/1.06 1513. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1473 413 % 0.88/1.06 1514. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1513 % 0.88/1.06 1515. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1467 1514 % 0.88/1.06 1516. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1515 % 0.88/1.07 1517. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1516 % 0.88/1.07 1518. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp22)) (-. (hskp16)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ### DisjTree 918 599 930 % 0.88/1.07 1519. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (hskp21)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp16)) (-. (hskp22)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 1518 602 % 0.88/1.07 1520. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1519 933 % 0.88/1.07 1521. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1520 114 % 0.88/1.07 1522. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c3_1 (a731))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) ### Or 411 916 % 0.88/1.07 1523. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1522 192 % 0.88/1.07 1524. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1523 % 0.88/1.07 1525. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 298 1524 % 0.88/1.07 1526. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1525 1317 % 0.88/1.07 1527. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1526 % 0.88/1.07 1528. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a731))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 1016 1527 % 0.88/1.07 1529. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a731)) (-. (c3_1 (a731))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a731))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1528 % 0.88/1.07 1530. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ### Or 1521 1529 % 0.88/1.07 1531. ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (c3_1 (a762)) (c0_1 (a762)) (-. (c2_1 (a762))) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) ### DisjTree 626 478 2 % 0.88/1.07 1532. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (ndr1_0) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a762))) (c0_1 (a762)) (c3_1 (a762)) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ### DisjTree 1531 397 508 % 0.88/1.07 1533. ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ### ConjTree 1532 % 0.88/1.07 1534. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) (c2_1 (a731)) (-. (c3_1 (a731))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### Or 1015 1533 % 0.88/1.07 1535. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (hskp18)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 1534 517 % 0.88/1.07 1536. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp18)) (c2_1 (a731)) (-. (c3_1 (a731))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1535 26 % 0.88/1.07 1537. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1485 599 509 % 0.88/1.07 1538. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 1537 % 0.88/1.07 1539. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ### Or 297 1538 % 0.88/1.07 1540. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1539 517 % 0.88/1.07 1541. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1540 413 % 0.88/1.07 1542. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1541 26 % 0.88/1.07 1543. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 1542 % 0.88/1.07 1544. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c0_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1536 1543 % 0.88/1.07 1545. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a731)) (-. (c3_1 (a731))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c0_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1544 % 0.88/1.07 1546. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1530 1545 % 0.88/1.07 1547. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1546 % 0.88/1.07 1548. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1517 1547 % 0.88/1.07 1549. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1548 200 % 0.88/1.07 1550. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1549 961 % 0.88/1.07 1551. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1550 % 0.88/1.07 1552. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 846 1551 % 0.88/1.07 1553. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1552 % 0.88/1.07 1554. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1512 1553 % 0.88/1.07 1555. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 1554 1261 % 0.88/1.07 1556. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 1555 % 0.88/1.07 1557. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 1262 1556 % 0.88/1.07 1558. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp30)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### DisjTree 1461 825 191 % 0.88/1.07 1559. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 587 1463 162 % 0.88/1.07 1560. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1559 162 % 0.88/1.07 1561. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1560 % 0.88/1.07 1562. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (c3_1 (a732)) (-. (c1_1 (a732))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### Or 1558 1561 % 0.88/1.07 1563. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 1562 % 0.88/1.07 1564. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 1233 1563 % 0.88/1.07 1565. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1564 % 0.88/1.07 1566. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1565 % 0.88/1.07 1567. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ### Or 297 1561 % 0.88/1.07 1568. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1567 1429 % 0.88/1.07 1569. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1568 % 0.88/1.07 1570. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1566 1569 % 0.88/1.07 1571. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1570 % 0.88/1.07 1572. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1571 % 0.88/1.07 1573. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1572 % 0.88/1.07 1574. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1356 1573 % 0.88/1.07 1575. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp26)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1484 688 1141 % 0.88/1.07 1576. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (-. (hskp26)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1575 64 191 % 0.88/1.07 1577. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (-. (hskp26)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1437 1576 1043 % 0.88/1.07 1578. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp26)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### ConjTree 1577 % 0.88/1.08 1579. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (-. (hskp26)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ### Or 495 1578 % 0.88/1.08 1580. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1579 699 % 0.88/1.08 1581. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ### ConjTree 1580 % 0.88/1.08 1582. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1581 % 0.88/1.08 1583. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1582 % 0.88/1.08 1584. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ### Or 700 1583 % 0.88/1.08 1585. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1485 825 191 % 0.88/1.08 1586. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 1585 % 0.88/1.08 1587. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (ndr1_0) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1483 1586 % 0.88/1.08 1588. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 1587 % 0.88/1.08 1589. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (ndr1_0) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ### Or 254 1588 % 0.88/1.08 1590. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1589 517 % 0.88/1.08 1591. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (ndr1_0) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### ConjTree 1590 % 0.88/1.08 1592. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp19)) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1591 % 0.88/1.08 1593. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp17)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (ndr1_0) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1592 520 % 0.88/1.08 1594. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (ndr1_0) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp17)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1593 1453 % 0.88/1.08 1595. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (ndr1_0) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1594 1571 % 0.88/1.08 1596. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1595 % 0.88/1.08 1597. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1584 1596 % 0.88/1.08 1598. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1597 % 0.88/1.08 1599. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1574 1598 % 0.88/1.08 1600. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp11)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1599 200 % 0.88/1.08 1601. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (hskp11)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1600 1372 % 0.88/1.08 1602. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1462 1561 % 0.88/1.08 1603. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1567 1317 % 0.88/1.08 1604. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1603 % 0.88/1.08 1605. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1602 1604 % 0.88/1.08 1606. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1605 % 0.88/1.08 1607. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1606 % 0.88/1.08 1608. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp30)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c1_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 917 46 145 % 0.88/1.08 1609. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp30)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ### DisjTree 918 46 1608 % 0.88/1.08 1610. