%------------------------------------------------------------------------------ % File : CSE---1.7 % Problem : TOP035+1 : TPTP v8.2.0. Released v3.4.0. % Transfm : none % Format : tptp:raw % Command : java -jar /export/starexec/sandbox/solver/bin/mcs_scs.jar %d %s % Computer : n010.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 : 300s % DateTime : Mon Jun 24 21:15:13 EDT 2024 % Result : Theorem 65.65s 66.10s % Output : CNFRefutation 65.65s % Verified : % SZS Type : - % Comments : %------------------------------------------------------------------------------ %----WARNING: Could not form TPTP format derivation %------------------------------------------------------------------------------ %----ORIGINAL SYSTEM OUTPUT % 0.11/0.12 % Problem : TOP035+1 : TPTP v8.2.0. Released v3.4.0. % 0.11/0.12 % Command : java -jar /export/starexec/sandbox/solver/bin/mcs_scs.jar %d %s % 0.11/0.32 % Computer : n010.cluster.edu % 0.11/0.32 % Model : x86_64 x86_64 % 0.11/0.32 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz % 0.11/0.32 % Memory : 8042.1875MB % 0.11/0.32 % OS : Linux 3.10.0-693.el7.x86_64 % 0.11/0.32 % CPULimit : 300 % 0.11/0.32 % WCLimit : 300 % 0.11/0.32 % DateTime : Tue Jun 18 11:54:08 EDT 2024 % 0.11/0.32 % CPUTime : % 0.54/0.59 start to proof:theBenchmark % 65.56/66.06 %------------------------------------------- % 65.56/66.06 % File :CSE---1.7 % 65.56/66.06 % Problem :theBenchmark % 65.56/66.06 % Transform :cnf % 65.56/66.06 % Format :tptp:raw % 65.56/66.06 % Command :java -jar mcs_scs.jar %d %s % 65.56/66.06 % 65.56/66.06 % Result :Theorem 64.920000s % 65.56/66.06 % Output :CNFRefutation 64.920000s % 65.56/66.06 %------------------------------------------- % 65.56/66.07 %------------------------------------------------------------------------------ % 65.56/66.07 % File : TOP035+1 : TPTP v8.2.0. Released v3.4.0. % 65.56/66.07 % Domain : Topology % 65.56/66.07 % Problem : Maximal Kolmogorov Subspaces of a Topological Space T24 % 65.56/66.07 % Version : [Urb08] axioms : Especial. % 65.56/66.07 % English : % 65.56/66.07 % 65.56/66.07 % Refs : [Kar96] Karno (1996), Maximal Kolmogorov Subspaces of a Topolo % 65.56/66.07 % : [Urb07] Urban (2007), MPTP 0.2: Design, Implementation, and In % 65.56/66.07 % : [Urb08] Urban (2006), Email to G. Sutcliffe % 65.56/66.07 % Source : [Urb08] % 65.56/66.07 % Names : t24_tsp_2 [Urb08] % 65.56/66.07 % 65.56/66.07 % Status : Theorem % 65.56/66.07 % Rating : 0.31 v8.2.0, 0.25 v8.1.0, 0.22 v7.5.0, 0.28 v7.4.0, 0.20 v7.3.0, 0.17 v7.2.0, 0.14 v7.1.0, 0.22 v7.0.0, 0.27 v6.3.0, 0.25 v6.2.0, 0.40 v6.1.0, 0.50 v6.0.0, 0.39 v5.5.0, 0.52 v5.4.0, 0.50 v5.3.0, 0.52 v5.2.0, 0.35 v5.1.0, 0.43 v5.0.0, 0.46 v4.1.0, 0.48 v4.0.0, 0.50 v3.7.0, 0.40 v3.5.0, 0.42 v3.4.0 % 65.56/66.07 % Syntax : Number of formulae : 110 ( 17 unt; 0 def) % 65.56/66.07 % Number of atoms : 534 ( 9 equ) % 65.56/66.07 % Maximal formula atoms : 15 ( 4 avg) % 65.56/66.07 % Number of connectives : 534 ( 110 ~; 1 |; 262 &) % 65.56/66.07 % ( 4 <=>; 157 =>; 0 <=; 0 <~>) % 65.56/66.07 % Maximal formula depth : 15 ( 6 avg) % 65.56/66.07 % Maximal term depth : 4 ( 1 avg) % 65.56/66.07 % Number of predicates : 45 ( 43 usr; 1 prp; 0-3 aty) % 65.56/66.07 % Number of functors : 10 ( 10 usr; 1 con; 0-4 aty) % 65.56/66.07 % Number of variables : 188 ( 169 !; 19 ?) % 65.56/66.07 % SPC : FOF_THM_RFO_SEQ % 65.56/66.08 % 65.56/66.08 % Comments : Normal version: includes the axioms (which may be theorems from % 65.56/66.08 % other articles) and background that are possibly necessary. % 65.56/66.08 % : Translated by MPTP from the Mizar Mathematical Library 4.48.930. % 65.56/66.08 % : The problem encoding is based on set theory. % 65.56/66.08 %------------------------------------------------------------------------------ % 65.56/66.08 fof(t24_tsp_2,conjecture, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( ~ v3_struct_0(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( ( ~ v3_struct_0(B) % 65.56/66.08 & v2_tsp_2(B,A) % 65.56/66.08 & m2_tsp_1(B,A) ) % 65.56/66.08 => ! [C] : % 65.56/66.08 ( m1_subset_1(C,u1_struct_0(A)) % 65.56/66.08 => ! [D] : % 65.56/66.08 ( m1_subset_1(D,u1_struct_0(B)) % 65.56/66.08 => ( C = D % 65.56/66.08 => k5_pre_topc(A,B,k1_tsp_2(A,B),k6_pre_topc(B,k1_struct_0(B,D))) = k6_pre_topc(A,k1_struct_0(A,C)) ) ) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(antisymmetry_r2_hidden,axiom, % 65.56/66.08 ! [A,B] : % 65.56/66.08 ( r2_hidden(A,B) % 65.56/66.08 => ~ r2_hidden(B,A) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc10_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v1_membered(A) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,A) % 65.56/66.08 => v1_xcmplx_0(B) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc10_tsp_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( l1_pre_topc(A) % 65.56/66.08 => ( ( ~ v3_struct_0(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & ~ v1_tdlat_3(A) % 65.56/66.08 & v2_t_0topsp(A) ) % 65.56/66.08 => ( ~ v3_struct_0(A) % 65.56/66.08 & ~ v3_realset2(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & ~ v1_tdlat_3(A) % 65.56/66.08 & ~ v2_tdlat_3(A) % 65.56/66.08 & ~ v3_tdlat_3(A) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc10_tsp_2,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( ~ v3_struct_0(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_pre_topc(B,A) % 65.56/66.08 => ( ( v2_tex_2(B,A) % 65.56/66.08 & v2_tsp_2(B,A) ) % 65.56/66.08 => ( v2_pre_topc(B) % 65.56/66.08 & ~ v1_borsuk_1(B,A) ) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc11_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v2_membered(A) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,A) % 65.56/66.08 => ( v1_xcmplx_0(B) % 65.56/66.08 & v1_xreal_0(B) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc11_tsp_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( ~ v3_struct_0(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & v2_t_0topsp(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_pre_topc(B,A) % 65.56/66.08 => ( ~ v3_struct_0(B) % 65.56/66.08 => ( ~ v3_struct_0(B) % 65.56/66.08 & v2_t_0topsp(B) ) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc12_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v3_membered(A) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,A) % 65.56/66.08 => ( v1_xcmplx_0(B) % 65.56/66.08 & v1_xreal_0(B) % 65.56/66.08 & v1_rat_1(B) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc12_tsp_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( ~ v3_struct_0(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & ~ v2_t_0topsp(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_pre_topc(B,A) % 65.56/66.08 => ( ( ~ v3_struct_0(B) % 65.56/66.08 & ~ v2_tex_2(B,A) ) % 65.56/66.08 => ( ~ v3_struct_0(B) % 65.56/66.08 & ~ v3_realset2(B) % 65.56/66.08 & ~ v2_t_0topsp(B) ) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc13_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v4_membered(A) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,A) % 65.56/66.08 => ( v1_xcmplx_0(B) % 65.56/66.08 & v1_xreal_0(B) % 65.56/66.08 & v1_int_1(B) % 65.56/66.08 & v1_rat_1(B) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc13_tsp_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( ~ v3_struct_0(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & ~ v2_t_0topsp(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_pre_topc(B,A) % 65.56/66.08 => ( ( ~ v3_struct_0(B) % 65.56/66.08 & v2_t_0topsp(B) ) % 65.56/66.08 => ( ~ v3_struct_0(B) % 65.56/66.08 & v2_tex_2(B,A) ) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc14_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v5_membered(A) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,A) % 65.56/66.08 => ( v1_xcmplx_0(B) % 65.56/66.08 & v4_ordinal2(B) % 65.56/66.08 & v1_xreal_0(B) % 65.56/66.08 & v1_int_1(B) % 65.56/66.08 & v1_rat_1(B) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc15_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v1_xboole_0(A) % 65.56/66.08 => ( v1_membered(A) % 65.56/66.08 & v2_membered(A) % 65.56/66.08 & v3_membered(A) % 65.56/66.08 & v4_membered(A) % 65.56/66.08 & v5_membered(A) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc16_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v1_membered(A) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,k1_zfmisc_1(A)) % 65.56/66.08 => v1_membered(B) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc17_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v2_membered(A) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,k1_zfmisc_1(A)) % 65.56/66.08 => ( v1_membered(B) % 65.56/66.08 & v2_membered(B) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc18_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v3_membered(A) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,k1_zfmisc_1(A)) % 65.56/66.08 => ( v1_membered(B) % 65.56/66.08 & v2_membered(B) % 65.56/66.08 & v3_membered(B) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc19_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v4_membered(A) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,k1_zfmisc_1(A)) % 65.56/66.08 => ( v1_membered(B) % 65.56/66.08 & v2_membered(B) % 65.56/66.08 & v3_membered(B) % 65.56/66.08 & v4_membered(B) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc1_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v5_membered(A) % 65.56/66.08 => v4_membered(A) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc1_pre_topc,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( v2_pre_topc(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_pre_topc(B,A) % 65.56/66.08 => v2_pre_topc(B) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc1_relset_1,axiom, % 65.56/66.08 ! [A,B,C] : % 65.56/66.08 ( m1_subset_1(C,k1_zfmisc_1(k2_zfmisc_1(A,B))) % 65.56/66.08 => v1_relat_1(C) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc1_tops_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( v2_pre_topc(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.56/66.08 => ( v1_xboole_0(B) % 65.56/66.08 => ( v3_pre_topc(B,A) % 65.56/66.08 & v4_pre_topc(B,A) ) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc1_tsp_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( l1_pre_topc(A) % 65.56/66.08 => ( ( ~ v3_struct_0(A) % 65.56/66.08 & v3_realset2(A) ) % 65.56/66.08 => ( ~ v3_struct_0(A) % 65.56/66.08 & v2_t_0topsp(A) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc1_tsp_2,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( ~ v3_struct_0(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_pre_topc(B,A) % 65.56/66.08 => ( ( ~ v3_struct_0(B) % 65.56/66.08 & v2_tsp_2(B,A) ) % 65.56/66.08 => ( ~ v3_struct_0(B) % 65.56/66.08 & v2_t_0topsp(B) ) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc20_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v5_membered(A) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,k1_zfmisc_1(A)) % 65.56/66.08 => ( v1_membered(B) % 65.56/66.08 & v2_membered(B) % 65.56/66.08 & v3_membered(B) % 65.56/66.08 & v4_membered(B) % 65.56/66.08 & v5_membered(B) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc2_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v4_membered(A) % 65.56/66.08 => v3_membered(A) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc2_tops_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( l1_pre_topc(A) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.56/66.08 => ( v1_xboole_0(B) % 65.56/66.08 => v2_tops_1(B,A) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc2_tsp_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( l1_pre_topc(A) % 65.56/66.08 => ( ( ~ v3_struct_0(A) % 65.56/66.08 & ~ v2_t_0topsp(A) ) % 65.56/66.08 => ( ~ v3_struct_0(A) % 65.56/66.08 & ~ v3_realset2(A) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc2_tsp_2,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( ~ v3_struct_0(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_pre_topc(B,A) % 65.56/66.08 => ( ( ~ v3_struct_0(B) % 65.56/66.08 & ~ v2_t_0topsp(B) ) % 65.56/66.08 => ( ~ v3_struct_0(B) % 65.56/66.08 & ~ v2_tsp_2(B,A) ) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc3_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v3_membered(A) % 65.56/66.08 => v2_membered(A) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc3_tops_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( v2_pre_topc(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.56/66.08 => ( v1_xboole_0(B) % 65.56/66.08 => v3_tops_1(B,A) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc3_tsp_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( l1_pre_topc(A) % 65.56/66.08 => ( ( ~ v3_struct_0(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & v1_tdlat_3(A) ) % 65.56/66.08 => ( ~ v3_struct_0(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & v2_t_0topsp(A) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc3_tsp_2,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( ~ v3_struct_0(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_pre_topc(B,A) % 65.56/66.08 => ( v2_tsp_2(B,A) % 65.56/66.08 => ( v2_pre_topc(B) % 65.56/66.08 & v1_tex_3(B,A) ) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc4_membered,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( v2_membered(A) % 65.56/66.08 => v1_membered(A) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc4_tops_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( v2_pre_topc(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.56/66.08 => ( v3_tops_1(B,A) % 65.56/66.08 => v2_tops_1(B,A) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc4_tsp_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( l1_pre_topc(A) % 65.56/66.08 => ( ( ~ v3_struct_0(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & ~ v2_t_0topsp(A) ) % 65.56/66.08 => ( ~ v3_struct_0(A) % 65.56/66.08 & ~ v3_realset2(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & ~ v1_tdlat_3(A) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc4_tsp_2,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( ~ v3_struct_0(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_pre_topc(B,A) % 65.56/66.08 => ( ~ v1_tex_3(B,A) % 65.56/66.08 => ( v2_pre_topc(B) % 65.56/66.08 & ~ v2_tsp_2(B,A) ) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc5_tops_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( ( v2_pre_topc(A) % 65.56/66.08 & l1_pre_topc(A) ) % 65.56/66.08 => ! [B] : % 65.56/66.08 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.56/66.08 => ( ( v4_pre_topc(B,A) % 