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 917 46 1032 % 0.88/1.08 1611. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ### DisjTree 918 46 1610 % 0.88/1.08 1612. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (hskp21)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 1611 % 0.88/1.08 1613. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (hskp21)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 1609 1612 % 0.88/1.08 1614. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1613 114 % 0.88/1.08 1615. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (ndr1_0) (-. (c1_1 (a721))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 917 46 1043 % 0.93/1.08 1616. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ### DisjTree 918 46 1615 % 0.93/1.08 1617. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (hskp21)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 1616 % 0.93/1.08 1618. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (-. (hskp21)) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ### Or 495 1617 % 0.93/1.08 1619. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1618 114 % 0.93/1.08 1620. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (-. (hskp17)) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ### ConjTree 1619 % 0.93/1.08 1621. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (hskp17)) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ### Or 1614 1620 % 0.93/1.08 1622. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (ndr1_0) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1621 1606 % 0.93/1.08 1623. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1622 % 0.93/1.08 1624. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1607 1623 % 0.93/1.08 1625. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1624 % 0.93/1.08 1626. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1601 1625 % 0.93/1.08 1627. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (-. (hskp30)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### DisjTree 1461 599 145 % 0.93/1.08 1628. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1627 1561 % 0.93/1.08 1629. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1628 517 % 0.93/1.08 1630. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a734))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1629 26 % 0.93/1.08 1631. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c3_1 (a734))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1630 1604 % 0.93/1.08 1632. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1631 % 0.93/1.08 1633. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1632 % 0.93/1.08 1634. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1522 599 1043 % 0.93/1.08 1635. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### ConjTree 1634 % 0.93/1.08 1636. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ### Or 495 1635 % 0.93/1.08 1637. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1636 517 % 0.93/1.08 1638. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1637 26 % 0.93/1.09 1639. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 1638 % 0.93/1.09 1640. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c0_1 (a731))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 1016 1639 % 0.93/1.09 1641. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a731)) (-. (c3_1 (a731))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (c0_1 (a731))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1640 1545 % 0.93/1.09 1642. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1641 % 0.93/1.09 1643. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1633 1642 % 0.93/1.09 1644. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1643 200 % 0.93/1.09 1645. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1644 1079 % 0.93/1.09 1646. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1645 % 0.93/1.09 1647. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 846 1646 % 0.93/1.09 1648. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1647 % 0.93/1.09 1649. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1626 1648 % 0.93/1.09 1650. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 1649 1091 % 0.93/1.09 1651. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 1650 % 0.93/1.09 1652. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 1353 1651 % 0.93/1.09 1653. ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### ConjTree 1652 % 0.93/1.09 1654. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### Or 1557 1653 % 0.93/1.09 1655. ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ### ConjTree 1654 % 0.93/1.09 1656. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (-. (hskp3)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ### Or 1411 1655 % 0.93/1.09 1657. (-. (c1_1 (a710))) (c1_1 (a710)) ### Axiom % 0.93/1.09 1658. (-. (c2_1 (a710))) (c2_1 (a710)) ### Axiom % 0.93/1.09 1659. (-. (c3_1 (a710))) (c3_1 (a710)) ### Axiom % 0.93/1.09 1660. ((ndr1_0) => ((c1_1 (a710)) \/ ((c2_1 (a710)) \/ (c3_1 (a710))))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ### DisjTree 5 1657 1658 1659 % 0.93/1.09 1661. (All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ### All 1660 % 0.93/1.09 1662. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp30)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ### DisjTree 1661 1277 145 % 0.93/1.09 1663. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ### DisjTree 1661 1277 143 % 0.93/1.09 1664. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ### DisjTree 1275 1663 162 % 0.93/1.09 1665. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1664 % 0.93/1.09 1666. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1662 1665 % 0.93/1.09 1667. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1666 517 % 0.93/1.09 1668. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1667 26 % 0.93/1.09 1669. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1232 1663 192 % 0.93/1.09 1670. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1669 % 0.93/1.09 1671. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 1233 1670 % 0.93/1.09 1672. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1671 1287 % 0.93/1.09 1673. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### ConjTree 1672 % 0.93/1.09 1674. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1673 % 0.93/1.09 1675. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1674 % 0.93/1.09 1676. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1668 1675 % 0.93/1.09 1677. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a732)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1676 % 0.93/1.09 1678. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1677 % 0.93/1.09 1679. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1678 % 0.93/1.09 1680. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1273 1679 % 0.93/1.09 1681. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ### DisjTree 1661 175 143 % 0.93/1.09 1682. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1484 1681 185 % 0.93/1.09 1683. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1682 494 1304 % 0.93/1.09 1684. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ### ConjTree 1683 % 0.93/1.09 1685. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ### Or 54 1684 % 0.93/1.09 1686. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1685 % 0.93/1.09 1687. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1680 1686 % 0.93/1.10 1688. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1687 200 % 0.93/1.10 1689. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1688 1312 % 0.93/1.10 1690. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp30)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ### DisjTree 1661 134 145 % 0.93/1.10 1691. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ### DisjTree 1661 134 143 % 0.93/1.10 1692. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 156 1691 162 % 0.93/1.10 1693. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1692 162 % 0.93/1.10 1694. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1693 % 0.93/1.10 1695. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1690 1694 % 0.93/1.10 1696. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1695 26 % 0.93/1.10 1697. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 156 1681 162 % 0.93/1.10 1698. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1697 192 % 0.93/1.10 1699. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1698 % 0.93/1.10 1700. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ### Or 297 1699 % 0.93/1.10 1701. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 1700 % 0.93/1.10 1702. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 298 1701 % 0.93/1.10 1703. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (hskp1)) (-. (hskp8)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1702 1317 % 0.93/1.10 1704. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp8)) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1703 % 0.93/1.10 1705. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1696 1704 % 0.93/1.10 1706. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1705 % 0.93/1.10 1707. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1706 % 0.93/1.10 1708. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1484 1691 162 % 0.93/1.10 1709. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1708 494 1304 % 0.93/1.10 1710. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ### ConjTree 1709 % 0.93/1.10 1711. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1690 1710 % 0.93/1.10 1712. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp17)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1711 520 % 0.93/1.10 1713. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp17)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1712 1684 % 0.93/1.10 1714. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1696 1684 % 0.93/1.10 1715. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1714 % 0.93/1.10 1716. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1713 1715 % 0.93/1.10 1717. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1716 % 0.93/1.10 1718. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1707 1717 % 0.93/1.10 1719. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1718 200 % 0.93/1.10 1720. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (hskp17)) (c2_1 (a725)) (-. (c0_1 (a725))) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c1_1 (a725))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ### DisjTree 1661 423 100 % 0.93/1.10 1721. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (hskp17)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ### DisjTree 76 46 1720 % 0.93/1.10 1722. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 1721 951 % 0.93/1.10 1723. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1722 % 0.93/1.10 1724. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 943 1723 % 0.93/1.10 1725. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1724 % 0.93/1.10 1726. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1719 1725 % 0.93/1.10 1727. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1726 % 0.93/1.10 1728. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1689 1727 % 0.93/1.10 1729. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 1702 413 % 0.93/1.10 1730. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1729 % 0.93/1.10 1731. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1696 1730 % 0.93/1.10 1732. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1731 % 0.93/1.10 1733. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1732 % 0.93/1.10 1734. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) (-. (c0_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 1016 1684 % 0.93/1.10 1735. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) (-. (hskp22)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ### Or 297 1665 % 0.93/1.10 1736. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1735 517 % 0.93/1.10 1737. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1736 413 % 0.93/1.10 1738. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1737 26 % 0.93/1.10 1739. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 1738 % 0.93/1.10 1740. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) (c3_1 (a732)) (-. (c1_1 (a732))) (c0_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1668 1739 % 0.93/1.10 1741. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1740 % 0.93/1.10 1742. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a731)) (-. (c3_1 (a731))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c0_1 (a731))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1734 1741 % 0.93/1.10 1743. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1742 % 0.93/1.10 1744. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1733 1743 % 0.93/1.10 1745. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1744 200 % 0.93/1.10 1746. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1745 1725 % 0.93/1.10 1747. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1746 % 0.93/1.10 1748. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 846 1747 % 0.93/1.10 1749. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1748 % 0.93/1.11 1750. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1728 1749 % 0.93/1.11 1751. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 1750 1261 % 0.93/1.11 1752. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 1751 % 0.93/1.11 1753. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 1262 1752 % 0.93/1.11 1754. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 1721 1005 % 0.93/1.11 1755. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1754 % 0.93/1.11 1756. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 971 1755 % 0.93/1.11 1757. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 862 1755 % 0.93/1.11 1758. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1757 % 0.93/1.11 1759. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1756 1758 % 0.93/1.11 1760. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1759 % 0.93/1.11 1761. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 1760 % 0.93/1.11 1762. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1761 % 0.93/1.11 1763. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1000 1762 % 0.93/1.11 1764. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1022 1762 % 0.93/1.11 1765. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1764 % 0.93/1.11 1766. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1763 1765 % 0.93/1.11 1767. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### ConjTree 1766 % 0.93/1.11 1768. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp7)) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 1352 1767 % 0.93/1.11 1769. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 587 1691 162 % 0.93/1.11 1770. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp19)) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1769 % 0.93/1.11 1771. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1690 1770 % 0.93/1.11 1772. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1771 26 % 0.93/1.11 1773. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1772 1270 % 0.93/1.11 1774. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp16)) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1773 % 0.93/1.11 1775. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) (-. (hskp16)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1774 % 0.93/1.11 1776. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1775 1679 % 0.93/1.11 1777. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1772 1684 % 0.93/1.11 1778. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1777 % 0.93/1.11 1779. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1776 1778 % 0.93/1.11 1780. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1779 200 % 0.93/1.11 1781. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) (-. (hskp10)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1780 1372 % 0.93/1.11 1782. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1772 1704 % 0.93/1.11 1783. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1782 % 0.93/1.11 1784. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1783 % 0.93/1.11 1785. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1784 1778 % 0.93/1.11 1786. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1785 200 % 0.93/1.11 1787. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 1721 1073 % 0.93/1.11 1788. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1787 % 0.93/1.11 1789. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 971 1788 % 0.93/1.11 1790. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 862 1788 % 0.93/1.11 1791. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1790 % 0.93/1.11 1792. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1789 1791 % 0.93/1.11 1793. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1792 % 0.93/1.11 1794. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1786 1793 % 0.93/1.11 1795. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1794 % 0.93/1.11 1796. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp10)) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### Or 1781 1795 % 0.93/1.11 1797. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1772 1730 % 0.93/1.11 1798. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1797 % 0.93/1.12 1799. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) (-. (hskp14)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1798 % 0.93/1.12 1800. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (hskp14)) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1799 1743 % 0.93/1.12 1801. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) (-. (hskp12)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1800 200 % 0.93/1.12 1802. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ### Or 1801 1793 % 0.93/1.12 1803. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a720)) (-. (c2_1 (a720))) (-. (c1_1 (a720))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1802 % 0.93/1.12 1804. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) (ndr1_0) (-. (c1_1 (a720))) (-. (c2_1 (a720))) (c3_1 (a720)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 846 1803 % 0.93/1.12 1805. ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1804 % 0.93/1.12 1806. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (c2_1 (a717))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1796 1805 % 0.93/1.12 1807. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (c2_1 (a717))) (c0_1 (a717)) (-. (c3_1 (a717))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ### Or 1806 1767 % 0.93/1.12 1808. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (hskp1)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 1807 % 0.93/1.12 1809. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) (-. (hskp4)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 1768 1808 % 0.93/1.12 1810. ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### ConjTree 1809 % 0.93/1.12 1811. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### Or 1753 1810 % 0.93/1.12 1812. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ### DisjTree 1661 1422 143 % 0.93/1.12 1813. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 156 1812 192 % 0.93/1.12 1814. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1813 192 % 0.93/1.12 1815. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1814 % 0.93/1.12 1816. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 1233 1815 % 0.93/1.12 1817. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1816 % 0.93/1.12 1818. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1817 % 0.93/1.12 1819. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1818 % 0.93/1.12 1820. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ### Or 54 1819 % 0.93/1.12 1821. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1820 % 0.93/1.12 1822. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1821 % 0.93/1.12 1823. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) (-. (hskp30)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ### DisjTree 1661 1422 145 % 0.93/1.12 1824. ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) ### Or 1231 902 % 0.93/1.12 1825. ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (hskp17)) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ### DisjTree 1661 1824 100 % 0.93/1.12 1826. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (hskp17)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ### DisjTree 1825 1812 162 % 0.93/1.12 1827. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (hskp17)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1826 % 0.93/1.12 1828. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (hskp17)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1823 1827 % 0.93/1.12 1829. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1484 1812 185 % 0.93/1.12 1830. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1829 64 191 % 0.93/1.12 1831. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 1830 % 0.93/1.12 1832. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ### Or 495 1831 % 0.93/1.12 1833. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1832 % 0.93/1.12 1834. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a731))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (hskp17)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1828 1833 % 0.93/1.12 1835. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1484 1812 162 % 0.93/1.12 1836. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1835 162 % 0.93/1.12 1837. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1836 % 0.93/1.12 1838. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1823 1837 % 0.93/1.12 1839. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1838 1819 % 0.93/1.12 1840. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1839 % 0.93/1.12 1841. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (c0_1 (a731))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1834 1840 % 0.93/1.12 1842. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1841 % 0.93/1.12 1843. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1822 1842 % 0.93/1.12 1844. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 156 1812 162 % 0.93/1.12 1845. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1844 162 % 0.93/1.12 1846. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1845 % 0.93/1.12 1847. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1823 1846 % 0.93/1.12 1848. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 1815 % 0.93/1.12 1849. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1848 % 0.93/1.12 1850. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1847 1849 % 0.93/1.12 1851. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1850 % 0.93/1.12 1852. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1851 % 0.93/1.12 1853. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1838 1849 % 0.93/1.12 1854. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1853 % 0.93/1.12 1855. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (c0_1 (a731))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1834 1854 % 0.93/1.12 1856. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1855 % 0.93/1.12 1857. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1852 1856 % 0.93/1.12 1858. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1857 % 0.93/1.12 1859. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1843 1858 % 0.93/1.12 1860. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ### Or 861 1849 % 0.93/1.12 1861. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1860 % 0.93/1.13 1862. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (hskp16)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1861 % 0.93/1.13 1863. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1862 567 % 0.93/1.13 1864. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1863 1856 % 0.93/1.13 1865. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1864 % 0.93/1.13 1866. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 1865 % 0.93/1.13 1867. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1866 % 0.93/1.13 1868. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 67 1867 % 0.93/1.13 1869. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (ndr1_0) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1868 % 0.93/1.13 1870. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1859 1869 % 0.93/1.13 1871. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 1870 % 0.93/1.13 1872. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 1262 1871 % 0.93/1.13 1873. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) ### DisjTree 587 1812 162 % 0.93/1.13 1874. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1873 % 0.93/1.13 1875. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ### Or 1823 1874 % 0.93/1.13 1876. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1875 1819 % 0.93/1.13 1877. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1876 % 0.93/1.13 1878. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1877 % 0.93/1.13 1879. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1875 1833 % 0.93/1.13 1880. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1879 % 0.93/1.13 1881. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1878 1880 % 0.93/1.13 1882. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1875 1849 % 0.93/1.13 1883. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1882 % 0.93/1.13 1884. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1883 % 0.93/1.13 1885. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 1831 % 0.93/1.13 1886. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1885 % 0.93/1.13 1887. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1875 1886 % 0.93/1.13 1888. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1887 % 0.93/1.13 1889. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1884 1888 % 0.93/1.13 1890. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1889 % 0.93/1.13 1891. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1881 1890 % 0.93/1.13 1892. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1875 649 % 0.93/1.13 1893. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1892 % 0.93/1.13 1894. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1893 % 0.93/1.13 1895. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) (-. (c0_1 (a731))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (hskp17)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1828 497 % 0.93/1.13 1896. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1838 497 % 0.93/1.13 1897. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1896 % 0.93/1.13 1898. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (ndr1_0) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (c0_1 (a731))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1895 1897 % 0.93/1.13 1899. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c2_1 (a725)) (-. (c1_1 (a725))) (-. (c0_1 (a725))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (ndr1_0) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 1898 % 0.93/1.13 1900. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a725))) (-. (c1_1 (a725))) (c2_1 (a725)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1894 1899 % 0.93/1.13 1901. ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 1900 % 0.93/1.13 1902. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ### Or 68 1901 % 0.93/1.13 1903. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ### ConjTree 1902 % 0.93/1.13 1904. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a713))) (-. (c2_1 (a713))) (-. (c0_1 (a713))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1891 1903 % 0.93/1.13 1905. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 1904 % 0.93/1.13 1906. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a711))) (-. (c3_1 (a711))) (c0_1 (a711)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) (-. (c0_1 (a713))) (-. (c2_1 (a713))) (-. (c3_1 (a713))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 1768 1905 % 0.93/1.13 1907. ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### ConjTree 1906 % 0.93/1.13 1908. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) (c0_1 (a711)) (-. (c3_1 (a711))) (-. (c1_1 (a711))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### Or 1872 1907 % 0.93/1.13 1909. ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a710))) (-. (c2_1 (a710))) (-. (c3_1 (a710))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ### ConjTree 1908 % 0.93/1.13 1910. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a710))) (-. (c2_1 (a710))) (-. (c1_1 (a710))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ### Or 1811 1909 % 0.93/1.13 1911. ((ndr1_0) /\ ((-. (c1_1 (a710))) /\ ((-. (c2_1 (a710))) /\ (-. (c3_1 (a710)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711))))))) ### ConjTree 1910 % 0.93/1.14 1912. ((-. (hskp3)) \/ ((ndr1_0) /\ ((-. (c1_1 (a710))) /\ ((-. (c2_1 (a710))) /\ (-. (c3_1 (a710))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (ndr1_0) (-. (hskp1)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711))))))) ### Or 1656 1911 % 0.93/1.14 1913. ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708)))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) (-. (hskp1)) (ndr1_0) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((-. (c1_1 (a710))) /\ ((-. (c2_1 (a710))) /\ (-. (c3_1 (a710))))))) ### ConjTree 1912 % 0.93/1.14 1914. ((-. (hskp2)) \/ ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708))))))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((-. (c1_1 (a710))) /\ ((-. (c2_1 (a710))) /\ (-. (c3_1 (a710))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711))))))) (ndr1_0) (-. (c0_1 (a706))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ### Or 1222 1913 % 0.93/1.14 1915. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1232 1103 162 % 0.93/1.14 1916. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1915 % 0.93/1.14 1917. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ### Or 1160 1916 % 0.93/1.14 1918. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 1917 % 0.93/1.14 1919. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ### Or 1104 1918 % 0.93/1.14 1920. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1232 1103 1141 % 0.93/1.14 1921. ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1920 1 3 % 0.93/1.14 1922. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ### ConjTree 1921 % 0.93/1.14 1923. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ### Or 1104 1922 % 0.93/1.14 1924. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1923 % 0.93/1.14 1925. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1919 1924 % 0.93/1.14 1926. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ### DisjTree 1275 1103 162 % 0.93/1.14 1927. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1926 % 0.93/1.14 1928. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ### Or 1160 1927 % 0.93/1.14 1929. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1928 517 % 0.93/1.14 1930. ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 24 397 607 % 0.93/1.14 1931. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) (ndr1_0) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ### ConjTree 1930 % 0.93/1.14 1932. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1929 1931 % 0.93/1.14 1933. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1922 % 0.93/1.14 1934. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp7)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1933 % 0.93/1.14 1935. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1932 1934 % 0.93/1.14 1936. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (hskp7)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1935 % 0.93/1.14 1937. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1925 1936 % 0.93/1.14 1938. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1232 1103 185 % 0.93/1.14 1939. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1938 1920 249 % 0.93/1.14 1940. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 1939 % 0.93/1.14 1941. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ### Or 1104 1940 % 0.93/1.14 1942. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1941 % 0.93/1.14 1943. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 1919 1942 % 0.93/1.14 1944. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ### DisjTree 1275 1103 185 % 0.93/1.14 1945. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ### DisjTree 1275 1103 1141 % 0.93/1.14 1946. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1944 1945 509 % 0.93/1.14 1947. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 1946 517 % 0.93/1.14 1948. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 1947 1931 % 0.93/1.14 1949. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 1948 % 0.99/1.14 1950. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 1932 1949 % 0.99/1.14 1951. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1950 % 0.99/1.14 1952. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1943 1951 % 0.99/1.14 1953. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 1952 % 0.99/1.14 1954. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 1937 1953 % 0.99/1.14 1955. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ### DisjTree 59 1103 1231 % 0.99/1.14 1956. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ### DisjTree 1955 1103 162 % 0.99/1.14 1957. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1956 % 0.99/1.14 1958. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ### Or 1160 1957 % 0.99/1.14 1959. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ### DisjTree 1955 1103 185 % 0.99/1.14 1960. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) (ndr1_0) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1959 46 1161 % 0.99/1.14 1961. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 1960 % 0.99/1.14 1962. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (c1_1 (a718)) (-. (c2_1 (a718))) (-. (c0_1 (a718))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1958 1961 % 0.99/1.14 1963. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1962 % 0.99/1.14 1964. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c0_1 (a718))) (-. (c2_1 (a718))) (c1_1 (a718)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 67 1963 % 0.99/1.14 1965. ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (ndr1_0) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### ConjTree 1964 % 0.99/1.14 1966. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp7)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1954 1965 % 0.99/1.14 1967. ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (hskp29)) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1920 172 173 % 0.99/1.14 1968. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 1938 64 191 % 0.99/1.14 1969. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 1968 % 0.99/1.14 1970. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 1967 1969 % 0.99/1.14 1971. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1970 % 0.99/1.14 1972. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1971 % 0.99/1.14 1973. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1972 % 0.99/1.14 1974. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ### Or 54 1973 % 0.99/1.14 1975. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 1974 1953 % 0.99/1.14 1976. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 1975 1965 % 0.99/1.14 1977. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 1976 % 0.99/1.14 1978. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 1966 1977 % 0.99/1.14 1979. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp2)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### Or 1978 1213 % 0.99/1.14 1980. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 156 1103 162 % 0.99/1.14 1981. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1980 162 % 0.99/1.14 1982. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1981 % 0.99/1.14 1983. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ### Or 1160 1982 % 0.99/1.14 1984. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c1_1 (a709)) (c2_1 (a709)) (c3_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 1938 192 % 0.99/1.14 1985. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 1984 % 0.99/1.14 1986. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ### Or 1233 1985 % 0.99/1.14 1987. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1986 % 0.99/1.14 1988. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1987 % 0.99/1.14 1989. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1988 % 0.99/1.14 1990. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1983 1989 % 0.99/1.14 1991. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1990 % 0.99/1.14 1992. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 1991 % 0.99/1.14 1993. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ### Or 495 1969 % 0.99/1.14 1994. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 1993 % 0.99/1.14 1995. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp8)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ### Or 32 1994 % 0.99/1.14 1996. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### ConjTree 1995 % 0.99/1.14 1997. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ### Or 54 1996 % 0.99/1.14 1998. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 1997 % 0.99/1.14 1999. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp22) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 1992 1998 % 0.99/1.14 2000. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1983 1942 % 0.99/1.14 2001. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 2000 % 0.99/1.14 2002. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 2001 % 0.99/1.14 2003. ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) ### DisjTree 1141 1 3 % 0.99/1.14 2004. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp29)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 221 2003 % 0.99/1.14 2005. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 156 1103 1142 % 0.99/1.14 2006. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 509 2005 % 0.99/1.14 2007. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 2006 192 % 0.99/1.14 2008. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 2007 % 0.99/1.14 2009. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### Or 2004 2008 % 0.99/1.14 2010. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp19)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 2009 517 % 0.99/1.14 2011. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (c0_1 (a741))) (c1_1 (a741)) (c3_1 (a741)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 300 2003 % 0.99/1.15 2012. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c3_1 (a732)) (-. (c1_1 (a732))) (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) (c1_1 (a741)) (c3_1 (a741)) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 355 626 308 % 0.99/1.15 2013. ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a705)) (c1_1 (a705)) (c2_1 (a705)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a741)) (c3_1 (a741)) (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) (-. (c0_1 (a741))) (ndr1_0) ### DisjTree 355 1103 2012 % 0.99/1.15 2014. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c1_1 (a709)) (c3_1 (a709)) (c2_1 (a709)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (c1_1 (a741)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 2013 2005 % 0.99/1.15 2015. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (c1_1 (a741)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) (ndr1_0) ### DisjTree 185 1141 2013 % 0.99/1.15 2016. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a705)) (c1_1 (a705)) (c2_1 (a705)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a741)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a709)) (c3_1 (a709)) (c1_1 (a709)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ### DisjTree 152 2014 2015 % 0.99/1.15 2017. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (c1_1 (a741)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### ConjTree 2016 % 0.99/1.15 2018. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a705)) (c1_1 (a705)) (c2_1 (a705)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a741)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### Or 2004 2017 % 0.99/1.15 2019. ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (c1_1 (a741)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 2018 % 0.99/1.15 2020. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### Or 2011 2019 % 0.99/1.15 2021. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### ConjTree 2020 % 0.99/1.15 2022. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 2010 2021 % 0.99/1.15 2023. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 2022 % 0.99/1.15 2024. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1983 2023 % 0.99/1.15 2025. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 2024 % 0.99/1.15 2026. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 2025 % 0.99/1.15 2027. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 2026 % 0.99/1.15 2028. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 2002 2027 % 0.99/1.15 2029. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c3_1 (a714)) (c2_1 (a714)) (c0_1 (a714)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1484 1103 162 % 0.99/1.15 2030. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 2029 46 249 % 0.99/1.15 2031. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (c2_1 (a756)) (c1_1 (a756)) (-. (c3_1 (a756))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 2030 % 0.99/1.15 2032. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c3_1 (a756))) (c1_1 (a756)) (c2_1 (a756)) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ### Or 1160 2031 % 0.99/1.15 2033. ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756)))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 2032 % 0.99/1.15 2034. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp16)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ### Or 1104 2033 % 0.99/1.15 2035. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (hskp16)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ### Or 2034 1942 % 0.99/1.15 2036. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 2029 46 509 % 0.99/1.15 2037. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 2036 % 0.99/1.15 2038. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) (-. (hskp23)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ### Or 1160 2037 % 0.99/1.15 2039. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 2038 517 % 0.99/1.15 2040. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (c1_1 (a741)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c0_1 (a714)) (c2_1 (a714)) (c3_1 (a714)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 2029 46 1153 % 0.99/1.15 2041. ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c1_1 (a741)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 2040 % 0.99/1.15 2042. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (c1_1 (a741)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ### Or 1160 2041 % 0.99/1.15 2043. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp18)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### ConjTree 2042 % 0.99/1.15 2044. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (-. (hskp18)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 2039 2043 % 0.99/1.15 2045. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ### DisjTree 1484 1103 185 % 0.99/1.15 2046. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 2045 1945 509 % 0.99/1.15 2047. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 2046 517 % 0.99/1.15 2048. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (c3_1 (a709)) (c2_1 (a709)) (c1_1 (a709)) (ndr1_0) (-. (c0_1 (a741))) (c1_1 (a741)) (c3_1 (a741)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ### DisjTree 300 64 191 % 0.99/1.15 2049. ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (hskp28)) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) (ndr1_0) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ### ConjTree 2048 % 0.99/1.15 2050. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) (-. (c0_1 (a741))) (c1_1 (a741)) (c3_1 (a741)) (-. (hskp28)) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ### Or 495 2049 % 0.99/1.15 2051. ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (c1_1 (a741)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c2_1 (a705)) (c1_1 (a705)) (c0_1 (a705)) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ### DisjTree 2045 46 2013 % 0.99/1.15 2052. ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c1_1 (a741)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### ConjTree 2051 % 0.99/1.15 2053. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (c3_1 (a739)) (c2_1 (a739)) (-. (c1_1 (a739))) (c2_1 (a731)) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (ndr1_0) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 2050 2052 % 0.99/1.15 2054. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (ndr1_0) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (c2_1 (a731)) (-. (c1_1 (a739))) (c2_1 (a739)) (c3_1 (a739)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### ConjTree 2053 % 0.99/1.15 2055. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 2047 2054 % 0.99/1.15 2056. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 2055 % 0.99/1.15 2057. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c3_1 (a731))) (-. (c0_1 (a731))) (c2_1 (a731)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### Or 2044 2056 % 0.99/1.15 2058. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 2057 % 0.99/1.15 2059. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c2_1 (a731)) (-. (c0_1 (a731))) (-. (c3_1 (a731))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### Or 2035 2058 % 0.99/1.15 2060. ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### ConjTree 2059 % 0.99/1.15 2061. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp7)) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 2028 2060 % 0.99/1.15 2062. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp8)) (-. (hskp7)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 2061 % 0.99/1.15 2063. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp7)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1999 2062 % 0.99/1.15 2064. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) (-. (hskp7)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 2063 1965 % 0.99/1.15 2065. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 2008 % 0.99/1.15 2066. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) (-. (hskp19)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### Or 2065 517 % 0.99/1.15 2067. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) (c0_1 (a705)) (c1_1 (a705)) (c2_1 (a705)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (c1_1 (a741)) (c3_1 (a741)) (-. (c0_1 (a741))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ### Or 174 2017 % 0.99/1.15 2068. ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a741))) (c3_1 (a741)) (c1_1 (a741)) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ### ConjTree 2067 % 0.99/1.15 2069. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a732))) (c3_1 (a732)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) (-. (c1_1 (a739))) (c3_1 (a739)) (c2_1 (a739)) (c3_1 (a741)) (c1_1 (a741)) (-. (c0_1 (a741))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ### Or 1154 2068 % 0.99/1.15 2070. ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) (c3_1 (a732)) (-. (c1_1 (a732))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ### ConjTree 2069 % 0.99/1.15 2071. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (c2_1 (a739)) (c3_1 (a739)) (-. (c1_1 (a739))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c3_1 (a734))) (-. (c1_1 (a734))) (-. (c0_1 (a734))) (ndr1_0) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ### Or 2066 2070 % 0.99/1.15 2072. ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ### ConjTree 2071 % 0.99/1.15 2073. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) (-. (c0_1 (a734))) (-. (c1_1 (a734))) (-. (c3_1 (a734))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ### Or 1983 2072 % 0.99/1.15 2074. ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (ndr1_0) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a732))) (c0_1 (a732)) (c3_1 (a732)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ### ConjTree 2073 % 0.99/1.15 2075. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) (c3_1 (a732)) (c0_1 (a732)) (-. (c1_1 (a732))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c0_1 (a721))) (-. (c1_1 (a721))) (c3_1 (a721)) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) (-. (hskp15)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ### Or 775 2074 % 0.99/1.15 2076. ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732)))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) (c3_1 (a721)) (-. (c1_1 (a721))) (-. (c0_1 (a721))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### ConjTree 2075 % 0.99/1.15 2077. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (-. (hskp15)) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (c3_1 (a721)) (-. (c0_1 (a721))) (-. (c1_1 (a721))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ### Or 2002 2076 % 0.99/1.15 2078. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) (-. (c1_1 (a721))) (-. (c0_1 (a721))) (c3_1 (a721)) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) (-. (hskp8)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ### Or 2077 2060 % 0.99/1.15 2079. ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (-. (hskp8)) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### ConjTree 2078 % 0.99/1.16 2080. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) (c0_1 (a717)) (-. (c3_1 (a717))) (-. (c2_1 (a717))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (hskp8)) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ### Or 1999 2079 % 0.99/1.16 2081. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) (-. (hskp5)) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) (-. (c2_1 (a717))) (-. (c3_1 (a717))) (c0_1 (a717)) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ### Or 2080 1965 % 0.99/1.16 2082. ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### ConjTree 2081 % 0.99/1.16 2083. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) (-. (c0_1 (a708))) (-. (c3_1 (a708))) (c1_1 (a708)) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp18) \/ ((hskp11) \/ (hskp5))) (-. (hskp5)) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ### Or 2064 2082 % 0.99/1.16 2084. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) (c1_1 (a708)) (-. (c3_1 (a708))) (-. (c0_1 (a708))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c1_1 (a707))) (-. (c2_1 (a707))) (c0_1 (a707)) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ### Or 2083 1213 % 0.99/1.16 2085. ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) (ndr1_0) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ### ConjTree 2084 % 0.99/1.16 2086. ((-. (hskp2)) \/ ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) (c0_1 (a707)) (-. (c2_1 (a707))) (-. (c1_1 (a707))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) (-. (c1_1 (a706))) (-. (c2_1 (a706))) (-. (c0_1 (a706))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ### Or 1979 2085 % 0.99/1.16 2087. ((ndr1_0) /\ ((c0_1 (a707)) /\ ((-. (c1_1 (a707))) /\ (-. (c2_1 (a707)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) (-. (c0_1 (a706))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) (ndr1_0) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp2)) \/ ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708))))))) ### ConjTree 2086 % 0.99/1.16 2088. ((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a707)) /\ ((-. (c1_1 (a707))) /\ (-. (c2_1 (a707))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c2_1 (a706))) (-. (c1_1 (a706))) (-. (c0_1 (a706))) (ndr1_0) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((-. (c1_1 (a710))) /\ ((-. (c2_1 (a710))) /\ (-. (c3_1 (a710))))))) ((-. (hskp2)) \/ ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708))))))) ### Or 1914 2087 % 0.99/1.16 2089. ((ndr1_0) /\ ((-. (c0_1 (a706))) /\ ((-. (c1_1 (a706))) /\ (-. (c2_1 (a706)))))) ((-. (hskp2)) \/ ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708))))))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((-. (c1_1 (a710))) /\ ((-. (c2_1 (a710))) /\ (-. (c3_1 (a710))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a707)) /\ ((-. (c1_1 (a707))) /\ (-. (c2_1 (a707))))))) ### ConjTree 2088 % 0.99/1.16 2090. ((-. (hskp0)) \/ ((ndr1_0) /\ ((-. (c0_1 (a706))) /\ ((-. (c1_1 (a706))) /\ (-. (c2_1 (a706))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((-. (c1_1 (a710))) /\ ((-. (c2_1 (a710))) /\ (-. (c3_1 (a710))))))) ((-. (hskp2)) \/ ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) ((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a716)) /\ ((c2_1 (a716)) /\ (-. (c3_1 (a716))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) ((hskp29) \/ ((hskp18) \/ (hskp10))) ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) ((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) ((hskp6) \/ ((hskp1) \/ (hskp21))) ((hskp18) \/ ((hskp11) \/ (hskp5))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) ((hskp7) \/ ((hskp14) \/ (hskp8))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) ((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) ((hskp22) \/ ((hskp8) \/ (hskp11))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) ((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) ((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) ((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) ((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) ((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a707)) /\ ((-. (c1_1 (a707))) /\ (-. (c2_1 (a707))))))) ### Or 1216 2089 % 0.99/1.16 2091. (((-. (hskp0)) \/ ((ndr1_0) /\ ((-. (c0_1 (a706))) /\ ((-. (c1_1 (a706))) /\ (-. (c2_1 (a706))))))) /\ (((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a707)) /\ ((-. (c1_1 (a707))) /\ (-. (c2_1 (a707))))))) /\ (((-. (hskp2)) \/ ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708))))))) /\ (((-. (hskp3)) \/ ((ndr1_0) /\ ((-. (c1_1 (a710))) /\ ((-. (c2_1 (a710))) /\ (-. (c3_1 (a710))))))) /\ (((-. (hskp4)) \/ ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711))))))) /\ (((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) /\ (((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a716)) /\ ((c2_1 (a716)) /\ (-. (c3_1 (a716))))))) /\ (((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) /\ (((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) /\ (((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) /\ (((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) /\ (((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) /\ (((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) /\ (((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) /\ (((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) /\ (((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) /\ (((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) /\ (((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) /\ (((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) /\ (((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) /\ (((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) /\ (((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) /\ (((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) /\ (((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) /\ (((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) /\ (((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a764)) /\ ((c2_1 (a764)) /\ (-. (c1_1 (a764))))))) /\ (((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) /\ (((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) /\ (((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) /\ (((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) /\ (((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) /\ (((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp28) \/ (hskp0))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) /\ (((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) /\ (((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) /\ (((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) /\ (((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp3))) /\ (((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) /\ (((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) /\ (((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) /\ (((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) /\ (((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((hskp4) \/ (hskp5))) /\ (((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) /\ (((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X23, ((ndr1_0) => ((c1_1 X23) \/ ((-. (c0_1 X23)) \/ (-. (c2_1 X23)))))) \/ (hskp30))) /\ (((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) /\ (((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X27, ((ndr1_0) => ((c2_1 X27) \/ ((-. (c1_1 X27)) \/ (-. (c3_1 X27)))))) \/ (hskp6))) /\ (((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) /\ (((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) /\ (((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp8) \/ (hskp13))) /\ (((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) /\ (((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) /\ (((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) /\ (((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) /\ (((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) /\ (((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) /\ (((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) /\ (((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) /\ (((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) /\ (((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) /\ (((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) /\ (((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) /\ (((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) /\ (((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) /\ (((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) /\ (((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) /\ (((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) /\ (((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) /\ (((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp6) \/ (hskp13))) /\ (((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) /\ (((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) /\ (((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) /\ (((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) /\ (((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp4))) /\ (((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) /\ (((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) /\ (((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp25))) /\ (((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) /\ (((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) /\ (((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) /\ (((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) /\ (((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) /\ (((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) /\ (((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp29) \/ (hskp13))) /\ (((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) /\ (((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp28) \/ (hskp31))) /\ (((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) /\ (((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) /\ (((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) /\ (((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp2))) /\ (((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ ((hskp7) \/ (hskp27))) /\ (((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ ((hskp31) \/ (hskp1))) /\ (((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) /\ (((hskp23) \/ ((hskp30) \/ (hskp17))) /\ (((hskp25) \/ ((hskp29) \/ (hskp9))) /\ (((hskp25) \/ ((hskp18) \/ (hskp12))) /\ (((hskp6) \/ ((hskp1) \/ (hskp21))) /\ (((hskp6) \/ ((hskp8) \/ (hskp18))) /\ (((hskp16) \/ ((hskp24) \/ (hskp4))) /\ (((hskp24) \/ ((hskp1) \/ (hskp2))) /\ (((hskp7) \/ ((hskp14) \/ (hskp8))) /\ (((hskp29) \/ ((hskp18) \/ (hskp10))) /\ (((hskp9) \/ ((hskp20) \/ (hskp18))) /\ (((hskp22) \/ ((hskp8) \/ (hskp11))) /\ ((hskp18) \/ ((hskp11) \/ (hskp5)))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))) ### ConjTree 2090 % 0.99/1.16 2092. (-. (-. (((-. (hskp0)) \/ ((ndr1_0) /\ ((-. (c0_1 (a706))) /\ ((-. (c1_1 (a706))) /\ (-. (c2_1 (a706))))))) /\ (((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a707)) /\ ((-. (c1_1 (a707))) /\ (-. (c2_1 (a707))))))) /\ (((-. (hskp2)) \/ ((ndr1_0) /\ ((c1_1 (a708)) /\ ((-. (c0_1 (a708))) /\ (-. (c3_1 (a708))))))) /\ (((-. (hskp3)) \/ ((ndr1_0) /\ ((-. (c1_1 (a710))) /\ ((-. (c2_1 (a710))) /\ (-. (c3_1 (a710))))))) /\ (((-. (hskp4)) \/ ((ndr1_0) /\ ((c0_1 (a711)) /\ ((-. (c1_1 (a711))) /\ (-. (c3_1 (a711))))))) /\ (((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a713))) /\ ((-. (c2_1 (a713))) /\ (-. (c3_1 (a713))))))) /\ (((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a716)) /\ ((c2_1 (a716)) /\ (-. (c3_1 (a716))))))) /\ (((-. (hskp7)) \/ ((ndr1_0) /\ ((c0_1 (a717)) /\ ((-. (c2_1 (a717))) /\ (-. (c3_1 (a717))))))) /\ (((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a718)) /\ ((-. (c0_1 (a718))) /\ (-. (c2_1 (a718))))))) /\ (((-. (hskp9)) \/ ((ndr1_0) /\ ((c1_1 (a719)) /\ ((c2_1 (a719)) /\ (-. (c0_1 (a719))))))) /\ (((-. (hskp10)) \/ ((ndr1_0) /\ ((c3_1 (a720)) /\ ((-. (c1_1 (a720))) /\ (-. (c2_1 (a720))))))) /\ (((-. (hskp11)) \/ ((ndr1_0) /\ ((c3_1 (a721)) /\ ((-. (c0_1 (a721))) /\ (-. (c1_1 (a721))))))) /\ (((-. (hskp12)) \/ ((ndr1_0) /\ ((c2_1 (a725)) /\ ((-. (c0_1 (a725))) /\ (-. (c1_1 (a725))))))) /\ (((-. (hskp13)) \/ ((ndr1_0) /\ ((c3_1 (a727)) /\ ((-. (c0_1 (a727))) /\ (-. (c2_1 (a727))))))) /\ (((-. (hskp14)) \/ ((ndr1_0) /\ ((c1_1 (a730)) /\ ((c3_1 (a730)) /\ (-. (c2_1 (a730))))))) /\ (((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a731)) /\ ((-. (c0_1 (a731))) /\ (-. (c3_1 (a731))))))) /\ (((-. (hskp16)) \/ ((ndr1_0) /\ ((c0_1 (a732)) /\ ((c3_1 (a732)) /\ (-. (c1_1 (a732))))))) /\ (((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c0_1 (a734))) /\ ((-. (c1_1 (a734))) /\ (-. (c3_1 (a734))))))) /\ (((-. (hskp18)) \/ ((ndr1_0) /\ ((c2_1 (a739)) /\ ((c3_1 (a739)) /\ (-. (c1_1 (a739))))))) /\ (((-. (hskp19)) \/ ((ndr1_0) /\ ((c1_1 (a741)) /\ ((c3_1 (a741)) /\ (-. (c0_1 (a741))))))) /\ (((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a747)) /\ ((-. (c2_1 (a747))) /\ (-. (c3_1 (a747))))))) /\ (((-. (hskp21)) \/ ((ndr1_0) /\ ((c2_1 (a748)) /\ ((c3_1 (a748)) /\ (-. (c0_1 (a748))))))) /\ (((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a756)) /\ ((c2_1 (a756)) /\ (-. (c3_1 (a756))))))) /\ (((-. (hskp23)) \/ ((ndr1_0) /\ ((c0_1 (a757)) /\ ((c1_1 (a757)) /\ (-. (c2_1 (a757))))))) /\ (((-. (hskp24)) \/ ((ndr1_0) /\ ((c0_1 (a762)) /\ ((c3_1 (a762)) /\ (-. (c2_1 (a762))))))) /\ (((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a764)) /\ ((c2_1 (a764)) /\ (-. (c1_1 (a764))))))) /\ (((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a773)) /\ ((c1_1 (a773)) /\ (-. (c3_1 (a773))))))) /\ (((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a780)) /\ ((-. (c1_1 (a780))) /\ (-. (c3_1 (a780))))))) /\ (((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a705)) /\ ((c1_1 (a705)) /\ (c2_1 (a705)))))) /\ (((-. (hskp29)) \/ ((ndr1_0) /\ ((c1_1 (a709)) /\ ((c2_1 (a709)) /\ (c3_1 (a709)))))) /\ (((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a714)) /\ ((c2_1 (a714)) /\ (c3_1 (a714)))))) /\ (((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a723)) /\ ((c1_1 (a723)) /\ (c3_1 (a723)))))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp28) \/ (hskp0))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) /\ (((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) /\ (((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (hskp29))) /\ (((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ (All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))))) /\ (((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (c3_1 W))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp3))) /\ (((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))))) /\ (((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) /\ (((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ (hskp4))) /\ (((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))))) /\ (((All X, ((ndr1_0) => ((c0_1 X) \/ ((c1_1 X) \/ (-. (c2_1 X)))))) \/ ((hskp4) \/ (hskp5))) /\ (((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) /\ (((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X23, ((ndr1_0) => ((c1_1 X23) \/ ((-. (c0_1 X23)) \/ (-. (c2_1 X23)))))) \/ (hskp30))) /\ (((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp29))) /\ (((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((All X27, ((ndr1_0) => ((c2_1 X27) \/ ((-. (c1_1 X27)) \/ (-. (c3_1 X27)))))) \/ (hskp6))) /\ (((All X8, ((ndr1_0) => ((c0_1 X8) \/ ((c1_1 X8) \/ (-. (c3_1 X8)))))) \/ ((hskp7) \/ (hskp8))) /\ (((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))))) /\ (((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((hskp9) \/ (hskp10))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ (All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp11))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp28))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp31))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp1) \/ (hskp12))) /\ (((All X33, ((ndr1_0) => ((c0_1 X33) \/ ((c2_1 X33) \/ (-. (c1_1 X33)))))) \/ ((hskp8) \/ (hskp13))) /\ (((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp7))) /\ (((All X47, ((ndr1_0) => ((c0_1 X47) \/ ((c2_1 X47) \/ (-. (c3_1 X47)))))) \/ ((hskp14) \/ (hskp15))) /\ (((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c3_1 X6)))))) \/ (hskp16))) /\ (((All X49, ((ndr1_0) => ((c0_1 X49) \/ ((c3_1 X49) \/ (-. (c1_1 X49)))))) \/ ((hskp15) \/ (hskp17))) /\ (((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ (hskp29))) /\ (((All X14, ((ndr1_0) => ((c0_1 X14) \/ ((c3_1 X14) \/ (-. (c2_1 X14)))))) \/ ((hskp4) \/ (hskp3))) /\ (((All X55, ((ndr1_0) => ((c0_1 X55) \/ ((-. (c1_1 X55)) \/ (-. (c2_1 X55)))))) \/ ((hskp28) \/ (hskp18))) /\ (((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp2))) /\ (((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All X4, ((ndr1_0) => ((-. (c0_1 X4)) \/ ((-. (c1_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp19))) /\ (((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp28))) /\ (((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp1) \/ (hskp8))) /\ (((All X56, ((ndr1_0) => ((c0_1 X56) \/ ((-. (c1_1 X56)) \/ (-. (c3_1 X56)))))) \/ ((hskp18) \/ (hskp17))) /\ (((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ (hskp20))) /\ (((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ (All X38, ((ndr1_0) => ((-. (c0_1 X38)) \/ ((-. (c1_1 X38)) \/ (-. (c2_1 X38)))))))) /\ (((All X3, ((ndr1_0) => ((c0_1 X3) \/ ((-. (c2_1 X3)) \/ (-. (c3_1 X3)))))) \/ ((hskp21) \/ (hskp17))) /\ (((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ (All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))))) /\ (((All X70, ((ndr1_0) => ((c1_1 X70) \/ ((c2_1 X70) \/ (c3_1 X70))))) \/ ((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ (hskp17))) /\ (((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp30) \/ (hskp18))) /\ (((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp6) \/ (hskp13))) /\ (((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c2_1 X30) \/ (-. (c0_1 X30)))))) \/ ((hskp16) \/ (hskp22))) /\ (((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ (hskp23))) /\ (((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ (All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81))))))) /\ (((All X35, ((ndr1_0) => ((c1_1 X35) \/ ((c2_1 X35) \/ (-. (c3_1 X35)))))) \/ ((hskp14) \/ (hskp17))) /\ (((All X71, ((ndr1_0) => ((c1_1 X71) \/ ((c3_1 X71) \/ (-. (c0_1 X71)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp4))) /\ (((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ (hskp13))) /\ (((All X74, ((ndr1_0) => ((c1_1 X74) \/ ((c3_1 X74) \/ (-. (c2_1 X74)))))) \/ ((hskp24) \/ (hskp18))) /\ (((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp25))) /\ (((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp29) \/ (hskp5))) /\ (((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((-. (c0_1 X57)) \/ (-. (c3_1 X57)))))) \/ ((hskp0) \/ (hskp5))) /\ (((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ (hskp14))) /\ (((All X16, ((ndr1_0) => ((c1_1 X16) \/ ((-. (c2_1 X16)) \/ (-. (c3_1 X16)))))) \/ ((hskp30) \/ (hskp22))) /\ (((All X25, ((ndr1_0) => ((c2_1 X25) \/ ((c3_1 X25) \/ (-. (c0_1 X25)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (hskp16))) /\ (((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp26) \/ (hskp11))) /\ (((All X12, ((ndr1_0) => ((c2_1 X12) \/ ((c3_1 X12) \/ (-. (c1_1 X12)))))) \/ ((hskp29) \/ (hskp13))) /\ (((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ (All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))))) /\ (((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp28) \/ (hskp31))) /\ (((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp31) \/ (hskp27))) /\ (((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp16) \/ (hskp17))) /\ (((All X93, ((ndr1_0) => ((c2_1 X93) \/ ((-. (c0_1 X93)) \/ (-. (c1_1 X93)))))) \/ ((hskp19) \/ (hskp8))) /\ (((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ ((All Y, ((ndr1_0) => ((-. (c0_1 Y)) \/ ((-. (c2_1 Y)) \/ (-. (c3_1 Y)))))) \/ (hskp2))) /\ (((All X42, ((ndr1_0) => ((c3_1 X42) \/ ((-. (c0_1 X42)) \/ (-. (c1_1 X42)))))) \/ ((hskp7) \/ (hskp27))) /\ (((All X21, ((ndr1_0) => ((c3_1 X21) \/ ((-. (c0_1 X21)) \/ (-. (c2_1 X21)))))) \/ ((hskp31) \/ (hskp1))) /\ (((All X81, ((ndr1_0) => ((c3_1 X81) \/ ((-. (c1_1 X81)) \/ (-. (c2_1 X81)))))) \/ ((hskp8) \/ (hskp0))) /\ (((hskp23) \/ ((hskp30) \/ (hskp17))) /\ (((hskp25) \/ ((hskp29) \/ (hskp9))) /\ (((hskp25) \/ ((hskp18) \/ (hskp12))) /\ (((hskp6) \/ ((hskp1) \/ (hskp21))) /\ (((hskp6) \/ ((hskp8) \/ (hskp18))) /\ (((hskp16) \/ ((hskp24) \/ (hskp4))) /\ (((hskp24) \/ ((hskp1) \/ (hskp2))) /\ (((hskp7) \/ ((hskp14) \/ (hskp8))) /\ (((hskp29) \/ ((hskp18) \/ (hskp10))) /\ (((hskp9) \/ ((hskp20) \/ (hskp18))) /\ (((hskp22) \/ ((hskp8) \/ (hskp11))) /\ ((hskp18) \/ ((hskp11) \/ (hskp5)))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))) ### NotNot 2091 % 0.99/1.16 % SZS output end Proof % 0.99/1.16 (* END-PROOF *) %------------------------------------------------------------------------------