65.56/66.08 & v2_tops_1(B,A) ) % 65.56/66.08 => ( v2_tops_1(B,A) % 65.56/66.08 & v3_tops_1(B,A) ) ) ) ) ). % 65.56/66.08 % 65.56/66.08 fof(cc5_tsp_1,axiom, % 65.56/66.08 ! [A] : % 65.56/66.08 ( l1_pre_topc(A) % 65.56/66.08 => ( ( ~ v3_struct_0(A) % 65.56/66.08 & ~ v3_realset2(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.08 & v2_tdlat_3(A) ) % 65.56/66.08 => ( ~ v3_struct_0(A) % 65.56/66.08 & ~ v3_realset2(A) % 65.56/66.08 & v2_pre_topc(A) % 65.56/66.09 & ~ v2_t_0topsp(A) ) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(cc5_tsp_2,axiom, % 65.56/66.09 ! [A] : % 65.56/66.09 ( ( ~ v3_struct_0(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & l1_pre_topc(A) ) % 65.56/66.09 => ! [B] : % 65.56/66.09 ( m1_pre_topc(B,A) % 65.56/66.09 => ( ( v1_tsep_1(B,A) % 65.56/66.09 & v2_tsp_2(B,A) ) % 65.56/66.09 => ( v2_pre_topc(B) % 65.56/66.09 & ~ v2_tex_2(B,A) ) ) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(cc6_tops_1,axiom, % 65.56/66.09 ! [A] : % 65.56/66.09 ( ( v2_pre_topc(A) % 65.56/66.09 & l1_pre_topc(A) ) % 65.56/66.09 => ! [B] : % 65.56/66.09 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.56/66.09 => ( ( v3_pre_topc(B,A) % 65.56/66.09 & v3_tops_1(B,A) ) % 65.56/66.09 => ( v1_xboole_0(B) % 65.56/66.09 & v3_pre_topc(B,A) % 65.56/66.09 & v4_pre_topc(B,A) % 65.56/66.09 & v1_membered(B) % 65.56/66.09 & v2_membered(B) % 65.56/66.09 & v3_membered(B) % 65.56/66.09 & v4_membered(B) % 65.56/66.09 & v5_membered(B) % 65.56/66.09 & v2_tops_1(B,A) % 65.56/66.09 & v3_tops_1(B,A) ) ) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(cc6_tsp_1,axiom, % 65.56/66.09 ! [A] : % 65.56/66.09 ( l1_pre_topc(A) % 65.56/66.09 => ( ( ~ v3_struct_0(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & v2_tdlat_3(A) % 65.56/66.09 & v2_t_0topsp(A) ) % 65.56/66.09 => ( ~ v3_struct_0(A) % 65.56/66.09 & v3_realset2(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & v1_tdlat_3(A) % 65.56/66.09 & v2_tdlat_3(A) % 65.56/66.09 & v3_tdlat_3(A) % 65.56/66.09 & v4_tdlat_3(A) % 65.56/66.09 & v5_tdlat_3(A) % 65.56/66.09 & v2_t_0topsp(A) ) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(cc6_tsp_2,axiom, % 65.56/66.09 ! [A] : % 65.56/66.09 ( ( ~ v3_struct_0(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & l1_pre_topc(A) ) % 65.56/66.09 => ! [B] : % 65.56/66.09 ( m1_pre_topc(B,A) % 65.56/66.09 => ( ( v1_tsep_1(B,A) % 65.56/66.09 & v2_tex_2(B,A) ) % 65.56/66.09 => ( v2_pre_topc(B) % 65.56/66.09 & ~ v2_tsp_2(B,A) ) ) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(cc7_tsp_1,axiom, % 65.56/66.09 ! [A] : % 65.56/66.09 ( l1_pre_topc(A) % 65.56/66.09 => ( ( ~ v3_struct_0(A) % 65.56/66.09 & ~ v3_realset2(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & v2_t_0topsp(A) ) % 65.56/66.09 => ( ~ v3_struct_0(A) % 65.56/66.09 & ~ v3_realset2(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & ~ v2_tdlat_3(A) ) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(cc7_tsp_2,axiom, % 65.56/66.09 ! [A] : % 65.56/66.09 ( ( ~ v3_struct_0(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & l1_pre_topc(A) ) % 65.56/66.09 => ! [B] : % 65.56/66.09 ( m1_pre_topc(B,A) % 65.56/66.09 => ( ( v2_tex_2(B,A) % 65.56/66.09 & v2_tsp_2(B,A) ) % 65.56/66.09 => ( v2_pre_topc(B) % 65.56/66.09 & ~ v1_tsep_1(B,A) ) ) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(cc8_tsp_1,axiom, % 65.56/66.09 ! [A] : % 65.56/66.09 ( l1_pre_topc(A) % 65.56/66.09 => ( ( ~ v3_struct_0(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & v3_tdlat_3(A) % 65.56/66.09 & v2_t_0topsp(A) ) % 65.56/66.09 => ( ~ v3_struct_0(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & v1_tdlat_3(A) % 65.56/66.09 & v3_tdlat_3(A) % 65.56/66.09 & v4_tdlat_3(A) % 65.56/66.09 & v5_tdlat_3(A) % 65.56/66.09 & v2_t_0topsp(A) ) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(cc8_tsp_2,axiom, % 65.56/66.09 ! [A] : % 65.56/66.09 ( ( ~ v3_struct_0(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & l1_pre_topc(A) ) % 65.56/66.09 => ! [B] : % 65.56/66.09 ( m1_pre_topc(B,A) % 65.56/66.09 => ( ( v1_borsuk_1(B,A) % 65.56/66.09 & v2_tsp_2(B,A) ) % 65.56/66.09 => ( v2_pre_topc(B) % 65.56/66.09 & ~ v2_tex_2(B,A) ) ) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(cc9_tsp_1,axiom, % 65.56/66.09 ! [A] : % 65.56/66.09 ( l1_pre_topc(A) % 65.56/66.09 => ( ( ~ v3_struct_0(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & ~ v1_tdlat_3(A) % 65.56/66.09 & v3_tdlat_3(A) ) % 65.56/66.09 => ( ~ v3_struct_0(A) % 65.56/66.09 & ~ v3_realset2(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & ~ v1_tdlat_3(A) % 65.56/66.09 & ~ v2_t_0topsp(A) ) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(cc9_tsp_2,axiom, % 65.56/66.09 ! [A] : % 65.56/66.09 ( ( ~ v3_struct_0(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & l1_pre_topc(A) ) % 65.56/66.09 => ! [B] : % 65.56/66.09 ( m1_pre_topc(B,A) % 65.56/66.09 => ( ( v2_tex_2(B,A) % 65.56/66.09 & v1_borsuk_1(B,A) ) % 65.56/66.09 => ( v2_pre_topc(B) % 65.56/66.09 & ~ v2_tsp_2(B,A) ) ) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(d9_tsp_2,axiom, % 65.56/66.09 ! [A] : % 65.56/66.09 ( ( ~ v3_struct_0(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & l1_pre_topc(A) ) % 65.56/66.09 => ! [B] : % 65.56/66.09 ( ( ~ v3_struct_0(B) % 65.56/66.09 & v2_tsp_2(B,A) % 65.56/66.09 & m2_tsp_1(B,A) ) % 65.56/66.09 => ! [C] : % 65.56/66.09 ( ( v1_funct_1(C) % 65.56/66.09 & v1_funct_2(C,u1_struct_0(A),u1_struct_0(B)) % 65.56/66.09 & v5_pre_topc(C,A,B) % 65.56/66.09 & m2_relset_1(C,u1_struct_0(A),u1_struct_0(B)) ) % 65.56/66.09 => ( C = k1_tsp_2(A,B) % 65.56/66.09 <=> v3_borsuk_1(C,A,B) ) ) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(dt_k10_relat_1,axiom, % 65.56/66.09 $true ). % 65.56/66.09 % 65.56/66.09 fof(dt_k1_struct_0,axiom, % 65.56/66.09 ! [A,B] : % 65.56/66.09 ( ( ~ v3_struct_0(A) % 65.56/66.09 & l1_struct_0(A) % 65.56/66.09 & m1_subset_1(B,u1_struct_0(A)) ) % 65.56/66.09 => m1_subset_1(k1_struct_0(A,B),k1_zfmisc_1(u1_struct_0(A))) ) ). % 65.56/66.09 % 65.56/66.09 fof(dt_k1_tarski,axiom, % 65.56/66.09 $true ). % 65.56/66.09 % 65.56/66.09 fof(dt_k1_tsp_2,axiom, % 65.56/66.09 ! [A,B] : % 65.56/66.09 ( ( ~ v3_struct_0(A) % 65.56/66.09 & v2_pre_topc(A) % 65.56/66.09 & l1_pre_topc(A) % 65.56/66.09 & ~ v3_struct_0(B) % 65.56/66.09 & v2_tsp_2(B,A) % 65.56/66.09 & m1_pre_topc(B,A) ) % 65.56/66.09 => ( v1_funct_1(k1_tsp_2(A,B)) % 65.56/66.09 & v1_funct_2(k1_tsp_2(A,B),u1_struct_0(A),u1_struct_0(B)) % 65.56/66.09 & v5_pre_topc(k1_tsp_2(A,B),A,B) % 65.56/66.09 & m2_relset_1(k1_tsp_2(A,B),u1_struct_0(A),u1_struct_0(B)) ) ) ). % 65.56/66.09 % 65.56/66.09 fof(dt_k1_xboole_0,axiom, % 65.56/66.09 $true ). % 65.56/66.09 % 65.56/66.09 fof(dt_k1_zfmisc_1,axiom, % 65.56/66.09 $true ). % 65.56/66.09 % 65.56/66.09 fof(dt_k2_zfmisc_1,axiom, % 65.56/66.09 $true ). % 65.56/66.09 % 65.56/66.09 fof(dt_k5_pre_topc,axiom, % 65.56/66.09 ! [A,B,C,D] : % 65.56/66.09 ( ( l1_struct_0(A) % 65.56/66.09 & l1_struct_0(B) % 65.56/66.09 & v1_funct_1(C) % 65.56/66.09 & v1_funct_2(C,u1_struct_0(A),u1_struct_0(B)) % 65.56/66.09 & m1_relset_1(C,u1_struct_0(A),u1_struct_0(B)) ) % 65.56/66.09 => m1_subset_1(k5_pre_topc(A,B,C,D),k1_zfmisc_1(u1_struct_0(A))) ) ). % 65.56/66.09 % 65.65/66.09 fof(dt_k6_pre_topc,axiom, % 65.65/66.09 ! [A,B] : % 65.65/66.09 ( ( l1_pre_topc(A) % 65.65/66.09 & m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) ) % 65.65/66.09 => m1_subset_1(k6_pre_topc(A,B),k1_zfmisc_1(u1_struct_0(A))) ) ). % 65.65/66.09 % 65.65/66.09 fof(dt_l1_pre_topc,axiom, % 65.65/66.09 ! [A] : % 65.65/66.09 ( l1_pre_topc(A) % 65.65/66.09 => l1_struct_0(A) ) ). % 65.65/66.09 % 65.65/66.09 fof(dt_l1_struct_0,axiom, % 65.65/66.09 $true ). % 65.65/66.09 % 65.65/66.09 fof(dt_m1_pre_topc,axiom, % 65.65/66.09 ! [A] : % 65.65/66.09 ( l1_pre_topc(A) % 65.65/66.09 => ! [B] : % 65.65/66.09 ( m1_pre_topc(B,A) % 65.65/66.09 => l1_pre_topc(B) ) ) ). % 65.65/66.09 % 65.65/66.09 fof(dt_m1_relset_1,axiom, % 65.65/66.09 $true ). % 65.65/66.09 % 65.65/66.09 fof(dt_m1_subset_1,axiom, % 65.65/66.09 $true ). % 65.65/66.09 % 65.65/66.09 fof(dt_m2_relset_1,axiom, % 65.65/66.09 ! [A,B,C] : % 65.65/66.09 ( m2_relset_1(C,A,B) % 65.65/66.09 => m1_subset_1(C,k1_zfmisc_1(k2_zfmisc_1(A,B))) ) ). % 65.65/66.09 % 65.65/66.09 fof(dt_m2_tsp_1,axiom, % 65.65/66.09 ! [A] : % 65.65/66.09 ( l1_pre_topc(A) % 65.65/66.09 => ! [B] : % 65.65/66.09 ( m2_tsp_1(B,A) % 65.65/66.09 => l1_pre_topc(B) ) ) ). % 65.65/66.09 % 65.65/66.09 fof(dt_u1_struct_0,axiom, % 65.65/66.09 $true ). % 65.65/66.09 % 65.65/66.09 fof(existence_l1_pre_topc,axiom, % 65.65/66.09 ? [A] : l1_pre_topc(A) ). % 65.65/66.09 % 65.65/66.09 fof(existence_l1_struct_0,axiom, % 65.65/66.09 ? [A] : l1_struct_0(A) ). % 65.65/66.09 % 65.65/66.09 fof(existence_m1_pre_topc,axiom, % 65.65/66.09 ! [A] : % 65.65/66.09 ( l1_pre_topc(A) % 65.65/66.09 => ? [B] : m1_pre_topc(B,A) ) ). % 65.65/66.09 % 65.65/66.09 fof(existence_m1_relset_1,axiom, % 65.65/66.09 ! [A,B] : % 65.65/66.09 ? [C] : m1_relset_1(C,A,B) ). % 65.65/66.09 % 65.65/66.09 fof(existence_m1_subset_1,axiom, % 65.65/66.09 ! [A] : % 65.65/66.09 ? [B] : m1_subset_1(B,A) ). % 65.65/66.09 % 65.65/66.09 fof(existence_m2_relset_1,axiom, % 65.65/66.09 ! [A,B] : % 65.65/66.09 ? [C] : m2_relset_1(C,A,B) ). % 65.65/66.09 % 65.65/66.09 fof(existence_m2_tsp_1,axiom, % 65.65/66.09 ! [A] : % 65.65/66.09 ( l1_pre_topc(A) % 65.65/66.09 => ? [B] : m2_tsp_1(B,A) ) ). % 65.65/66.09 % 65.65/66.09 fof(fc10_membered,axiom, % 65.65/66.09 ! [A] : % 65.65/66.09 ( v1_int_1(A) % 65.65/66.09 => ( v1_membered(k1_tarski(A)) % 65.65/66.09 & v2_membered(k1_tarski(A)) % 65.65/66.09 & v3_membered(k1_tarski(A)) % 65.65/66.09 & v4_membered(k1_tarski(A)) ) ) ). % 65.65/66.09 % 65.65/66.09 fof(fc11_membered,axiom, % 65.65/66.09 ! [A] : % 65.65/66.09 ( v4_ordinal2(A) % 65.65/66.09 => ( v1_membered(k1_tarski(A)) % 65.65/66.09 & v2_membered(k1_tarski(A)) % 65.65/66.09 & v3_membered(k1_tarski(A)) % 65.65/66.09 & v4_membered(k1_tarski(A)) % 65.65/66.09 & v5_membered(k1_tarski(A)) ) ) ). % 65.65/66.09 % 65.65/66.09 fof(fc1_struct_0,axiom, % 65.65/66.09 ! [A] : % 65.65/66.09 ( ( ~ v3_struct_0(A) % 65.65/66.09 & l1_struct_0(A) ) % 65.65/66.09 => ~ v1_xboole_0(u1_struct_0(A)) ) ). % 65.65/66.09 % 65.65/66.09 fof(fc1_subset_1,axiom, % 65.65/66.09 ! [A] : ~ v1_xboole_0(k1_zfmisc_1(A)) ). % 65.65/66.09 % 65.65/66.09 fof(fc2_subset_1,axiom, % 65.65/66.09 ! [A] : ~ v1_xboole_0(k1_tarski(A)) ). % 65.65/66.09 % 65.65/66.09 fof(fc2_tops_1,axiom, % 65.65/66.10 ! [A,B] : % 65.65/66.10 ( ( v2_pre_topc(A) % 65.65/66.10 & l1_pre_topc(A) % 65.65/66.10 & m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) ) % 65.65/66.10 => v4_pre_topc(k6_pre_topc(A,B),A) ) ). % 65.65/66.10 % 65.65/66.10 fof(fc4_subset_1,axiom, % 65.65/66.10 ! [A,B] : % 65.65/66.10 ( ( ~ v1_xboole_0(A) % 65.65/66.10 & ~ v1_xboole_0(B) ) % 65.65/66.10 => ~ v1_xboole_0(k2_zfmisc_1(A,B)) ) ). % 65.65/66.10 % 65.65/66.10 fof(fc6_membered,axiom, % 65.65/66.10 ( v1_xboole_0(k1_xboole_0) % 65.65/66.10 & v1_membered(k1_xboole_0) % 65.65/66.10 & v2_membered(k1_xboole_0) % 65.65/66.10 & v3_membered(k1_xboole_0) % 65.65/66.10 & v4_membered(k1_xboole_0) % 65.65/66.10 & v5_membered(k1_xboole_0) ) ). % 65.65/66.10 % 65.65/66.10 fof(fc7_membered,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( v1_xcmplx_0(A) % 65.65/66.10 => v1_membered(k1_tarski(A)) ) ). % 65.65/66.10 % 65.65/66.10 fof(fc8_membered,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( v1_xreal_0(A) % 65.65/66.10 => ( v1_membered(k1_tarski(A)) % 65.65/66.10 & v2_membered(k1_tarski(A)) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(fc9_membered,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( v1_rat_1(A) % 65.65/66.10 => ( v1_membered(k1_tarski(A)) % 65.65/66.10 & v2_membered(k1_tarski(A)) % 65.65/66.10 & v3_membered(k1_tarski(A)) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(l33_tsp_2,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( ( ~ v3_struct_0(A) % 65.65/66.10 & v2_pre_topc(A) % 65.65/66.10 & l1_pre_topc(A) ) % 65.65/66.10 => ! [B] : % 65.65/66.10 ( ( ~ v3_struct_0(B) % 65.65/66.10 & v2_tsp_2(B,A) % 65.65/66.10 & m2_tsp_1(B,A) ) % 65.65/66.10 => ! [C] : % 65.65/66.10 ( ( v1_funct_1(C) % 65.65/66.10 & v1_funct_2(C,u1_struct_0(A),u1_struct_0(B)) % 65.65/66.10 & v5_pre_topc(C,A,B) % 65.65/66.10 & m2_relset_1(C,u1_struct_0(A),u1_struct_0(B)) ) % 65.65/66.10 => ( v3_borsuk_1(C,A,B) % 65.65/66.10 => ! [D] : % 65.65/66.10 ( m1_subset_1(D,u1_struct_0(A)) % 65.65/66.10 => ! [E] : % 65.65/66.10 ( m1_subset_1(E,u1_struct_0(B)) % 65.65/66.10 => ( D = E % 65.65/66.10 => k5_pre_topc(A,B,C,k6_pre_topc(B,k1_struct_0(B,E))) = k6_pre_topc(A,k1_struct_0(A,D)) ) ) ) ) ) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(rc1_membered,axiom, % 65.65/66.10 ? [A] : % 65.65/66.10 ( ~ v1_xboole_0(A) % 65.65/66.10 & v1_membered(A) % 65.65/66.10 & v2_membered(A) % 65.65/66.10 & v3_membered(A) % 65.65/66.10 & v4_membered(A) % 65.65/66.10 & v5_membered(A) ) ). % 65.65/66.10 % 65.65/66.10 fof(rc1_subset_1,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( ~ v1_xboole_0(A) % 65.65/66.10 => ? [B] : % 65.65/66.10 ( m1_subset_1(B,k1_zfmisc_1(A)) % 65.65/66.10 & ~ v1_xboole_0(B) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(rc1_tops_1,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( ( v2_pre_topc(A) % 65.65/66.10 & l1_pre_topc(A) ) % 65.65/66.10 => ? [B] : % 65.65/66.10 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.65/66.10 & v3_pre_topc(B,A) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(rc2_subset_1,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ? [B] : % 65.65/66.10 ( m1_subset_1(B,k1_zfmisc_1(A)) % 65.65/66.10 & v1_xboole_0(B) ) ). % 65.65/66.10 % 65.65/66.10 fof(rc2_tops_1,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( ( v2_pre_topc(A) % 65.65/66.10 & l1_pre_topc(A) ) % 65.65/66.10 => ? [B] : % 65.65/66.10 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.65/66.10 & v3_pre_topc(B,A) % 65.65/66.10 & v4_pre_topc(B,A) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(rc3_struct_0,axiom, % 65.65/66.10 ? [A] : % 65.65/66.10 ( l1_struct_0(A) % 65.65/66.10 & ~ v3_struct_0(A) ) ). % 65.65/66.10 % 65.65/66.10 fof(rc3_tops_1,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( ( ~ v3_struct_0(A) % 65.65/66.10 & v2_pre_topc(A) % 65.65/66.10 & l1_pre_topc(A) ) % 65.65/66.10 => ? [B] : % 65.65/66.10 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.65/66.10 & ~ v1_xboole_0(B) % 65.65/66.10 & v3_pre_topc(B,A) % 65.65/66.10 & v4_pre_topc(B,A) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(rc4_tops_1,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( l1_pre_topc(A) % 65.65/66.10 => ? [B] : % 65.65/66.10 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.65/66.10 & v1_xboole_0(B) % 65.65/66.10 & v1_membered(B) % 65.65/66.10 & v2_membered(B) % 65.65/66.10 & v3_membered(B) % 65.65/66.10 & v4_membered(B) % 65.65/66.10 & v5_membered(B) % 65.65/66.10 & v2_tops_1(B,A) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(rc5_struct_0,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( ( ~ v3_struct_0(A) % 65.65/66.10 & l1_struct_0(A) ) % 65.65/66.10 => ? [B] : % 65.65/66.10 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.65/66.10 & ~ v1_xboole_0(B) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(rc5_tops_1,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( ( v2_pre_topc(A) % 65.65/66.10 & l1_pre_topc(A) ) % 65.65/66.10 => ? [B] : % 65.65/66.10 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.65/66.10 & v1_xboole_0(B) % 65.65/66.10 & v3_pre_topc(B,A) % 65.65/66.10 & v4_pre_topc(B,A) % 65.65/66.10 & v1_membered(B) % 65.65/66.10 & v2_membered(B) % 65.65/66.10 & v3_membered(B) % 65.65/66.10 & v4_membered(B) % 65.65/66.10 & v5_membered(B) % 65.65/66.10 & v2_tops_1(B,A) % 65.65/66.10 & v3_tops_1(B,A) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(rc6_pre_topc,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( ( v2_pre_topc(A) % 65.65/66.10 & l1_pre_topc(A) ) % 65.65/66.10 => ? [B] : % 65.65/66.10 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.65/66.10 & v4_pre_topc(B,A) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(rc7_pre_topc,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( ( ~ v3_struct_0(A) % 65.65/66.10 & v2_pre_topc(A) % 65.65/66.10 & l1_pre_topc(A) ) % 65.65/66.10 => ? [B] : % 65.65/66.10 ( m1_subset_1(B,k1_zfmisc_1(u1_struct_0(A))) % 65.65/66.10 & ~ v1_xboole_0(B) % 65.65/66.10 & v4_pre_topc(B,A) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(redefinition_k1_struct_0,axiom, % 65.65/66.10 ! [A,B] : % 65.65/66.10 ( ( ~ v3_struct_0(A) % 65.65/66.10 & l1_struct_0(A) % 65.65/66.10 & m1_subset_1(B,u1_struct_0(A)) ) % 65.65/66.10 => k1_struct_0(A,B) = k1_tarski(B) ) ). % 65.65/66.10 % 65.65/66.10 fof(redefinition_k5_pre_topc,axiom, % 65.65/66.10 ! [A,B,C,D] : % 65.65/66.10 ( ( l1_struct_0(A) % 65.65/66.10 & l1_struct_0(B) % 65.65/66.10 & v1_funct_1(C) % 65.65/66.10 & v1_funct_2(C,u1_struct_0(A),u1_struct_0(B)) % 65.65/66.10 & m1_relset_1(C,u1_struct_0(A),u1_struct_0(B)) ) % 65.65/66.10 => k5_pre_topc(A,B,C,D) = k10_relat_1(C,D) ) ). % 65.65/66.10 % 65.65/66.10 fof(redefinition_m2_relset_1,axiom, % 65.65/66.10 ! [A,B,C] : % 65.65/66.10 ( m2_relset_1(C,A,B) % 65.65/66.10 <=> m1_relset_1(C,A,B) ) ). % 65.65/66.10 % 65.65/66.10 fof(redefinition_m2_tsp_1,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( l1_pre_topc(A) % 65.65/66.10 => ! [B] : % 65.65/66.10 ( m2_tsp_1(B,A) % 65.65/66.10 <=> m1_pre_topc(B,A) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(reflexivity_r1_tarski,axiom, % 65.65/66.10 ! [A,B] : r1_tarski(A,A) ). % 65.65/66.10 % 65.65/66.10 fof(t1_subset,axiom, % 65.65/66.10 ! [A,B] : % 65.65/66.10 ( r2_hidden(A,B) % 65.65/66.10 => m1_subset_1(A,B) ) ). % 65.65/66.10 % 65.65/66.10 fof(t2_subset,axiom, % 65.65/66.10 ! [A,B] : % 65.65/66.10 ( m1_subset_1(A,B) % 65.65/66.10 => ( v1_xboole_0(B) % 65.65/66.10 | r2_hidden(A,B) ) ) ). % 65.65/66.10 % 65.65/66.10 fof(t3_subset,axiom, % 65.65/66.10 ! [A,B] : % 65.65/66.10 ( m1_subset_1(A,k1_zfmisc_1(B)) % 65.65/66.10 <=> r1_tarski(A,B) ) ). % 65.65/66.10 % 65.65/66.10 fof(t4_subset,axiom, % 65.65/66.10 ! [A,B,C] : % 65.65/66.10 ( ( r2_hidden(A,B) % 65.65/66.10 & m1_subset_1(B,k1_zfmisc_1(C)) ) % 65.65/66.10 => m1_subset_1(A,C) ) ). % 65.65/66.10 % 65.65/66.10 fof(t5_subset,axiom, % 65.65/66.10 ! [A,B,C] : % 65.65/66.10 ~ ( r2_hidden(A,B) % 65.65/66.10 & m1_subset_1(B,k1_zfmisc_1(C)) % 65.65/66.10 & v1_xboole_0(C) ) ). % 65.65/66.10 % 65.65/66.10 fof(t6_boole,axiom, % 65.65/66.10 ! [A] : % 65.65/66.10 ( v1_xboole_0(A) % 65.65/66.10 => A = k1_xboole_0 ) ). % 65.65/66.10 % 65.65/66.10 fof(t7_boole,axiom, % 65.65/66.10 ! [A,B] : % 65.65/66.10 ~ ( r2_hidden(A,B) % 65.65/66.10 & v1_xboole_0(B) ) ). % 65.65/66.10 % 65.65/66.10 fof(t8_boole,axiom, % 65.65/66.10 ! [A,B] : % 65.65/66.10 ~ ( v1_xboole_0(A) % 65.65/66.10 & A != B % 65.65/66.10 & v1_xboole_0(B) ) ). % 65.65/66.10 % 65.65/66.10 %------------------------------------------------------------------------------ % 65.65/66.10 %------------------------------------------- % 65.65/66.10 % Proof found % 65.65/66.10 % SZS status Theorem for theBenchmark % 65.65/66.10 % SZS output start Proof % 65.65/66.10 %ClaNum:322(EqnAxiom:104) % 65.65/66.10 %VarNum:846(SingletonVarNum:267) % 65.65/66.10 %MaxLitNum:15 % 65.65/66.10 %MaxfuncDepth:3 % 65.65/66.10 %SharedTerms:43 % 65.65/66.10 %goalClause: 105 106 107 123 124 126 127 132 133 138 % 65.65/66.10 %singleGoalClaCount:10 % 65.65/66.10 [105]E(a1,a2) % 65.65/66.10 [106]P1(a3) % 65.65/66.10 [107]P2(a3) % 65.65/66.10 [108]P2(a19) % 65.65/66.10 [109]P3(a20) % 65.65/66.10 [110]P3(a4) % 65.65/66.10 [111]P16(a20) % 65.65/66.10 [112]P16(a4) % 65.65/66.10 [113]P25(a20) % 65.65/66.10 [114]P25(a4) % 65.65/66.10 [115]P32(a20) % 65.65/66.10 [116]P32(a4) % 65.65/66.10 [117]P38(a20) % 65.65/66.10 [118]P38(a4) % 65.65/66.10 [119]P17(a20) % 65.65/66.10 [120]P4(a21) % 65.65/66.10 [121]P4(a7) % 65.65/66.10 [123]P26(a14,a3) % 65.65/66.10 [124]P5(a14,a3) % 65.65/66.10 [132]~P33(a3) % 65.65/66.10 [133]~P33(a14) % 65.65/66.10 [134]~P33(a7) % 65.65/66.10 [135]~P17(a4) % 65.65/66.10 [126]P6(a2,f29(a3)) % 65.65/66.10 [127]P6(a1,f29(a14)) % 65.65/66.10 [138]~E(f32(a3,a14,f28(a3,a14),f31(a14,f26(a14,a1))),f31(a3,f26(a3,a2))) % 65.65/66.10 [125]P10(x1251,x1251) % 65.65/66.10 [122]P17(f8(x1221)) % 65.65/66.10 [128]P6(f22(x1281),x1281) % 65.65/66.10 [129]P6(f8(x1291),f30(x1291)) % 65.65/66.10 [136]~P17(f30(x1361)) % 65.65/66.10 [137]~P17(f25(x1371)) % 65.65/66.10 [130]P9(f5(x1301,x1302),x1301,x1302) % 65.65/66.10 [131]P7(f23(x1311,x1312),x1311,x1312) % 65.65/66.10 [139]~P17(x1391)+E(x1391,a20) % 65.65/66.10 [140]~P16(x1401)+P3(x1401) % 65.65/66.10 [141]~P17(x1411)+P3(x1411) % 65.65/66.10 [142]~P25(x1421)+P16(x1421) % 65.65/66.10 [143]~P17(x1431)+P16(x1431) % 65.65/66.10 [144]~P32(x1441)+P25(x1441) % 65.65/66.10 [145]~P17(x1451)+P25(x1451) % 65.65/66.10 [146]~P38(x1461)+P32(x1461) % 65.65/66.10 [147]~P17(x1471)+P32(x1471) % 65.65/66.10 [148]~P17(x1481)+P38(x1481) % 65.65/66.10 [149]~P2(x1491)+P4(x1491) % 65.65/66.10 [151]~P23(x1511)+P3(f25(x1511)) % 65.65/66.10 [152]~P24(x1521)+P3(f25(x1521)) % 65.65/66.10 [153]~P18(x1531)+P3(f25(x1531)) % 65.65/66.10 [154]~P11(x1541)+P3(f25(x1541)) % 65.65/66.10 [155]~P39(x1551)+P3(f25(x1551)) % 65.65/66.10 [156]~P2(x1561)+P3(f12(x1561)) % 65.65/66.10 [157]~P24(x1571)+P16(f25(x1571)) % 65.65/66.10 [158]~P18(x1581)+P16(f25(x1581)) % 65.65/66.10 [159]~P11(x1591)+P16(f25(x1591)) % 65.65/66.10 [160]~P39(x1601)+P16(f25(x1601)) % 65.65/66.10 [161]~P2(x1611)+P16(f12(x1611)) % 65.65/66.10 [162]~P18(x1621)+P25(f25(x1621)) % 65.65/66.10 [163]~P11(x1631)+P25(f25(x1631)) % 65.65/66.10 [164]~P39(x1641)+P25(f25(x1641)) % 65.65/66.10 [165]~P2(x1651)+P25(f12(x1651)) % 65.65/66.10 [166]~P11(x1661)+P32(f25(x1661)) % 65.65/66.10 [167]~P39(x1671)+P32(f25(x1671)) % 65.65/66.10 [168]~P2(x1681)+P32(f12(x1681)) % 65.65/66.10 [169]~P39(x1691)+P38(f25(x1691)) % 65.65/66.10 [170]~P2(x1701)+P38(f12(x1701)) % 65.65/66.10 [171]~P2(x1711)+P17(f12(x1711)) % 65.65/66.10 [172]P17(x1721)+~P17(f9(x1721)) % 65.65/66.10 [181]~P2(x1811)+P5(f6(x1811),x1811) % 65.65/66.10 [182]~P2(x1821)+P8(f24(x1821),x1821) % 65.65/66.10 [183]~P2(x1831)+P28(f12(x1831),x1831) % 65.65/66.10 [190]P17(x1901)+P6(f9(x1901),f30(x1901)) % 65.65/66.10 [258]~P2(x2581)+P6(f12(x2581),f30(f29(x2581))) % 65.65/66.10 [186]~P17(x1861)+~P12(x1862,x1861) % 65.65/66.10 [218]~P12(x2181,x2182)+P6(x2181,x2182) % 65.65/66.10 [257]~P12(x2572,x2571)+~P12(x2571,x2572) % 65.65/66.10 [239]~P10(x2391,x2392)+P6(x2391,f30(x2392)) % 65.65/66.10 [259]P10(x2591,x2592)+~P6(x2591,f30(x2592)) % 65.65/66.10 [312]~P7(x3121,x3122,x3123)+P9(x3121,x3122,x3123) % 65.65/66.10 [313]~P9(x3131,x3132,x3133)+P7(x3131,x3132,x3133) % 65.65/66.10 [308]P20(x3081)+~P6(x3081,f30(f33(x3082,x3083))) % 65.65/66.10 [315]~P9(x3151,x3152,x3153)+P6(x3151,f30(f33(x3152,x3153))) % 65.65/66.10 [175]~P1(x1751)+~P2(x1751)+P3(f15(x1751)) % 65.65/66.10 [176]~P1(x1761)+~P2(x1761)+P16(f15(x1761)) % 65.65/66.10 [177]~P1(x1771)+~P2(x1771)+P25(f15(x1771)) % 65.65/66.10 [178]~P1(x1781)+~P2(x1781)+P32(f15(x1781)) % 65.65/66.10 [179]~P1(x1791)+~P2(x1791)+P38(f15(x1791)) % 65.65/66.10 [180]~P1(x1801)+~P2(x1801)+P17(f15(x1801)) % 65.65/66.10 [184]~P4(x1841)+P33(x1841)+~P17(f29(x1841)) % 65.65/66.10 [185]~P4(x1851)+P33(x1851)+~P17(f16(x1851)) % 65.65/66.10 [208]~P1(x2081)+~P2(x2081)+P35(f10(x2081),x2081) % 65.65/66.10 [209]~P1(x2091)+~P2(x2091)+P35(f11(x2091),x2091) % 65.65/66.10 [210]~P1(x2101)+~P2(x2101)+P35(f15(x2101),x2101) % 65.65/66.10 [211]~P1(x2111)+~P2(x2111)+P40(f11(x2111),x2111) % 65.65/66.10 [212]~P1(x2121)+~P2(x2121)+P40(f15(x2121),x2121) % 65.65/66.10 [213]~P1(x2131)+~P2(x2131)+P40(f17(x2131),x2131) % 65.65/66.10 [214]~P1(x2141)+~P2(x2141)+P28(f15(x2141),x2141) % 65.65/66.10 [215]~P1(x2151)+~P2(x2151)+P36(f15(x2151),x2151) % 65.65/66.10 [260]~P4(x2601)+P33(x2601)+P6(f16(x2601),f30(f29(x2601))) % 65.65/66.10 [261]~P1(x2611)+~P2(x2611)+P6(f10(x2611),f30(f29(x2611))) % 65.65/66.10 [262]~P1(x2621)+~P2(x2621)+P6(f11(x2621),f30(f29(x2621))) % 65.65/66.10 [263]~P1(x2631)+~P2(x2631)+P6(f15(x2631),f30(f29(x2631))) % 65.65/66.10 [264]~P1(x2641)+~P2(x2641)+P6(f17(x2641),f30(f29(x2641))) % 65.65/66.10 [150]~P17(x1502)+~P17(x1501)+E(x1501,x1502) % 65.65/66.10 [191]~P5(x1911,x1912)+P2(x1911)+~P2(x1912) % 65.65/66.10 [192]~P8(x1921,x1922)+P2(x1921)+~P2(x1922) % 65.65/66.10 [193]~P6(x1931,x1932)+P23(x1931)+~P3(x1932) % 65.65/66.10 [194]~P6(x1941,x1942)+P23(x1941)+~P16(x1942) % 65.65/66.10 [195]~P6(x1951,x1952)+P23(x1951)+~P25(x1952) % 65.65/66.10 [196]~P6(x1961,x1962)+P23(x1961)+~P32(x1962) % 65.65/66.10 [197]~P6(x1971,x1972)+P23(x1971)+~P38(x1972) % 65.65/66.10 [198]~P6(x1981,x1982)+P24(x1981)+~P16(x1982) % 65.65/66.10 [199]~P6(x1991,x1992)+P24(x1991)+~P25(x1992) % 65.65/66.10 [200]~P6(x2001,x2002)+P24(x2001)+~P32(x2002) % 65.65/66.10 [201]~P6(x2011,x2012)+P24(x2011)+~P38(x2012) % 65.65/66.10 [202]~P6(x2021,x2022)+P18(x2021)+~P25(x2022) % 65.65/66.10 [203]~P6(x2031,x2032)+P18(x2031)+~P32(x2032) % 65.65/66.10 [204]~P6(x2041,x2042)+P18(x2041)+~P38(x2042) % 65.65/66.10 [205]~P6(x2051,x2052)+P11(x2051)+~P32(x2052) % 65.65/66.10 [206]~P6(x2061,x2062)+P11(x2061)+~P38(x2062) % 65.65/66.10 [207]~P6(x2071,x2072)+P39(x2071)+~P38(x2072) % 65.65/66.10 [238]~P6(x2382,x2381)+P17(x2381)+P12(x2382,x2381) % 65.65/66.10 [255]~P2(x2552)+~P8(x2551,x2552)+P5(x2551,x2552) % 65.65/66.10 [256]~P2(x2562)+~P5(x2561,x2562)+P8(x2561,x2562) % 65.65/66.10 [240]P3(x2401)+~P3(x2402)+~P6(x2401,f30(x2402)) % 65.65/66.10 [241]P3(x2411)+~P16(x2412)+~P6(x2411,f30(x2412)) % 65.65/66.10 [242]P3(x2421)+~P25(x2422)+~P6(x2421,f30(x2422)) % 65.65/66.10 [243]P3(x2431)+~P32(x2432)+~P6(x2431,f30(x2432)) % 65.65/66.10 [244]P3(x2441)+~P38(x2442)+~P6(x2441,f30(x2442)) % 65.65/66.10 [245]P16(x2451)+~P16(x2452)+~P6(x2451,f30(x2452)) % 65.65/66.10 [246]P16(x2461)+~P25(x2462)+~P6(x2461,f30(x2462)) % 65.65/66.10 [247]P16(x2471)+~P32(x2472)+~P6(x2471,f30(x2472)) % 65.65/66.10 [248]P16(x2481)+~P38(x2482)+~P6(x2481,f30(x2482)) % 65.65/66.10 [249]P25(x2491)+~P25(x2492)+~P6(x2491,f30(x2492)) % 65.65/66.10 [250]P25(x2501)+~P32(x2502)+~P6(x2501,f30(x2502)) % 65.65/66.10 [251]P25(x2511)+~P38(x2512)+~P6(x2511,f30(x2512)) % 65.65/66.10 [252]P32(x2521)+~P32(x2522)+~P6(x2521,f30(x2522)) % 65.65/66.10 [253]P32(x2531)+~P38(x2532)+~P6(x2531,f30(x2532)) % 65.65/66.10 [254]P38(x2541)+~P38(x2542)+~P6(x2541,f30(x2542)) % 65.65/66.10 [265]P17(x2651)+P17(x2652)+~P17(f33(x2652,x2651)) % 65.65/66.10 [307]~P2(x3071)+~P6(x3072,f30(f29(x3071)))+P6(f31(x3071,x3072),f30(f29(x3071))) % 65.65/66.10 [270]~P17(x2701)+~P12(x2702,x2703)+~P6(x2703,f30(x2701)) % 65.65/66.10 [275]P6(x2751,x2752)+~P12(x2751,x2753)+~P6(x2753,f30(x2752)) % 65.65/66.10 [174]P27(x1741)+~P2(x1741)+~P34(x1741)+P33(x1741) % 65.65/66.10 [216]~P1(x2161)+~P2(x2161)+P33(x2161)+~P17(f13(x2161)) % 65.65/66.10 [217]~P1(x2171)+~P2(x2171)+P33(x2171)+~P17(f18(x2171)) % 65.65/66.10 [234]~P1(x2341)+~P2(x2341)+P33(x2341)+P35(f13(x2341),x2341) % 65.65/66.10 [235]~P1(x2351)+~P2(x2351)+P33(x2351)+P40(f13(x2351),x2351) % 65.65/66.10 [236]~P1(x2361)+~P2(x2361)+P33(x2361)+P40(f18(x2361),x2361) % 65.65/66.10 [266]~P1(x2661)+~P2(x2661)+P33(x2661)+P6(f13(x2661),f30(f29(x2661))) % 65.65/66.10 [267]~P1(x2671)+~P2(x2671)+P33(x2671)+P6(f18(x2671),f30(f29(x2671))) % 65.65/66.10 [237]~P2(x2372)+~P8(x2371,x2372)+P1(x2371)+~P1(x2372) % 65.65/66.10 [271]P33(x2711)+~P4(x2711)+~P6(x2712,f29(x2711))+E(f26(x2711,x2712),f25(x2712)) % 65.65/66.10 [281]~P2(x2812)+~P17(x2811)+P28(x2811,x2812)+~P6(x2811,f30(f29(x2812))) % 65.65/66.10 [292]~P4(x2921)+P33(x2921)+~P6(x2922,f29(x2921))+P6(f26(x2921,x2922),f30(f29(x2921))) % 65.65/66.10 [294]~P1(x2941)+~P2(x2941)+P40(f31(x2941,x2942),x2941)+~P6(x2942,f30(f29(x2941))) % 65.65/66.10 [188]P27(x1881)+~P1(x1881)+~P2(x1881)+~P19(x1881)+P33(x1881) % 65.65/66.10 [282]~P1(x2822)+~P2(x2822)+~P17(x2821)+P35(x2821,x2822)+~P6(x2821,f30(f29(x2822))) % 65.65/66.10 [283]~P1(x2832)+~P2(x2832)+~P17(x2831)+P40(x2831,x2832)+~P6(x2831,f30(f29(x2832))) % 65.65/66.10 [284]~P1(x2842)+~P2(x2842)+~P17(x2841)+P36(x2841,x2842)+~P6(x2841,f30(f29(x2842))) % 65.65/66.10 [293]~P1(x2932)+~P2(x2932)+~P36(x2931,x2932)+P28(x2931,x2932)+~P6(x2931,f30(f29(x2932))) % 65.65/66.10 [219]P19(x2191)+~P1(x2191)+~P2(x2191)+~P27(x2191)+~P34(x2191)+P33(x2191) % 65.65/66.10 [221]P19(x2211)+~P1(x2211)+~P2(x2211)+~P27(x2211)+~P29(x2211)+P33(x2211) % 65.65/66.10 [224]P19(x2241)+~P1(x2241)+~P2(x2241)+~P27(x2241)+~P37(x2241)+P33(x2241) % 65.65/66.10 [225]P19(x2251)+~P1(x2251)+~P2(x2251)+~P34(x2251)+~P37(x2251)+P33(x2251) % 65.65/66.10 [228]P34(x2281)+~P1(x2281)+~P2(x2281)+~P27(x2281)+~P29(x2281)+P33(x2281) % 65.65/66.10 [229]P37(x2291)+~P1(x2291)+~P2(x2291)+~P27(x2291)+~P29(x2291)+P33(x2291) % 65.65/66.10 [230]P41(x2301)+~P1(x2301)+~P2(x2301)+~P27(x2301)+~P29(x2301)+P33(x2301) % 65.65/66.10 [231]P41(x2311)+~P1(x2311)+~P2(x2311)+~P27(x2311)+~P37(x2311)+P33(x2311) % 65.65/66.10 [232]P42(x2321)+~P1(x2321)+~P2(x2321)+~P27(x2321)+~P29(x2321)+P33(x2321) % 65.65/66.10 [233]P42(x2331)+~P1(x2331)+~P2(x2331)+~P27(x2331)+~P37(x2331)+P33(x2331) % 65.65/66.10 [273]P27(x2732)+~P2(x2731)+~P26(x2732,x2731)+~P8(x2732,x2731)+P33(x2731)+P33(x2732) % 65.65/66.10 [280]~P1(x2801)+~P2(x2801)+~P26(x2802,x2801)+~P8(x2802,x2801)+P33(x2801)+P21(x2802,x2801) % 65.65/66.10 [301]~P2(x3012)+~P35(x3011,x3012)+~P36(x3011,x3012)+P3(x3011)+~P1(x3012)+~P6(x3011,f30(f29(x3012))) % 65.65/66.10 [302]~P2(x3022)+~P35(x3021,x3022)+~P36(x3021,x3022)+P16(x3021)+~P1(x3022)+~P6(x3021,f30(f29(x3022))) % 65.65/66.10 [303]~P2(x3032)+~P35(x3031,x3032)+~P36(x3031,x3032)+P25(x3031)+~P1(x3032)+~P6(x3031,f30(f29(x3032))) % 65.65/66.10 [304]~P2(x3042)+~P35(x3041,x3042)+~P36(x3041,x3042)+P32(x3041)+~P1(x3042)+~P6(x3041,f30(f29(x3042))) % 65.65/66.10 [305]~P2(x3052)+~P35(x3051,x3052)+~P36(x3051,x3052)+P38(x3051)+~P1(x3052)+~P6(x3051,f30(f29(x3052))) % 65.65/66.10 [306]~P2(x3062)+~P35(x3061,x3062)+~P36(x3061,x3062)+P17(x3061)+~P1(x3062)+~P6(x3061,f30(f29(x3062))) % 65.65/66.10 [309]~P1(x3092)+~P2(x3092)+~P35(x3091,x3092)+~P36(x3091,x3092)+P40(x3091,x3092)+~P6(x3091,f30(f29(x3092))) % 65.65/66.10 [311]~P1(x3112)+~P2(x3112)+~P40(x3111,x3112)+~P28(x3111,x3112)+P36(x3111,x3112)+~P6(x3111,f30(f29(x3112))) % 65.65/66.10 [320]~P14(x3203)+~P4(x3202)+~P4(x3201)+~P15(x3203,f29(x3201),f29(x3202))+~P7(x3203,f29(x3201),f29(x3202))+E(f32(x3201,x3202,x3203,x3204),f27(x3203,x3204)) % 65.65/66.10 [321]~P14(x3213)+~P4(x3212)+~P4(x3211)+~P15(x3213,f29(x3211),f29(x3212))+~P7(x3213,f29(x3211),f29(x3212))+P6(f32(x3211,x3212,x3213,x3214),f30(f29(x3211))) % 65.65/66.10 [268]P27(x2682)+~P1(x2681)+~P2(x2681)+~P27(x2681)+~P8(x2682,x2681)+P33(x2681)+P33(x2682) % 65.65/66.10 [297]~P1(x2971)+~P2(x2971)+~P8(x2972,x2971)+~P30(x2972,x2971)+~P13(x2972,x2971)+P33(x2971)+~P26(x2972,x2971) % 65.65/66.10 [300]~P1(x3001)+~P2(x3001)+~P8(x3002,x3001)+~P30(x3002,x3001)+~P22(x3002,x3001)+P33(x3001)+~P26(x3002,x3001) % 65.65/66.10 [291]~P1(x2912)+~P2(x2912)+~P26(x2911,x2912)+~P8(x2911,x2912)+P33(x2911)+P33(x2912)+P14(f28(x2912,x2911)) % 65.65/66.10 [314]~P1(x3142)+~P2(x3142)+~P26(x3141,x3142)+~P8(x3141,x3142)+P33(x3141)+P33(x3142)+P43(f28(x3142,x3141),x3142,x3141) % 65.65/66.10 [316]~P1(x3162)+~P2(x3162)+~P26(x3161,x3162)+~P8(x3161,x3162)+P33(x3161)+P33(x3162)+P15(f28(x3162,x3161),f29(x3162),f29(x3161)) % 65.65/66.10 [317]~P1(x3172)+~P2(x3172)+~P26(x3171,x3172)+~P8(x3171,x3172)+P33(x3171)+P33(x3172)+P9(f28(x3172,x3171),f29(x3172),f29(x3171)) % 65.65/66.10 [277]P27(x2771)+P30(x2772,x2771)+~P1(x2771)+~P2(x2771)+~P27(x2772)+~P8(x2772,x2771)+P33(x2771)+P33(x2772) % 65.65/66.10 [278]P27(x2781)+P30(x2782,x2781)+~P1(x2781)+~P2(x2781)+~P34(x2782)+~P8(x2782,x2781)+P33(x2781)+P33(x2782) % 65.65/66.10 [318]~P1(x3182)+~P2(x3182)+~P14(x3183)+~P26(x3181,x3182)+~P5(x3181,x3182)+~P43(x3183,x3182,x3181)+P33(x3181)+P31(x3183,x3182,x3181)+P33(x3182)+~P15(x3183,f29(x3182),f29(x3181))+~P9(x3183,f29(x3182),f29(x3181))+~E(x3183,f28(x3182,x3181)) % 65.65/66.10 [319]P33(x3193)+P33(x3192)+~P1(x3192)+~P2(x3192)+~P14(x3191)+~P26(x3193,x3192)+~P5(x3193,x3192)+~P43(x3191,x3192,x3193)+~P31(x3191,x3192,x3193)+~P15(x3191,f29(x3192),f29(x3193))+~P9(x3191,f29(x3192),f29(x3193))+E(x3191,f28(x3192,x3193)) % 65.65/66.10 [322]P33(x3222)+P33(x3221)+~E(x3225,x3224)+~P1(x3221)+~P2(x3221)+~P14(x3223)+~P26(x3222,x3221)+~P5(x3222,x3221)+~P43(x3223,x3221,x3222)+~P31(x3223,x3221,x3222)+~P15(x3223,f29(x3221),f29(x3222))+~P9(x3223,f29(x3221),f29(x3222))+~P6(x3224,f29(x3222))+~P6(x3225,f29(x3221))+E(f32(x3221,x3222,x3223,f31(x3222,f26(x3222,x3224))),f31(x3221,f26(x3221,x3225))) % 65.65/66.10 %EqnAxiom % 65.65/66.10 [1]E(x11,x11) % 65.65/66.10 [2]E(x22,x21)+~E(x21,x22) % 65.65/66.10 [3]E(x31,x33)+~E(x31,x32)+~E(x32,x33) % 65.65/66.10 [4]~E(x41,x42)+E(f8(x41),f8(x42)) % 65.65/66.10 [5]~E(x51,x52)+E(f29(x51),f29(x52)) % 65.65/66.10 [6]~E(x61,x62)+E(f31(x61,x63),f31(x62,x63)) % 65.65/66.10 [7]~E(x71,x72)+E(f31(x73,x71),f31(x73,x72)) % 65.65/66.10 [8]~E(x81,x82)+E(f22(x81),f22(x82)) % 65.65/66.10 [9]~E(x91,x92)+E(f26(x91,x93),f26(x92,x93)) % 65.65/66.10 [10]~E(x101,x102)+E(f26(x103,x101),f26(x103,x102)) % 65.65/66.10 [11]~E(x111,x112)+E(f30(x111),f30(x112)) % 65.65/66.10 [12]~E(x121,x122)+E(f5(x121,x123),f5(x122,x123)) % 65.65/66.10 [13]~E(x131,x132)+E(f5(x133,x131),f5(x133,x132)) % 65.65/66.10 [14]~E(x141,x142)+E(f23(x141,x143),f23(x142,x143)) % 65.65/66.10 [15]~E(x151,x152)+E(f23(x153,x151),f23(x153,x152)) % 65.65/66.10 [16]~E(x161,x162)+E(f33(x161,x163),f33(x162,x163)) % 65.65/66.10 [17]~E(x171,x172)+E(f33(x173,x171),f33(x173,x172)) % 65.65/66.10 [18]~E(x181,x182)+E(f25(x181),f25(x182)) % 65.65/66.10 [19]~E(x191,x192)+E(f28(x191,x193),f28(x192,x193)) % 65.65/66.10 [20]~E(x201,x202)+E(f28(x203,x201),f28(x203,x202)) % 65.65/66.10 [21]~E(x211,x212)+E(f18(x211),f18(x212)) % 65.65/66.10 [22]~E(x221,x222)+E(f13(x221),f13(x222)) % 65.65/66.10 [23]~E(x231,x232)+E(f32(x231,x233,x234,x235),f32(x232,x233,x234,x235)) % 65.65/66.10 [24]~E(x241,x242)+E(f32(x243,x241,x244,x245),f32(x243,x242,x244,x245)) % 65.65/66.10 [25]~E(x251,x252)+E(f32(x253,x254,x251,x255),f32(x253,x254,x252,x255)) % 65.65/66.10 [26]~E(x261,x262)+E(f32(x263,x264,x265,x261),f32(x263,x264,x265,x262)) % 65.65/66.10 [27]~E(x271,x272)+E(f12(x271),f12(x272)) % 65.65/66.10 [28]~E(x281,x282)+E(f15(x281),f15(x282)) % 65.65/66.10 [29]~E(x291,x292)+E(f10(x291),f10(x292)) % 65.65/66.10 [30]~E(x301,x302)+E(f11(x301),f11(x302)) % 65.65/66.10 [31]~E(x311,x312)+E(f9(x311),f9(x312)) % 65.65/66.10 [32]~E(x321,x322)+E(f6(x321),f6(x322)) % 65.65/66.10 [33]~E(x331,x332)+E(f27(x331,x333),f27(x332,x333)) % 65.65/66.10 [34]~E(x341,x342)+E(f27(x343,x341),f27(x343,x342)) % 65.65/66.10 [35]~E(x351,x352)+E(f24(x351),f24(x352)) % 65.65/66.10 [36]~E(x361,x362)+E(f17(x361),f17(x362)) % 65.65/66.10 [37]~E(x371,x372)+E(f16(x371),f16(x372)) % 65.65/66.10 [38]~P1(x381)+P1(x382)+~E(x381,x382) % 65.65/66.10 [39]~P2(x391)+P2(x392)+~E(x391,x392) % 65.65/66.10 [40]P6(x402,x403)+~E(x401,x402)+~P6(x401,x403) % 65.65/66.10 [41]P6(x413,x412)+~E(x411,x412)+~P6(x413,x411) % 65.65/66.10 [42]~P3(x421)+P3(x422)+~E(x421,x422) % 65.65/66.10 [43]~P33(x431)+P33(x432)+~E(x431,x432) % 65.65/66.10 [44]~P16(x441)+P16(x442)+~E(x441,x442) % 65.65/66.10 [45]~P38(x451)+P38(x452)+~E(x451,x452) % 65.65/66.10 [46]~P25(x461)+P25(x462)+~E(x461,x462) % 65.65/66.10 [47]~P17(x471)+P17(x472)+~E(x471,x472) % 65.65/66.10 [48]~P32(x481)+P32(x482)+~E(x481,x482) % 65.65/66.10 [49]~P29(x491)+P29(x492)+~E(x491,x492) % 65.65/66.10 [50]P35(x502,x503)+~E(x501,x502)+~P35(x501,x503) % 65.65/66.10 [51]P35(x513,x512)+~E(x511,x512)+~P35(x513,x511) % 65.65/66.10 [52]~P27(x521)+P27(x522)+~E(x521,x522) % 65.65/66.10 [53]P30(x532,x533)+~E(x531,x532)+~P30(x531,x533) % 65.65/66.10 [54]P30(x543,x542)+~E(x541,x542)+~P30(x543,x541) % 65.65/66.10 [55]~P4(x551)+P4(x552)+~E(x551,x552) % 65.65/66.10 [56]~P14(x561)+P14(x562)+~E(x561,x562) % 65.65/66.10 [57]P43(x572,x573,x574)+~E(x571,x572)+~P43(x571,x573,x574) % 65.65/66.10 [58]P43(x583,x582,x584)+~E(x581,x582)+~P43(x583,x581,x584) % 65.65/66.10 [59]P43(x593,x594,x592)+~E(x591,x592)+~P43(x593,x594,x591) % 65.65/66.10 [60]P26(x602,x603)+~E(x601,x602)+~P26(x601,x603) % 65.65/66.10 [61]P26(x613,x612)+~E(x611,x612)+~P26(x613,x611) % 65.65/66.10 [62]P5(x622,x623)+~E(x621,x622)+~P5(x621,x623) % 65.65/66.10 [63]P5(x633,x632)+~E(x631,x632)+~P5(x633,x631) % 65.65/66.10 [64]P10(x642,x643)+~E(x641,x642)+~P10(x641,x643) % 65.65/66.10 [65]P10(x653,x652)+~E(x651,x652)+~P10(x653,x651) % 65.65/66.10 [66]P8(x662,x663)+~E(x661,x662)+~P8(x661,x663) % 65.65/66.10 [67]P8(x673,x672)+~E(x671,x672)+~P8(x673,x671) % 65.65/66.10 [68]~P19(x681)+P19(x682)+~E(x681,x682) % 65.65/66.10 [69]P9(x692,x693,x694)+~E(x691,x692)+~P9(x691,x693,x694) % 65.65/66.10 [70]P9(x703,x702,x704)+~E(x701,x702)+~P9(x703,x701,x704) % 65.65/66.10 [71]P9(x713,x714,x712)+~E(x711,x712)+~P9(x713,x714,x711) % 65.65/66.10 [72]P36(x722,x723)+~E(x721,x722)+~P36(x721,x723) % 65.65/66.10 [73]P36(x733,x732)+~E(x731,x732)+~P36(x733,x731) % 65.65/66.10 [74]P21(x742,x743)+~E(x741,x742)+~P21(x741,x743) % 65.65/66.10 [75]P21(x753,x752)+~E(x751,x752)+~P21(x753,x751) % 65.65/66.10 [76]P7(x762,x763,x764)+~E(x761,x762)+~P7(x761,x763,x764) % 65.65/66.10 [77]P7(x773,x772,x774)+~E(x771,x772)+~P7(x773,x771,x774) % 65.65/66.10 [78]P7(x783,x784,x782)+~E(x781,x782)+~P7(x783,x784,x781) % 65.65/66.10 [79]~P18(x791)+P18(x792)+~E(x791,x792) % 65.65/66.10 [80]~P24(x801)+P24(x802)+~E(x801,x802) % 65.65/66.10 [81]P15(x812,x813,x814)+~E(x811,x812)+~P15(x811,x813,x814) % 65.65/66.10 [82]P15(x823,x822,x824)+~E(x821,x822)+~P15(x823,x821,x824) % 65.65/66.10 [83]P15(x833,x834,x832)+~E(x831,x832)+~P15(x833,x834,x831) % 65.65/66.10 [84]P40(x842,x843)+~E(x841,x842)+~P40(x841,x843) % 65.65/66.10 [85]P40(x853,x852)+~E(x851,x852)+~P40(x853,x851) % 65.65/66.10 [86]P12(x862,x863)+~E(x861,x862)+~P12(x861,x863) % 65.65/66.10 [87]P12(x873,x872)+~E(x871,x872)+~P12(x873,x871) % 65.65/66.10 [88]P13(x882,x883)+~E(x881,x882)+~P13(x881,x883) % 65.65/66.10 [89]P13(x893,x892)+~E(x891,x892)+~P13(x893,x891) % 65.65/66.10 [90]~P11(x901)+P11(x902)+~E(x901,x902) % 65.65/66.10 [91]~P41(x911)+P41(x912)+~E(x911,x912) % 65.65/66.10 [92]P22(x922,x923)+~E(x921,x922)+~P22(x921,x923) % 65.65/66.10 [93]P22(x933,x932)+~E(x931,x932)+~P22(x933,x931) % 65.65/66.10 [94]P28(x942,x943)+~E(x941,x942)+~P28(x941,x943) % 65.65/66.10 [95]P28(x953,x952)+~E(x951,x952)+~P28(x953,x951) % 65.65/66.10 [96]~P34(x961)+P34(x962)+~E(x961,x962) % 65.65/66.10 [97]~P20(x971)+P20(x972)+~E(x971,x972) % 65.65/66.10 [98]~P37(x981)+P37(x982)+~E(x981,x982) % 65.65/66.10 [99]~P23(x991)+P23(x992)+~E(x991,x992) % 65.65/66.10 [100]~P39(x1001)+P39(x1002)+~E(x1001,x1002) % 65.65/66.10 [101]P31(x1012,x1013,x1014)+~E(x1011,x1012)+~P31(x1011,x1013,x1014) % 65.65/66.10 [102]P31(x1023,x1022,x1024)+~E(x1021,x1022)+~P31(x1023,x1021,x1024) % 65.65/66.10 [103]P31(x1033,x1034,x1032)+~E(x1031,x1032)+~P31(x1033,x1034,x1031) % 65.65/66.10 [104]~P42(x1041)+P42(x1042)+~E(x1041,x1042) % 65.65/66.10 % 65.65/66.10 %------------------------------------------- % 65.65/66.11 cnf(323,plain, % 65.65/66.11 (~P2(x3231)+~P5(x3232,x3231)+~P43(f28(x3231,x3232),x3231,x3232)+P33(x3232)+P31(f28(x3231,x3232),x3231,x3232)+P33(x3231)+~P1(x3231)+~P26(x3232,x3231)+~P14(f28(x3231,x3232))+~P15(f28(x3231,x3232),f29(x3231),f29(x3232))+~P9(f28(x3231,x3232),f29(x3231),f29(x3232))), % 65.65/66.11 inference(equality_inference,[],[318])). % 65.65/66.11 cnf(324,plain, % 65.65/66.11 (~P1(x3241)+~P2(x3241)+~P26(x3242,x3241)+~P5(x3242,x3241)+~P43(x3243,x3241,x3242)+~P31(x3243,x3241,x3242)+P33(x3242)+P33(x3241)+~P14(x3243)+~P15(x3243,f29(x3241),f29(x3242))+~P9(x3243,f29(x3241),f29(x3242))+~P6(x3244,f29(x3242))+~P6(x3244,f29(x3241))+E(f32(x3241,x3242,x3243,f31(x3242,f26(x3242,x3244))),f31(x3241,f26(x3241,x3244)))), % 65.65/66.11 inference(equality_inference,[],[322])). % 65.65/66.11 cnf(325,plain, % 65.65/66.11 (E(a2,a1)), % 65.65/66.11 inference(scs_inference,[],[105,2])). % 65.65/66.11 cnf(326,plain, % 65.65/66.11 (~P12(x3261,a20)), % 65.65/66.11 inference(scs_inference,[],[105,119,2,186])). % 65.65/66.11 cnf(328,plain, % 65.65/66.11 (P10(f22(f30(x3281)),x3281)), % 65.65/66.11 inference(scs_inference,[],[105,128,119,2,186,259])). % 65.65/66.11 cnf(329,plain, % 65.65/66.11 (P6(f22(x3291),x3291)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(332,plain, % 65.65/66.11 (P6(f22(x3321),x3321)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(334,plain, % 65.65/66.11 (P6(a1,f29(a3))), % 65.65/66.11 inference(scs_inference,[],[105,126,128,329,119,2,186,259,308,40])). % 65.65/66.11 cnf(336,plain, % 65.65/66.11 (P6(f22(x3361),x3361)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(337,plain, % 65.65/66.11 (P10(a2,a1)), % 65.65/66.11 inference(scs_inference,[],[105,126,125,128,329,332,119,2,186,259,308,40,41,64])). % 65.65/66.11 cnf(338,plain, % 65.65/66.11 (P10(x3381,x3381)), % 65.65/66.11 inference(rename_variables,[],[125])). % 65.65/66.11 cnf(339,plain, % 65.65/66.11 (P10(a1,a2)), % 65.65/66.11 inference(scs_inference,[],[105,126,125,338,128,329,332,119,2,186,259,308,40,41,64,65])). % 65.65/66.11 cnf(341,plain, % 65.65/66.11 (P9(f5(a1,x3411),a2,x3411)), % 65.65/66.11 inference(scs_inference,[],[105,126,125,338,130,128,329,332,119,2,186,259,308,40,41,64,65,70])). % 65.65/66.11 cnf(342,plain, % 65.65/66.11 (P9(f5(x3421,x3422),x3421,x3422)), % 65.65/66.11 inference(rename_variables,[],[130])). % 65.65/66.11 cnf(343,plain, % 65.65/66.11 (P9(f5(x3431,a1),x3431,a2)), % 65.65/66.11 inference(scs_inference,[],[105,126,125,338,130,342,128,329,332,119,2,186,259,308,40,41,64,65,70,71])). % 65.65/66.11 cnf(345,plain, % 65.65/66.11 (P7(f23(a1,x3451),a2,x3451)), % 65.65/66.11 inference(scs_inference,[],[105,126,125,338,130,342,131,128,329,332,119,2,186,259,308,40,41,64,65,70,71,77])). % 65.65/66.11 cnf(346,plain, % 65.65/66.11 (P7(f23(x3461,x3462),x3461,x3462)), % 65.65/66.11 inference(rename_variables,[],[131])). % 65.65/66.11 cnf(347,plain, % 65.65/66.11 (P7(f23(x3471,a1),x3471,a2)), % 65.65/66.11 inference(scs_inference,[],[105,126,125,338,130,342,131,346,128,329,332,119,2,186,259,308,40,41,64,65,70,71,77,78])). % 65.65/66.11 cnf(349,plain, % 65.65/66.11 (P12(f22(a4),a4)), % 65.65/66.11 inference(scs_inference,[],[105,126,125,338,130,342,131,346,128,329,332,336,119,135,2,186,259,308,40,41,64,65,70,71,77,78,238])). % 65.65/66.11 cnf(350,plain, % 65.65/66.11 (P6(f22(x3501),x3501)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(353,plain, % 65.65/66.11 (P6(f22(x3531),x3531)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(356,plain, % 65.65/66.11 (P6(f8(x3561),f30(x3561))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(358,plain, % 65.65/66.11 (P16(f22(f30(a20)))), % 65.65/66.11 inference(scs_inference,[],[105,126,125,338,130,342,131,346,128,329,332,336,350,353,129,109,111,119,135,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245])). % 65.65/66.11 cnf(359,plain, % 65.65/66.11 (P6(f22(x3591),x3591)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(362,plain, % 65.65/66.11 (P6(f8(x3621),f30(x3621))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(364,plain, % 65.65/66.11 (P25(f22(f30(a20)))), % 65.65/66.11 inference(scs_inference,[],[105,126,125,338,130,342,131,346,128,329,332,336,350,353,359,129,356,109,111,113,119,135,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249])). % 65.65/66.11 cnf(365,plain, % 65.65/66.11 (P6(f22(x3651),x3651)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(368,plain, % 65.65/66.11 (P6(f8(x3681),f30(x3681))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(370,plain, % 65.65/66.11 (P32(f22(f30(a20)))), % 65.65/66.11 inference(scs_inference,[],[105,126,125,338,130,342,131,346,128,329,332,336,350,353,359,365,129,356,362,109,111,113,115,119,135,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249,250,252])). % 65.65/66.11 cnf(371,plain, % 65.65/66.11 (P6(f22(x3711),x3711)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(374,plain, % 65.65/66.11 (P6(f8(x3741),f30(x3741))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(376,plain, % 65.65/66.11 (P38(f22(f30(a20)))), % 65.65/66.11 inference(scs_inference,[],[105,126,125,338,130,342,131,346,128,329,332,336,350,353,359,365,371,129,356,362,368,109,111,113,115,117,119,135,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249,250,252,253,254])). % 65.65/66.11 cnf(377,plain, % 65.65/66.11 (P6(f22(x3771),x3771)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(379,plain, % 65.65/66.11 (~P12(x3791,f22(f30(a20)))), % 65.65/66.11 inference(scs_inference,[],[105,126,125,338,130,342,131,346,128,329,332,336,350,353,359,365,371,377,129,356,362,368,109,111,113,115,117,119,135,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249,250,252,253,254,270])). % 65.65/66.11 cnf(382,plain, % 65.65/66.11 (~E(a4,a20)), % 65.65/66.11 inference(scs_inference,[],[105,126,125,338,130,342,131,346,128,329,332,336,350,353,359,365,371,377,129,356,362,368,109,111,113,115,117,119,135,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249,250,252,253,254,270,87])). % 65.65/66.11 cnf(383,plain, % 65.65/66.11 (P28(f8(f29(a3)),a3)), % 65.65/66.11 inference(scs_inference,[],[105,107,126,125,338,130,342,131,346,128,329,332,336,350,353,359,365,371,377,129,356,362,368,374,109,111,113,115,117,119,135,122,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249,250,252,253,254,270,87,281])). % 65.65/66.11 cnf(384,plain, % 65.65/66.11 (P6(f8(x3841),f30(x3841))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(385,plain, % 65.65/66.11 (P17(f8(x3851))), % 65.65/66.11 inference(rename_variables,[],[122])). % 65.65/66.11 cnf(388,plain, % 65.65/66.11 (P6(f8(x3881),f30(x3881))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(390,plain, % 65.65/66.11 (P35(f8(f29(a3)),a3)), % 65.65/66.11 inference(scs_inference,[],[105,106,107,126,125,338,130,342,131,346,128,329,332,336,350,353,359,365,371,377,129,356,362,368,374,384,388,109,111,113,115,117,119,135,122,385,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249,250,252,253,254,270,87,281,294,282])). % 65.65/66.11 cnf(391,plain, % 65.65/66.11 (P6(f8(x3911),f30(x3911))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(392,plain, % 65.65/66.11 (P17(f8(x3921))), % 65.65/66.11 inference(rename_variables,[],[122])). % 65.65/66.11 cnf(394,plain, % 65.65/66.11 (P40(f8(f29(a3)),a3)), % 65.65/66.11 inference(scs_inference,[],[105,106,107,126,125,338,130,342,131,346,128,329,332,336,350,353,359,365,371,377,129,356,362,368,374,384,388,391,109,111,113,115,117,119,135,122,385,392,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249,250,252,253,254,270,87,281,294,282,283])). % 65.65/66.11 cnf(395,plain, % 65.65/66.11 (P6(f8(x3951),f30(x3951))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(396,plain, % 65.65/66.11 (P17(f8(x3961))), % 65.65/66.11 inference(rename_variables,[],[122])). % 65.65/66.11 cnf(398,plain, % 65.65/66.11 (P36(f8(f29(a3)),a3)), % 65.65/66.11 inference(scs_inference,[],[105,106,107,126,125,338,130,342,131,346,128,329,332,336,350,353,359,365,371,377,129,356,362,368,374,384,388,391,395,109,111,113,115,117,119,135,122,385,392,396,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249,250,252,253,254,270,87,281,294,282,283,284])). % 65.65/66.11 cnf(399,plain, % 65.65/66.11 (P6(f8(x3991),f30(x3991))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(403,plain, % 65.65/66.11 (P6(f8(x4031),f30(x4031))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(406,plain, % 65.65/66.11 (P6(f8(x4061),f30(x4061))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(408,plain, % 65.65/66.11 (P25(f8(f29(a3)))), % 65.65/66.11 inference(scs_inference,[],[105,106,107,126,125,338,130,342,131,346,128,329,332,336,350,353,359,365,371,377,129,356,362,368,374,384,388,391,395,399,403,406,109,111,113,115,117,119,135,122,385,392,396,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249,250,252,253,254,270,87,281,294,282,283,284,301,302,303])). % 65.65/66.11 cnf(409,plain, % 65.65/66.11 (P6(f8(x4091),f30(x4091))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(411,plain, % 65.65/66.11 (P32(f8(f29(a3)))), % 65.65/66.11 inference(scs_inference,[],[105,106,107,126,125,338,130,342,131,346,128,329,332,336,350,353,359,365,371,377,129,356,362,368,374,384,388,391,395,399,403,406,409,109,111,113,115,117,119,135,122,385,392,396,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249,250,252,253,254,270,87,281,294,282,283,284,301,302,303,304])). % 65.65/66.11 cnf(412,plain, % 65.65/66.11 (P6(f8(x4121),f30(x4121))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(414,plain, % 65.65/66.11 (P38(f8(f29(a3)))), % 65.65/66.11 inference(scs_inference,[],[105,106,107,126,125,338,130,342,131,346,128,329,332,336,350,353,359,365,371,377,129,356,362,368,374,384,388,391,395,399,403,406,409,412,109,111,113,115,117,119,135,122,385,392,396,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249,250,252,253,254,270,87,281,294,282,283,284,301,302,303,304,305])). % 65.65/66.11 cnf(417,plain, % 65.65/66.11 (~P12(a4,f22(a4))), % 65.65/66.11 inference(scs_inference,[],[105,106,107,126,125,338,130,342,131,346,128,329,332,336,350,353,359,365,371,377,129,356,362,368,374,384,388,391,395,399,403,406,409,412,109,111,113,115,117,119,135,122,385,392,396,2,186,259,308,40,41,64,65,70,71,77,78,238,240,241,245,246,249,250,252,253,254,270,87,281,294,282,283,284,301,302,303,304,305,257])). % 65.65/66.11 cnf(423,plain, % 65.65/66.11 (P20(f8(f33(x4231,x4232)))), % 65.65/66.11 inference(scs_inference,[],[129,308])). % 65.65/66.11 cnf(424,plain, % 65.65/66.11 (P6(f8(x4241),f30(x4241))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(426,plain, % 65.65/66.11 (~P12(x4261,f8(x4262))), % 65.65/66.11 inference(scs_inference,[],[129,122,308,186])). % 65.65/66.11 cnf(428,plain, % 65.65/66.11 (P10(f8(x4281),x4281)), % 65.65/66.11 inference(scs_inference,[],[129,424,122,308,186,259])). % 65.65/66.11 cnf(431,plain, % 65.65/66.11 (P6(f8(x4311),f30(x4311))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(434,plain, % 65.65/66.11 (P6(f8(x4341),f30(x4341))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(437,plain, % 65.65/66.11 (P6(f8(x4371),f30(x4371))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(439,plain, % 65.65/66.11 (P12(f22(f30(x4391)),f30(x4391))), % 65.65/66.11 inference(scs_inference,[],[364,370,376,136,128,129,424,431,434,122,308,186,259,242,247,251,238])). % 65.65/66.11 cnf(440,plain, % 65.65/66.11 (P6(f22(x4401),x4401)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(443,plain, % 65.65/66.11 (P6(f8(x4431),f30(x4431))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(450,plain, % 65.65/66.11 (~P12(x4501,f22(f30(f8(x4502))))), % 65.65/66.11 inference(scs_inference,[],[379,364,370,376,349,136,128,440,129,424,431,434,437,443,122,308,186,259,242,247,251,238,254,252,87,270])). % 65.65/66.11 cnf(453,plain, % 65.65/66.11 (P9(f5(a1,a1),a2,a2)), % 65.65/66.11 inference(scs_inference,[],[105,341,379,364,370,376,349,136,128,440,129,424,431,434,437,443,122,308,186,259,242,247,251,238,254,252,87,270,71])). % 65.65/66.11 cnf(455,plain, % 65.65/66.11 (P10(f22(f30(a1)),a2)), % 65.65/66.11 inference(scs_inference,[],[105,341,328,379,364,370,376,349,136,128,440,129,424,431,434,437,443,122,308,186,259,242,247,251,238,254,252,87,270,71,65])). % 65.65/66.11 cnf(457,plain, % 65.65/66.11 (P7(f23(a1,a1),a2,a2)), % 65.65/66.11 inference(scs_inference,[],[105,341,347,328,379,364,370,376,349,136,128,440,129,424,431,434,437,443,122,308,186,259,242,247,251,238,254,252,87,270,71,65,77])). % 65.65/66.11 cnf(459,plain, % 65.65/66.11 (P6(a2,f29(a14))), % 65.65/66.11 inference(scs_inference,[],[105,127,341,347,328,379,364,370,376,349,136,128,440,129,424,431,434,437,443,122,308,186,259,242,247,251,238,254,252,87,270,71,65,77,40])). % 65.65/66.11 cnf(460,plain, % 65.65/66.11 (~P12(f30(x4601),f22(f30(x4601)))), % 65.65/66.11 inference(scs_inference,[],[105,127,341,347,328,379,364,370,376,349,136,128,440,129,424,431,434,437,443,122,308,186,259,242,247,251,238,254,252,87,270,71,65,77,40,257])). % 65.65/66.11 cnf(471,plain, % 65.65/66.11 (P12(f22(f25(x4711)),f25(x4711))), % 65.65/66.11 inference(scs_inference,[],[137,128,238])). % 65.65/66.11 cnf(474,plain, % 65.65/66.11 (P10(f8(a1),a2)), % 65.65/66.11 inference(scs_inference,[],[105,428,137,128,238,65])). % 65.65/66.11 cnf(478,plain, % 65.65/66.11 (~P12(f25(x4781),f22(f25(x4781)))), % 65.65/66.11 inference(scs_inference,[],[105,428,439,426,137,128,238,65,87,257])). % 65.65/66.11 cnf(489,plain, % 65.65/66.11 (P12(f8(x4891),f30(x4891))), % 65.65/66.11 inference(scs_inference,[],[129,136,238])). % 65.65/66.11 cnf(496,plain, % 65.65/66.11 (P9(x4961,x4962,a2)+~E(f5(x4962,a1),x4961)), % 65.65/66.11 inference(scs_inference,[],[105,124,343,129,471,450,136,238,87,63,68,69])). % 65.65/66.11 cnf(497,plain, % 65.65/66.11 (P36(x4971,a3)+~E(f8(f29(a3)),x4971)), % 65.65/66.11 inference(scs_inference,[],[105,124,343,129,471,450,398,136,238,87,63,68,69,72])). % 65.65/66.11 cnf(499,plain, % 65.65/66.11 (P7(x4991,a2,x4992)+~E(f23(a1,x4992),x4991)), % 65.65/66.11 inference(scs_inference,[],[105,124,343,345,129,471,450,398,136,238,87,63,68,69,72,73,76])). % 65.65/66.11 cnf(514,plain, % 65.65/66.11 (P6(f8(x5141),f30(x5141))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(517,plain, % 65.65/66.11 (P6(f8(x5171),f30(x5171))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(520,plain, % 65.65/66.11 (P6(f8(x5201),f30(x5201))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(523,plain, % 65.65/66.11 (P6(f8(x5231),f30(x5231))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(530,plain, % 65.65/66.11 (P6(x5301,x5302)+~P12(x5301,f22(f30(x5302)))), % 65.65/66.11 inference(scs_inference,[],[129,514,517,520,523,128,471,408,411,414,426,243,248,249,254,253,87,275])). % 65.65/66.11 cnf(629,plain, % 65.65/66.11 (P28(x6291,a3)+~E(f8(f29(a3)),x6291)), % 65.65/66.11 inference(scs_inference,[],[325,383,394,52,85,94])). % 65.65/66.11 cnf(631,plain, % 65.65/66.11 (P35(x6311,a3)+~E(f8(f29(a3)),x6311)), % 65.65/66.11 inference(scs_inference,[],[105,325,383,394,390,52,85,94,42,50])). % 65.65/66.11 cnf(637,plain, % 65.65/66.11 (P7(x6371,x6372,a2)+~E(f23(x6372,a1),x6371)), % 65.65/66.11 inference(scs_inference,[],[347,76])). % 65.65/66.11 cnf(651,plain, % 65.65/66.11 (P6(f8(x6511),f30(x6511))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(654,plain, % 65.65/66.11 (P6(f8(x6541),f30(x6541))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(656,plain, % 65.65/66.11 (P32(f8(a4))), % 65.65/66.11 inference(scs_inference,[],[129,651,654,116,243,250,252])). % 65.65/66.11 cnf(669,plain, % 65.65/66.11 (P6(f8(x6691),f30(x6691))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(672,plain, % 65.65/66.11 (P6(f8(x6721),f30(x6721))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(674,plain, % 65.65/66.11 (P32(f8(f8(a4)))), % 65.65/66.11 inference(scs_inference,[],[129,669,672,656,247,250,252])). % 65.65/66.11 cnf(675,plain, % 65.65/66.11 (P6(f8(x6751),f30(x6751))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(682,plain, % 65.65/66.11 (P40(x6821,a3)+~E(f8(f29(a3)),x6821)), % 65.65/66.11 inference(scs_inference,[],[105,325,129,669,672,675,656,394,247,250,252,243,97,45,84])). % 65.65/66.11 cnf(689,plain, % 65.65/66.11 (P6(f8(x6891),f30(x6891))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(692,plain, % 65.65/66.11 (P6(f8(x6921),f30(x6921))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(695,plain, % 65.65/66.11 (P6(f8(x6951),f30(x6951))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(700,plain, % 65.65/66.11 (P10(x7001,a2)+~E(f8(a1),x7001)), % 65.65/66.11 inference(scs_inference,[],[474,129,689,692,695,674,243,247,250,252,64])). % 65.65/66.11 cnf(708,plain, % 65.65/66.11 (P9(x7081,a2,x7082)+~E(f5(a1,x7082),x7081)), % 65.65/66.11 inference(scs_inference,[],[341,325,96,44,69])). % 65.65/66.11 cnf(787,plain, % 65.65/66.11 (P6(x7871,f30(x7872))+~E(f8(x7872),x7871)), % 65.65/66.11 inference(scs_inference,[],[129,40])). % 65.65/66.11 cnf(788,plain, % 65.65/66.11 (~E(f8(f29(a3)),x7881)+P40(f31(a3,x7881),a3)), % 65.65/66.11 inference(scs_inference,[],[106,107,129,40,294])). % 65.65/66.11 cnf(795,plain, % 65.65/66.11 (P12(x7951,f30(x7952))+~E(f8(x7952),x7951)), % 65.65/66.11 inference(scs_inference,[],[489,86])). % 65.65/66.11 cnf(801,plain, % 65.65/66.11 (P6(x8011,x8012)+~E(f22(x8012),x8011)), % 65.65/66.11 inference(scs_inference,[],[128,40])). % 65.65/66.11 cnf(815,plain, % 65.65/66.11 (P23(f22(a20))), % 65.65/66.11 inference(scs_inference,[],[119,128,143,194])). % 65.65/66.11 cnf(839,plain, % 65.65/66.11 (~P8(a14,a3)+P21(a14,a3)), % 65.65/66.11 inference(scs_inference,[],[123,106,107,132,280])). % 65.65/66.11 cnf(858,plain, % 65.65/66.11 (P32(f8(x8581))), % 65.65/66.11 inference(scs_inference,[],[122,148,146])). % 65.65/66.11 cnf(859,plain, % 65.65/66.11 (P32(f22(f30(f8(x8591))))), % 65.65/66.11 inference(scs_inference,[],[128,858,252])). % 65.65/66.11 cnf(901,plain, % 65.65/66.11 (~P17(f29(a3))), % 65.65/66.11 inference(scs_inference,[],[107,132,149,184])). % 65.65/66.11 cnf(902,plain, % 65.65/66.11 (P12(a2,f29(a3))), % 65.65/66.11 inference(scs_inference,[],[126,901,238])). % 65.65/66.11 cnf(1061,plain, % 65.65/66.11 (P32(f22(f30(a4)))), % 65.65/66.11 inference(scs_inference,[],[128,118,253])). % 65.65/66.11 cnf(1062,plain, % 65.65/66.11 (P6(f22(x10621),x10621)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(1064,plain, % 65.65/66.11 (P25(f22(f30(a4)))), % 65.65/66.11 inference(scs_inference,[],[128,1062,118,253,251])). % 65.65/66.11 cnf(2958,plain, % 65.65/66.11 (P28(x29581,a19)+~E(f8(f29(a19)),x29581)), % 65.65/66.11 inference(scs_inference,[],[108,129,122,281,95,94])). % 65.65/66.11 cnf(3421,plain, % 65.65/66.11 (E(f12(a3),a20)), % 65.65/66.11 inference(scs_inference,[],[107,139,171])). % 65.65/66.11 cnf(3422,plain, % 65.65/66.11 (E(a20,f12(a3))), % 65.65/66.11 inference(scs_inference,[],[3421,2])). % 65.65/66.11 cnf(3425,plain, % 65.65/66.11 (P16(f12(a3))), % 65.65/66.11 inference(scs_inference,[],[382,3421,111,117,2,3,45,44])). % 65.65/66.11 cnf(3426,plain, % 65.65/66.11 (P32(f12(a3))), % 65.65/66.11 inference(scs_inference,[],[382,3421,111,117,115,2,3,45,44,48])). % 65.65/66.11 cnf(3427,plain, % 65.65/66.11 (P17(f12(a3))), % 65.65/66.11 inference(scs_inference,[],[382,119,3421,111,117,115,2,3,45,44,48,47])). % 65.65/66.11 cnf(3428,plain, % 65.65/66.11 (P25(f12(a3))), % 65.65/66.11 inference(scs_inference,[],[382,119,3421,111,113,117,115,2,3,45,44,48,47,46])). % 65.65/66.11 cnf(3429,plain, % 65.65/66.11 (P3(f12(a3))), % 65.65/66.11 inference(scs_inference,[],[109,382,119,3421,111,113,117,115,2,3,45,44,48,47,46,42])). % 65.65/66.11 cnf(3430,plain, % 65.65/66.11 (~P12(x34301,f12(a3))), % 65.65/66.11 inference(scs_inference,[],[109,382,119,3421,111,113,117,115,2,3,45,44,48,47,46,42,186])). % 65.65/66.11 cnf(3437,plain, % 65.65/66.11 (P6(f22(x34371),x34371)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(3440,plain, % 65.65/66.11 (P6(f22(x34401),x34401)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(3443,plain, % 65.65/66.11 (P6(f22(x34431),x34431)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(3446,plain, % 65.65/66.11 (P6(f8(x34461),f30(x34461))), % 65.65/66.11 inference(rename_variables,[],[129])). % 65.65/66.11 cnf(3452,plain, % 65.65/66.11 (P6(f22(x34521),x34521)), % 65.65/66.11 inference(rename_variables,[],[128])). % 65.65/66.11 cnf(3454,plain, % 65.65/66.11 (~P12(x34541,f22(f30(f12(a3))))), % 65.65/66.11 inference(scs_inference,[],[3425,3426,3427,3428,128,3437,3440,3443,3452,129,3446,252,243,245,241,247,249,270])). % 65.65/66.11 cnf(3490,plain, % 65.65/66.11 (~E(f30(x34901),f12(a3))), % 65.65/66.11 inference(scs_inference,[],[439,3430,87])). % 65.65/66.11 cnf(3504,plain, % 65.65/66.11 (~E(f25(x35041),f12(a3))), % 65.65/66.11 inference(scs_inference,[],[471,3430,87])). % 65.65/66.11 cnf(3592,plain, % 65.65/66.11 (~P18(x35921)+P3(f22(f30(f25(x35921))))), % 65.65/66.11 inference(scs_inference,[],[128,153,240])). % 65.65/66.11 cnf(4009,plain, % 65.65/66.11 (P32(f12(a14))), % 65.65/66.11 inference(scs_inference,[],[107,124,168,191])). % 65.65/66.11 cnf(4069,plain, % 65.65/66.11 (P38(f12(a14))), % 65.65/66.11 inference(scs_inference,[],[107,124,170,191])). % 65.65/66.11 cnf(5086,plain, % 65.65/66.11 (P38(f8(a20))), % 65.65/66.11 inference(scs_inference,[],[117,129,254])). % 65.65/66.11 cnf(5296,plain, % 65.65/66.11 (P38(f22(f30(a4)))), % 65.65/66.11 inference(scs_inference,[],[118,128,254])). % 65.65/66.11 cnf(6202,plain, % 65.65/66.11 (P16(f8(x62021))), % 65.65/66.11 inference(scs_inference,[],[122,143])). % 65.65/66.11 cnf(6204,plain, % 65.65/66.11 (P38(f8(x62041))), % 65.65/66.11 inference(scs_inference,[],[122,143,148])). % 65.65/66.11 cnf(6214,plain, % 65.65/66.11 (P32(f12(a19))), % 65.65/66.11 inference(scs_inference,[],[815,122,108,143,148,151,156,161,165,168])). % 65.65/66.11 cnf(6218,plain, % 65.65/66.11 (P17(f12(a19))), % 65.65/66.11 inference(scs_inference,[],[815,122,108,143,148,151,156,161,165,168,170,171])). % 65.65/66.11 cnf(6220,plain, % 65.65/66.11 (~P17(f9(f29(a3)))), % 65.65/66.11 inference(scs_inference,[],[815,901,122,108,143,148,151,156,161,165,168,170,171,172])). % 65.65/66.11 cnf(6228,plain, % 65.65/66.11 (P6(a2,f30(a1))), % 65.65/66.11 inference(scs_inference,[],[815,337,901,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239])). % 65.65/66.11 cnf(6230,plain, % 65.65/66.11 (P9(f23(a1,a1),a2,a2)), % 65.65/66.11 inference(scs_inference,[],[815,337,901,457,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312])). % 65.65/66.11 cnf(6236,plain, % 65.65/66.11 (E(f8(a1),f8(a2))), % 65.65/66.11 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4])). % 65.65/66.11 cnf(6237,plain, % 65.65/66.11 (E(f29(a1),f29(a2))), % 65.65/66.11 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5])). % 65.65/66.11 cnf(6238,plain, % 65.65/66.11 (E(f22(a1),f22(a2))), % 65.65/66.11 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8])). % 65.65/66.11 cnf(6239,plain, % 65.65/66.11 (E(f30(a1),f30(a2))), % 65.65/66.11 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11])). % 65.65/66.12 cnf(6240,plain, % 65.65/66.12 (E(f25(a1),f25(a2))), % 65.65/66.12 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18])). % 65.65/66.12 cnf(6241,plain, % 65.65/66.12 (E(f18(a1),f18(a2))), % 65.65/66.12 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21])). % 65.65/66.12 cnf(6252,plain, % 65.65/66.12 (P6(f12(a19),f30(f29(a19)))), % 65.65/66.12 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258])). % 65.65/66.12 cnf(6254,plain, % 65.65/66.12 (P6(f5(a1,a1),f30(f33(a2,a2)))), % 65.65/66.12 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315])). % 65.65/66.12 cnf(6259,plain, % 65.65/66.12 (E(f26(x62591,a1),f26(x62591,a2))), % 65.65/66.12 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10])). % 65.65/66.12 cnf(6260,plain, % 65.65/66.12 (E(f5(a1,x62601),f5(a2,x62601))), % 65.65/66.12 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12])). % 65.65/66.12 cnf(6270,plain, % 65.65/66.12 (E(f32(a1,x62701,x62702,x62703),f32(a2,x62701,x62702,x62703))), % 65.65/66.12 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23])). % 65.65/66.12 cnf(6271,plain, % 65.65/66.12 (E(f32(x62711,a1,x62712,x62713),f32(x62711,a2,x62712,x62713))), % 65.65/66.12 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24])). % 65.65/66.12 cnf(6272,plain, % 65.65/66.12 (E(f32(x62721,x62722,a1,x62723),f32(x62721,x62722,a2,x62723))), % 65.65/66.12 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25])). % 65.65/66.12 cnf(6273,plain, % 65.65/66.12 (E(f32(x62731,x62732,x62733,a1),f32(x62731,x62732,x62733,a2))), % 65.65/66.12 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26])). % 65.65/66.12 cnf(6274,plain, % 65.65/66.12 (E(f8(x62741),a20)), % 65.65/66.12 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139])). % 65.65/66.12 cnf(6280,plain, % 65.65/66.12 (P25(f8(x62801))), % 65.65/66.12 inference(scs_inference,[],[105,815,337,901,457,453,122,108,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145])). % 65.65/66.12 cnf(6286,plain, % 65.65/66.12 (P6(f22(x62861),x62861)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6289,plain, % 65.65/66.12 (P6(f22(x62891),x62891)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6291,plain, % 65.65/66.12 (P23(f22(f8(a20)))), % 65.65/66.12 inference(scs_inference,[],[105,114,815,4009,5086,859,3504,337,901,457,453,122,108,128,6286,6289,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197])). % 65.65/66.12 cnf(6292,plain, % 65.65/66.12 (P6(f22(x62921),x62921)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6295,plain, % 65.65/66.12 (P6(f22(x62951),x62951)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6298,plain, % 65.65/66.12 (P6(f22(x62981),x62981)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6302,plain, % 65.65/66.12 (P16(f15(a3))), % 65.65/66.12 inference(scs_inference,[],[105,114,815,4009,4069,5086,859,3504,337,901,457,453,122,108,128,6286,6289,6292,6295,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176])). % 65.65/66.12 cnf(6306,plain, % 65.65/66.12 (P32(f15(a3))), % 65.65/66.12 inference(scs_inference,[],[105,114,815,4009,4069,5086,859,3504,337,901,457,453,122,108,128,6286,6289,6292,6295,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178])). % 65.65/66.12 cnf(6308,plain, % 65.65/66.12 (P38(f15(a3))), % 65.65/66.12 inference(scs_inference,[],[105,114,815,4009,4069,5086,859,3504,337,901,457,453,122,108,128,6286,6289,6292,6295,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179])). % 65.65/66.12 cnf(6312,plain, % 65.65/66.12 (~P17(f29(a7))), % 65.65/66.12 inference(scs_inference,[],[105,114,121,134,815,4009,4069,5086,859,3504,337,901,457,453,122,108,128,6286,6289,6292,6295,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184])). % 65.65/66.12 cnf(6314,plain, % 65.65/66.12 (~P17(f16(a7))), % 65.65/66.12 inference(scs_inference,[],[105,114,121,134,815,4009,4069,5086,859,3504,337,901,457,453,122,108,128,6286,6289,6292,6295,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185])). % 65.65/66.12 cnf(6332,plain, % 65.65/66.12 (P36(f15(a3),a3)), % 65.65/66.12 inference(scs_inference,[],[105,114,121,134,815,4009,4069,5086,859,3504,337,901,457,453,122,108,128,6286,6289,6292,6295,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215])). % 65.65/66.12 cnf(6338,plain, % 65.65/66.12 (P6(f10(a3),f30(f29(a3)))), % 65.65/66.12 inference(scs_inference,[],[105,114,121,134,815,4009,4069,5086,859,3504,337,901,457,453,122,108,128,6286,6289,6292,6295,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261])). % 65.65/66.12 cnf(6340,plain, % 65.65/66.12 (P6(f11(a3),f30(f29(a3)))), % 65.65/66.12 inference(scs_inference,[],[105,114,121,134,815,4009,4069,5086,859,3504,337,901,457,453,122,108,128,6286,6289,6292,6295,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262])). % 65.65/66.12 cnf(6342,plain, % 65.65/66.12 (P6(f15(a3),f30(f29(a3)))), % 65.65/66.12 inference(scs_inference,[],[105,114,121,134,815,4009,4069,5086,859,3504,337,901,457,453,122,108,128,6286,6289,6292,6295,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263])). % 65.65/66.12 cnf(6344,plain, % 65.65/66.12 (P6(f17(a3),f30(f29(a3)))), % 65.65/66.12 inference(scs_inference,[],[105,114,121,134,815,4009,4069,5086,859,3504,337,901,457,453,122,108,128,6286,6289,6292,6295,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264])). % 65.65/66.12 cnf(6347,plain, % 65.65/66.12 (P6(f8(x63471),f30(x63471))), % 65.65/66.12 inference(rename_variables,[],[129])). % 65.65/66.12 cnf(6351,plain, % 65.65/66.12 (P6(f22(x63511),x63511)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6354,plain, % 65.65/66.12 (P6(f22(x63541),x63541)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6357,plain, % 65.65/66.12 (P6(f22(x63571),x63571)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6360,plain, % 65.65/66.12 (P6(f22(x63601),x63601)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6362,plain, % 65.65/66.12 (~E(f12(a3),f29(a3))), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,1061,859,3504,337,3427,901,457,453,379,122,129,108,128,6286,6289,6292,6295,6298,6351,6354,6357,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47])). % 65.65/66.12 cnf(6363,plain, % 65.65/66.12 (P2(f6(a19))), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,1061,859,3504,337,3427,901,457,453,379,122,129,108,128,6286,6289,6292,6295,6298,6351,6354,6357,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191])). % 65.65/66.12 cnf(6365,plain, % 65.65/66.12 (P18(f22(a4))), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,1061,859,3504,337,3427,901,457,453,379,122,129,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202])). % 65.65/66.12 cnf(6366,plain, % 65.65/66.12 (P6(f22(x63661),x63661)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6368,plain, % 65.65/66.12 (P2(f24(a19))), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,1061,859,3504,337,3427,901,457,453,379,122,129,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192])). % 65.65/66.12 cnf(6371,plain, % 65.65/66.12 (P6(f22(x63711),x63711)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6374,plain, % 65.65/66.12 (P18(f22(f8(a20)))), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,1061,859,3504,337,3427,901,457,453,379,122,3421,129,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204])). % 65.65/66.12 cnf(6375,plain, % 65.65/66.12 (P6(f22(x63751),x63751)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6381,plain, % 65.65/66.12 (~P6(f29(a3),f30(f12(a3)))), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,1061,859,3504,902,337,460,3427,901,457,453,379,122,3421,129,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204,256,86,270])). % 65.65/66.12 cnf(6386,plain, % 65.65/66.12 (~P17(f13(a3))), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,423,1061,859,3504,902,337,460,3427,901,457,453,379,122,3421,129,6347,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,132,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204,256,86,270,97,40,216])). % 65.65/66.12 cnf(6388,plain, % 65.65/66.12 (~P17(f18(a3))), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,423,1061,859,3504,902,337,460,3427,901,457,453,379,122,3421,129,6347,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,132,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204,256,86,270,97,40,216,217])). % 65.65/66.12 cnf(6390,plain, % 65.65/66.12 (P35(f13(a3),a3)), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,423,1061,859,3504,902,337,460,3427,901,457,453,379,122,3421,129,6347,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,132,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204,256,86,270,97,40,216,217,234])). % 65.65/66.12 cnf(6392,plain, % 65.65/66.12 (P40(f13(a3),a3)), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,423,1061,859,3504,902,337,460,3427,901,457,453,379,122,3421,129,6347,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,132,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204,256,86,270,97,40,216,217,234,235])). % 65.65/66.12 cnf(6396,plain, % 65.65/66.12 (P6(f13(a3),f30(f29(a3)))), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,423,1061,859,3504,902,337,460,3427,901,457,453,379,122,3421,129,6347,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,132,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204,256,86,270,97,40,216,217,234,235,236,266])). % 65.65/66.12 cnf(6398,plain, % 65.65/66.12 (P6(f18(a3),f30(f29(a3)))), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,423,1061,859,3504,902,337,460,3427,901,457,453,379,122,3421,129,6347,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,132,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204,256,86,270,97,40,216,217,234,235,236,266,267])). % 65.65/66.12 cnf(6428,plain, % 65.65/66.12 (P9(f5(a2,a1),a1,a2)), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,423,1061,859,3504,902,337,460,3427,901,457,453,379,122,3421,129,6347,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,6375,132,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204,256,86,270,97,40,216,217,234,235,236,266,267,292,152,153,154,157,158,159,162,163,166,169,801,530,3592,496])). % 65.65/66.12 cnf(6429,plain, % 65.65/66.12 (P7(f23(a1,a2),a2,a1)), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,423,1061,859,3504,902,337,460,3427,901,457,453,379,122,3421,129,6347,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,6375,132,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204,256,86,270,97,40,216,217,234,235,236,266,267,292,152,153,154,157,158,159,162,163,166,169,801,530,3592,496,499])). % 65.65/66.12 cnf(6430,plain, % 65.65/66.12 (P7(f23(a2,a1),a1,a2)), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,423,1061,859,3504,902,337,460,3427,901,457,453,379,122,3421,129,6347,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,6375,132,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204,256,86,270,97,40,216,217,234,235,236,266,267,292,152,153,154,157,158,159,162,163,166,169,801,530,3592,496,499,637])). % 65.65/66.12 cnf(6431,plain, % 65.65/66.12 (P9(f5(a1,a2),a2,a1)), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,423,1061,859,3504,902,337,460,3427,901,457,453,379,122,3421,129,6347,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,6375,132,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204,256,86,270,97,40,216,217,234,235,236,266,267,292,152,153,154,157,158,159,162,163,166,169,801,530,3592,496,499,637,708])). % 65.65/66.12 cnf(6432,plain, % 65.65/66.12 (P16(f22(f30(f8(x64321))))), % 65.65/66.12 inference(scs_inference,[],[105,112,114,121,134,815,4009,4069,5086,423,1061,859,3504,902,337,460,3427,901,457,453,379,122,3421,129,6347,108,128,6286,6289,6292,6295,6298,6351,6354,6357,6360,6366,6371,6375,132,106,107,143,148,151,156,161,165,168,170,171,172,181,182,183,239,312,313,190,4,5,8,11,18,21,22,27,28,29,30,31,32,35,36,37,258,315,6,7,9,10,12,13,14,15,16,17,19,20,33,34,23,24,25,26,139,149,140,145,144,2,195,196,197,206,207,175,176,177,178,179,180,184,185,255,208,209,210,211,212,213,214,215,265,260,261,262,263,264,307,238,205,203,198,47,191,202,192,201,3,204,256,86,270,97,40,216,217,234,235,236,266,267,292,152,153,154,157,158,159,162,163,166,169,801,530,3592,496,499,637,708,142])). % 65.65/66.12 cnf(6469,plain, % 65.65/66.12 (P10(a20,a2)), % 65.65/66.12 inference(scs_inference,[],[6274,700])). % 65.65/66.12 cnf(6470,plain, % 65.65/66.12 (E(f8(x64701),a20)), % 65.65/66.12 inference(rename_variables,[],[6274])). % 65.65/66.12 cnf(6471,plain, % 65.65/66.12 (P36(a20,a3)), % 65.65/66.12 inference(scs_inference,[],[6274,6470,700,497])). % 65.65/66.12 cnf(6472,plain, % 65.65/66.12 (E(f8(x64721),a20)), % 65.65/66.12 inference(rename_variables,[],[6274])). % 65.65/66.12 cnf(6474,plain, % 65.65/66.12 (E(f8(x64741),a20)), % 65.65/66.12 inference(rename_variables,[],[6274])). % 65.65/66.12 cnf(6476,plain, % 65.65/66.12 (E(f8(x64761),a20)), % 65.65/66.12 inference(rename_variables,[],[6274])). % 65.65/66.12 cnf(6478,plain, % 65.65/66.12 (E(f8(x64781),a20)), % 65.65/66.12 inference(rename_variables,[],[6274])). % 65.65/66.12 cnf(6480,plain, % 65.65/66.12 (E(f8(x64801),a20)), % 65.65/66.12 inference(rename_variables,[],[6274])). % 65.65/66.12 cnf(6488,plain, % 65.65/66.12 (P7(f5(a2,a1),a1,a2)), % 65.65/66.12 inference(scs_inference,[],[6274,6470,6472,6474,6476,6478,6480,6428,6291,6374,700,497,629,631,682,2958,788,151,158,313])). % 65.65/66.12 cnf(6490,plain, % 65.65/66.12 (P5(f6(f6(a19)),f6(a19))), % 65.65/66.12 inference(scs_inference,[],[6274,6470,6472,6474,6476,6478,6480,6363,6428,6291,6374,700,497,629,631,682,2958,788,151,158,313,181])). % 65.65/66.12 cnf(6498,plain, % 65.65/66.12 (P9(f23(a1,a2),a2,a1)), % 65.65/66.12 inference(scs_inference,[],[6274,6470,6472,6474,6476,6478,6480,6363,6428,6429,6291,6374,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312])). % 65.65/66.12 cnf(6502,plain, % 65.65/66.12 (P6(a1,f30(a2))), % 65.65/66.12 inference(scs_inference,[],[6274,6470,6472,6474,6476,6478,6480,6363,6428,6429,6291,6374,339,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239])). % 65.65/66.12 cnf(6507,plain, % 65.65/66.12 (P25(f25(f22(a4)))), % 65.65/66.12 inference(scs_inference,[],[6270,6274,6470,6472,6474,6476,6478,6480,6363,6365,6230,6428,6429,6291,6374,339,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162])). % 65.65/66.12 cnf(6512,plain, % 65.65/66.12 (P32(f12(f6(a19)))), % 65.65/66.12 inference(scs_inference,[],[6270,6274,6470,6472,6474,6476,6478,6480,6363,6365,6230,6428,6429,6291,6374,339,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168])). % 65.65/66.12 cnf(6522,plain, % 65.65/66.12 (E(f12(a19),a20)), % 65.65/66.12 inference(scs_inference,[],[6270,6218,6274,6470,6472,6474,6476,6478,6480,6363,6365,6230,6428,6429,6291,6374,339,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139])). % 65.65/66.12 cnf(6539,plain, % 65.65/66.12 (E(f25(f32(a1,x65391,x65392,x65393)),f25(f32(a2,x65391,x65392,x65393)))), % 65.65/66.12 inference(scs_inference,[],[6270,6218,6274,6470,6472,6474,6476,6478,6480,6312,6363,6365,6230,6428,6429,6291,6374,339,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18])). % 65.65/66.12 cnf(6542,plain, % 65.65/66.12 (P25(f12(f6(a19)))), % 65.65/66.12 inference(scs_inference,[],[6270,6218,6274,6470,6472,6474,6476,6478,6480,6312,6363,6365,6230,6428,6429,6291,6374,339,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165])). % 65.65/66.12 cnf(6562,plain, % 65.65/66.12 (P7(f23(a1,f32(a2,x65621,x65622,x65623)),a2,f32(a1,x65621,x65622,x65623))), % 65.65/66.12 inference(scs_inference,[],[6270,6218,6274,6470,6472,6474,6476,6478,6480,6312,6363,6365,6230,6428,6429,6291,6374,6432,339,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499])). % 65.65/66.12 cnf(6563,plain, % 65.65/66.12 (~E(f12(a3),f30(x65631))), % 65.65/66.12 inference(scs_inference,[],[6270,6218,6274,6470,6472,6474,6476,6478,6480,6312,6363,6365,6230,6428,6429,6291,6374,6432,3490,339,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2])). % 65.65/66.12 cnf(6565,plain, % 65.65/66.12 (P6(f22(x65651),x65651)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6568,plain, % 65.65/66.12 (P6(f22(x65681),x65681)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6571,plain, % 65.65/66.12 (P6(f22(x65711),x65711)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6577,plain, % 65.65/66.12 (P12(a2,f30(a1))), % 65.65/66.12 inference(scs_inference,[],[6204,6280,6270,6214,6218,6274,6470,6472,6474,6476,6478,6480,6312,6363,6365,6230,6228,6428,6429,6291,6374,6252,6432,3490,339,136,108,128,6565,6568,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238])). % 65.65/66.12 cnf(6581,plain, % 65.65/66.12 (P6(f22(x65811),x65811)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6584,plain, % 65.65/66.12 (P6(f22(x65841),x65841)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6589,plain, % 65.65/66.12 (P6(f22(x65891),x65891)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6591,plain, % 65.65/66.12 (P23(f22(f15(a3)))), % 65.65/66.12 inference(scs_inference,[],[6204,6280,6270,3429,6214,6218,6274,6470,6472,6474,6476,6478,6480,6302,6312,6363,6365,6230,6228,6428,6429,6291,6374,6252,6432,3490,339,136,108,128,6565,6568,6571,6581,6584,6589,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194])). % 65.65/66.12 cnf(6592,plain, % 65.65/66.12 (P6(f22(x65921),x65921)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6595,plain, % 65.65/66.12 (P6(f22(x65951),x65951)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6597,plain, % 65.65/66.12 (P2(f24(f6(a19)))), % 65.65/66.12 inference(scs_inference,[],[6204,6280,6270,3429,6214,6218,6274,6470,6472,6474,6476,6478,6480,6302,6312,6363,6365,6230,6228,6428,6429,6291,6374,6252,6432,3490,339,136,108,128,6565,6568,6571,6581,6584,6589,6592,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192])). % 65.65/66.12 cnf(6600,plain, % 65.65/66.12 (P6(f22(x66001),x66001)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6603,plain, % 65.65/66.12 (P6(f22(x66031),x66031)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6605,plain, % 65.65/66.12 (P2(a14)), % 65.65/66.12 inference(scs_inference,[],[6202,6204,6280,6270,3429,6214,6218,6274,6470,6472,6474,6476,6478,6480,6302,6312,6363,6365,6230,6228,6428,6429,6291,6374,6252,6432,3490,339,136,124,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191])). % 65.65/66.12 cnf(6607,plain, % 65.65/66.12 (~E(f12(a19),f29(a7))), % 65.65/66.12 inference(scs_inference,[],[6202,6204,6280,6270,3429,6214,6218,6274,6470,6472,6474,6476,6478,6480,6302,6312,6363,6365,6230,6228,6428,6429,6291,6374,6252,6432,3490,339,136,124,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47])). % 65.65/66.12 cnf(6612,plain, % 65.65/66.12 (P8(a14,a3)), % 65.65/66.12 inference(scs_inference,[],[6202,6204,6280,6270,3429,6214,6218,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6291,6374,6252,6432,3490,339,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256])). % 65.65/66.12 cnf(6622,plain, % 65.65/66.12 (P1(a14)), % 65.65/66.12 inference(scs_inference,[],[6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237])). % 65.65/66.12 cnf(6640,plain, % 65.65/66.12 (~P12(f30(a1),a2)), % 65.65/66.12 inference(scs_inference,[],[6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,133,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237,234,839,155,160,164,167,787,163,157,257])). % 65.65/66.12 cnf(6646,plain, % 65.65/66.12 (P9(f5(a1,f32(a2,x66461,x66462,x66463)),a2,f32(a1,x66461,x66462,x66463))), % 65.65/66.12 inference(scs_inference,[],[6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,133,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237,234,839,155,160,164,167,787,163,157,257,166,153,708])). % 65.65/66.12 cnf(6647,plain, % 65.65/66.12 (P9(f5(f32(a2,x66471,x66472,x66473),a1),f32(a1,x66471,x66472,x66473),a2)), % 65.65/66.12 inference(scs_inference,[],[6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,133,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237,234,839,155,160,164,167,787,163,157,257,166,153,708,496])). % 65.65/66.12 cnf(6651,plain, % 65.65/66.12 (P7(f23(f32(a2,x66511,x66512,x66513),a1),f32(a1,x66511,x66512,x66513),a2)), % 65.65/66.12 inference(scs_inference,[],[6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,133,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237,234,839,155,160,164,167,787,163,157,257,166,153,708,496,169,801,637])). % 65.65/66.12 cnf(6652,plain, % 65.65/66.12 (P38(f15(a14))), % 65.65/66.12 inference(scs_inference,[],[6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,133,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237,234,839,155,160,164,167,787,163,157,257,166,153,708,496,169,801,637,179])). % 65.65/66.12 cnf(6658,plain, % 65.65/66.12 (P35(f15(a14),a14)), % 65.65/66.12 inference(scs_inference,[],[120,6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,133,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237,234,839,155,160,164,167,787,163,157,257,166,153,708,496,169,801,637,179,184,209,210])). % 65.65/66.12 cnf(6662,plain, % 65.65/66.12 (P16(f15(a14))), % 65.65/66.12 inference(scs_inference,[],[120,6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,133,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237,234,839,155,160,164,167,787,163,157,257,166,153,708,496,169,801,637,179,184,209,210,262,176])). % 65.65/66.12 cnf(6664,plain, % 65.65/66.12 (P40(f15(a14),a14)), % 65.65/66.12 inference(scs_inference,[],[120,6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,133,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237,234,839,155,160,164,167,787,163,157,257,166,153,708,496,169,801,637,179,184,209,210,262,176,212])). % 65.65/66.12 cnf(6670,plain, % 65.65/66.12 (P32(f15(a14))), % 65.65/66.12 inference(scs_inference,[],[120,6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,133,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237,234,839,155,160,164,167,787,163,157,257,166,153,708,496,169,801,637,179,184,209,210,262,176,212,175,213,178])). % 65.65/66.12 cnf(6672,plain, % 65.65/66.12 (P17(f15(a14))), % 65.65/66.12 inference(scs_inference,[],[120,6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,133,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237,234,839,155,160,164,167,787,163,157,257,166,153,708,496,169,801,637,179,184,209,210,262,176,212,175,213,178,180])). % 65.65/66.12 cnf(6674,plain, % 65.65/66.12 (P6(f10(a14),f30(f29(a14)))), % 65.65/66.12 inference(scs_inference,[],[120,6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,133,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237,234,839,155,160,164,167,787,163,157,257,166,153,708,496,169,801,637,179,184,209,210,262,176,212,175,213,178,180,261])). % 65.65/66.12 cnf(6684,plain, % 65.65/66.12 (P36(f15(a14),a14)), % 65.65/66.12 inference(scs_inference,[],[120,6202,6204,6280,6270,6260,3429,6214,6218,6240,6274,6470,6472,6474,6476,6478,6480,6302,6312,6362,6363,6365,6230,6228,6428,6429,6254,6291,6374,6252,6338,6432,3490,339,133,478,902,136,124,3421,108,128,6565,6568,6571,6581,6584,6589,6592,6595,6600,6603,106,107,700,497,629,631,682,2958,788,151,158,313,181,170,258,156,312,182,239,315,31,162,7,30,25,168,22,36,20,33,17,16,171,139,19,172,149,35,21,11,183,13,5,27,24,8,18,161,165,23,190,32,140,28,12,29,4,6,34,10,37,9,26,15,14,499,2,206,195,196,255,307,238,193,203,265,205,194,207,192,198,202,191,47,200,3,256,270,86,40,294,237,234,839,155,160,164,167,787,163,157,257,166,153,708,496,169,801,637,179,184,209,210,262,176,212,175,213,178,180,261,264,263,214,177,215])). % 65.65/66.12 cnf(6729,plain, % 65.65/66.12 (P7(f5(a1,a2),a2,a1)), % 65.65/66.12 inference(scs_inference,[],[6605,6431,6591,151,258,313])). % 65.65/66.12 cnf(6733,plain, % 65.65/66.12 (P38(f12(f24(a19)))), % 65.65/66.12 inference(scs_inference,[],[6605,6431,6368,6591,151,258,313,156,170])). % 65.65/66.12 cnf(6735,plain, % 65.65/66.12 (P5(f6(a14),a14)), % 65.65/66.12 inference(scs_inference,[],[6605,6431,6368,6591,151,258,313,156,170,181])). % 65.65/66.12 cnf(6737,plain, % 65.65/66.12 (P4(a14)), % 65.65/66.12 inference(scs_inference,[],[6605,6431,6368,6591,151,258,313,156,170,181,149])). % 65.65/66.12 cnf(6739,plain, % 65.65/66.12 (P32(f12(f24(a19)))), % 65.65/66.12 inference(scs_inference,[],[6605,6431,6368,6591,151,258,313,156,170,181,149,146])). % 65.65/66.12 cnf(6743,plain, % 65.65/66.12 (P6(a20,f30(a2))), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6431,6368,6591,6597,151,258,313,156,170,181,149,146,168,239])). % 65.65/66.12 cnf(6749,plain, % 65.65/66.12 (P9(f23(a2,a1),a1,a2)), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6368,6591,6597,151,258,313,156,170,181,149,146,168,239,315,182,312])). % 65.65/66.12 cnf(6759,plain, % 65.65/66.12 (P28(f12(a14),a14)), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6591,6597,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183])). % 65.65/66.12 cnf(6763,plain, % 65.65/66.12 (P17(f12(a14))), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6591,6597,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171])). % 65.65/66.12 cnf(6766,plain, % 65.65/66.12 (E(f5(x67661,f32(x67662,a1,x67663,x67664)),f5(x67661,f32(x67662,a2,x67663,x67664)))), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6591,6597,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13])). % 65.65/66.12 cnf(6767,plain, % 65.65/66.12 (E(f15(a14),a20)), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6672,6591,6597,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139])). % 65.65/66.12 cnf(6779,plain, % 65.65/66.12 (E(f5(f32(x67791,a1,x67792,x67793),x67794),f5(f32(x67791,a2,x67792,x67793),x67794))), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6672,6591,6597,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12])). % 65.65/66.12 cnf(6784,plain, % 65.65/66.12 (E(f25(f32(x67841,a1,x67842,x67843)),f25(f32(x67841,a2,x67842,x67843)))), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6672,6591,6597,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18])). % 65.65/66.12 cnf(6805,plain, % 65.65/66.12 (P6(f22(x68051),x68051)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6807,plain, % 65.65/66.12 (~P17(f16(a14))), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6607,6670,6672,6591,6597,133,128,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185])). % 65.65/66.12 cnf(6810,plain, % 65.65/66.12 (P6(f22(x68101),x68101)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6812,plain, % 65.65/66.12 (~P17(f29(a14))), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6607,6652,6670,6672,6591,6597,133,128,6805,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184])). % 65.65/66.12 cnf(6815,plain, % 65.65/66.12 (P6(f22(x68151),x68151)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6820,plain, % 65.65/66.12 (P6(f22(x68201),x68201)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6822,plain, % 65.65/66.12 (P17(f22(f30(f8(x68221))))), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6607,6652,6670,6672,6507,6591,6597,450,133,128,6805,6810,6815,6820,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238])). % 65.65/66.12 cnf(6824,plain, % 65.65/66.12 (P6(f22(x68241),x68241)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6833,plain, % 65.65/66.12 (P6(f22(x68331),x68331)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6835,plain, % 65.65/66.12 (P2(f24(a14))), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6607,6652,6662,6670,6672,6340,6507,6591,6597,450,133,128,6805,6810,6815,6820,6824,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192])). % 65.65/66.12 cnf(6838,plain, % 65.65/66.12 (P6(f22(x68381),x68381)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6841,plain, % 65.65/66.12 (P6(f22(x68411),x68411)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6844,plain, % 65.65/66.12 (P6(f22(x68441),x68441)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(6846,plain, % 65.65/66.12 (P2(f6(a14))), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6607,6652,6662,6670,6672,6340,6507,6512,6591,6597,450,133,128,6805,6810,6815,6820,6824,6833,6838,6841,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191])). % 65.65/66.12 cnf(6848,plain, % 65.65/66.12 (P8(f6(f6(a19)),f6(a19))), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6607,6652,6662,6670,6672,6490,6340,6507,6512,6591,6597,450,6363,133,128,6805,6810,6815,6820,6824,6833,6838,6841,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256])). % 65.65/66.12 cnf(6850,plain, % 65.65/66.12 (~P6(f30(a1),f30(f15(a14)))), % 65.65/66.12 inference(scs_inference,[],[6469,6605,6430,6431,6271,6314,6368,6607,6652,6662,6670,6672,6577,6490,6340,6507,6512,6591,6597,450,6363,133,128,6805,6810,6815,6820,6824,6833,6838,6841,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270])). % 65.65/66.12 cnf(6856,plain, % 65.65/66.12 (~E(f15(a14),f16(a7))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6430,6431,6271,6314,6368,6607,6652,6662,6670,6672,6577,6640,6490,6340,6507,6512,6591,6597,450,6363,133,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47])). % 65.65/66.12 cnf(6857,plain, % 65.65/66.12 (~P12(f25(f32(a1,x68571,x68572,x68573)),f22(f25(f32(a2,x68571,x68572,x68573))))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6430,6431,6271,6314,6368,6607,6652,6662,6670,6672,6577,6640,6490,6340,6507,6512,6591,6597,6539,478,450,6363,133,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86])). % 65.65/66.12 cnf(6859,plain, % 65.65/66.12 (E(f32(x68591,a1,a1,x68592),f32(x68591,a2,a2,x68592))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6430,6431,6271,6272,6314,6368,6607,6652,6662,6670,6672,6577,6640,6490,6340,6507,6512,6591,6597,6539,478,450,6363,133,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3])). % 65.65/66.12 cnf(6863,plain, % 65.65/66.12 (P6(f8(x68631),f30(x68631))), % 65.65/66.12 inference(rename_variables,[],[129])). % 65.65/66.12 cnf(6866,plain, % 65.65/66.12 (E(f26(a14,a2),f25(a2))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6430,6431,6271,6272,6314,6368,6607,6652,6662,6670,6672,6577,6640,6490,6340,6507,6512,6591,6597,6539,478,459,450,6363,133,129,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271])). % 65.65/66.12 cnf(6868,plain, % 65.65/66.12 (~P17(f18(a14))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6622,6430,6431,6271,6272,6314,6368,6607,6652,6662,6670,6672,6577,6640,6490,6340,6507,6512,6591,6597,6539,478,459,450,6363,133,129,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217])). % 65.65/66.12 cnf(6874,plain, % 65.65/66.12 (P6(f13(a14),f30(f29(a14)))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6622,6430,6431,6271,6272,6314,6368,6607,6652,6662,6670,6672,6577,6640,6490,6340,6507,6512,6591,6597,6539,478,459,450,6363,133,129,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266])). % 65.65/66.12 cnf(6878,plain, % 65.65/66.12 (~P17(f13(a14))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6622,6430,6431,6271,6272,6314,6368,6607,6652,6662,6670,6672,6577,6640,6490,6340,6507,6512,6591,6597,6539,478,459,450,6363,133,129,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266,267,216])). % 65.65/66.12 cnf(6880,plain, % 65.65/66.12 (P1(f24(a14))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6622,6430,6431,6271,6272,6314,6368,6607,6652,6662,6670,6672,6577,6640,6490,6340,6507,6512,6591,6597,6539,478,459,450,6363,133,129,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266,267,216,237])). % 65.65/66.12 cnf(6886,plain, % 65.65/66.12 (~P36(f13(a3),a3)), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6622,6430,6431,6271,6272,6314,6368,6386,6607,6652,6662,6670,6672,6390,6577,6640,6490,6340,6396,6507,6512,6591,6597,6539,478,459,450,6363,133,122,129,6863,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,106,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266,267,216,237,281,306])). % 65.65/66.12 cnf(6888,plain, % 65.65/66.12 (P43(f28(a3,a14),a3,a14)), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6612,6622,6430,6431,6271,6272,6314,6368,6386,6607,6652,6662,6670,6672,6390,6577,6640,6490,6340,6396,6507,6512,6591,6597,6539,478,459,450,6363,133,122,123,129,6863,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,132,106,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266,267,216,237,281,306,314])). % 65.65/66.12 cnf(6890,plain, % 65.65/66.12 (P14(f28(a3,a14))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6612,6622,6430,6431,6271,6272,6314,6368,6386,6607,6652,6662,6670,6672,6390,6577,6640,6490,6340,6396,6507,6512,6591,6597,6539,478,459,450,6363,133,122,123,129,6863,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,132,106,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266,267,216,237,281,306,314,291])). % 65.65/66.12 cnf(6892,plain, % 65.65/66.12 (P15(f28(a3,a14),f29(a3),f29(a14))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6612,6622,6430,6431,6271,6272,6314,6368,6386,6607,6652,6662,6670,6672,6390,6577,6640,6490,6340,6396,6507,6512,6591,6597,6539,478,459,450,6363,133,122,123,129,6863,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,132,106,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266,267,216,237,281,306,314,291,316])). % 65.65/66.12 cnf(6894,plain, % 65.65/66.12 (P9(f28(a3,a14),f29(a3),f29(a14))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6612,6622,6430,6431,6271,6272,6314,6368,6386,6607,6652,6662,6670,6672,6390,6577,6640,6490,6340,6396,6507,6512,6591,6597,6539,478,459,450,6363,133,122,123,129,6863,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,132,106,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266,267,216,237,281,306,314,291,316,317])). % 65.65/66.12 cnf(6896,plain, % 65.65/66.12 (P31(f28(a3,a14),a3,a14)), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6612,6622,6430,6431,6271,6272,6314,6368,6386,6607,6652,6662,6670,6672,6390,6577,6640,6490,6340,6396,6507,6512,6591,6597,6539,478,459,450,6363,133,122,124,123,129,6863,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,132,106,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266,267,216,237,281,306,314,291,316,317,323])). % 65.65/66.12 cnf(6923,plain, % 65.65/66.12 (P3(f15(f24(a14)))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6612,6622,6430,6431,6271,6272,6314,6368,6386,6607,6652,6662,6670,6672,6390,6502,6577,6640,6490,6340,6396,6507,6512,6591,6597,6539,478,334,459,450,126,6363,133,122,124,123,129,6863,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,132,106,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266,267,216,237,281,306,314,291,316,317,323,324,322,167,164,154,158,142,169,708,496,140,801,197,176,175])). % 65.65/66.12 cnf(6933,plain, % 65.65/66.12 (P17(f15(f24(a14)))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6612,6622,6430,6431,6271,6272,6314,6368,6386,6607,6652,6662,6670,6672,6390,6502,6577,6640,6490,6340,6396,6507,6512,6591,6597,6539,478,334,459,450,126,6363,133,122,124,123,129,6863,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,132,106,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266,267,216,237,281,306,314,291,316,317,323,324,322,167,164,154,158,142,169,708,496,140,801,197,176,175,209,262,212,214,180])). % 65.65/66.12 cnf(6935,plain, % 65.65/66.12 (P25(f15(f24(a14)))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6612,6622,6430,6431,6271,6272,6314,6368,6386,6607,6652,6662,6670,6672,6390,6502,6577,6640,6490,6340,6396,6507,6512,6591,6597,6539,478,334,459,450,126,6363,133,122,124,123,129,6863,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,132,106,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266,267,216,237,281,306,314,291,316,317,323,324,322,167,164,154,158,142,169,708,496,140,801,197,176,175,209,262,212,214,180,177])). % 65.65/66.12 cnf(6937,plain, % 65.65/66.12 (P38(f15(f24(a14)))), % 65.65/66.12 inference(scs_inference,[],[105,6469,6605,6612,6622,6430,6431,6271,6272,6314,6368,6386,6607,6652,6662,6670,6672,6390,6502,6577,6640,6490,6340,6396,6507,6512,6591,6597,6539,478,334,459,450,126,6363,133,122,124,123,129,6863,128,6805,6810,6815,6820,6824,6833,6838,6841,6844,132,106,107,151,258,313,156,170,181,149,146,168,239,315,182,312,190,33,19,5,22,36,8,183,161,171,16,13,139,28,172,165,30,27,25,35,17,12,23,7,31,11,18,20,10,9,4,32,29,15,14,6,24,637,21,37,34,26,499,144,2,196,185,206,184,195,260,203,238,265,255,307,198,192,205,207,202,191,256,270,200,87,47,86,3,40,292,271,217,235,236,266,267,216,237,281,306,314,291,316,317,323,324,322,167,164,154,158,142,169,708,496,140,801,197,176,175,209,262,212,214,180,177,179])). % 65.65/66.12 cnf(6975,plain, % 65.65/66.12 (P38(f12(f24(a14)))), % 65.65/66.12 inference(scs_inference,[],[6894,6835,6822,148,313,156,181,170])). % 65.65/66.12 cnf(6977,plain, % 65.65/66.12 (P9(f23(a1,f32(a2,x69771,x69772,x69773)),a2,f32(a1,x69771,x69772,x69773))), % 65.65/66.12 inference(scs_inference,[],[6894,6835,6562,6822,148,313,156,181,170,312])). % 65.65/66.12 cnf(6983,plain, % 65.65/66.12 (P6(f22(f30(a1)),f30(a2))), % 65.65/66.12 inference(scs_inference,[],[6894,6835,6562,6822,455,148,313,156,181,170,312,258,149,239])). % 65.65/66.12 cnf(6985,plain, % 65.65/66.12 (P32(f12(f24(a14)))), % 65.65/66.12 inference(scs_inference,[],[6894,6835,6562,6822,455,148,313,156,181,170,312,258,149,239,168])). % 65.65/66.12 cnf(6989,plain, % 65.65/66.12 (P8(f24(f24(a14)),f24(a14))), % 65.65/66.12 inference(scs_inference,[],[6894,6388,6835,6562,6822,455,148,313,156,181,170,312,258,149,239,168,190,182])). % 65.65/66.12 cnf(6995,plain, % 65.65/66.12 (E(f12(a14),a20)), % 65.65/66.12 inference(scs_inference,[],[6894,6388,6763,6835,6562,6822,455,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139])). % 65.65/66.12 cnf(6999,plain, % 65.65/66.12 (P17(f12(f24(a14)))), % 65.65/66.12 inference(scs_inference,[],[6894,6388,6763,6835,6562,6822,455,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171])). % 65.65/66.12 cnf(7005,plain, % 65.65/66.12 (E(f5(f8(a1),x70051),f5(f8(a2),x70051))), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6562,6822,455,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12])). % 65.65/66.12 cnf(7006,plain, % 65.65/66.12 (E(f5(x70061,f8(a1)),f5(x70061,f8(a2)))), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6562,6822,455,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13])). % 65.65/66.12 cnf(7008,plain, % 65.65/66.12 (P9(f5(f32(x70081,a2,x70082,x70083),a1),f32(x70081,a1,x70082,x70083),a2)), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6562,6779,6822,455,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496])). % 65.65/66.12 cnf(7012,plain, % 65.65/66.12 (P9(f5(a1,f32(x70121,a2,x70122,x70123)),a2,f32(x70121,a1,x70122,x70123))), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6562,6766,6779,6822,455,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708])). % 65.65/66.12 cnf(7043,plain, % 65.65/66.12 (P7(f23(f8(a2),a1),f8(a1),a2)), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6562,6766,6779,6822,455,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637])). % 65.65/66.12 cnf(7044,plain, % 65.65/66.12 (P7(f23(a1,f8(a2)),a2,f8(a1))), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6562,6766,6779,6822,455,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637,499])). % 65.65/66.12 cnf(7047,plain, % 65.65/66.12 (P6(f22(x70471),x70471)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7050,plain, % 65.65/66.12 (P6(f22(x70501),x70501)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7052,plain, % 65.65/66.12 (P12(a20,f30(a2))), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6856,6743,6562,6733,6766,6779,6822,455,136,128,7047,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637,499,2,197,206,238])). % 65.65/66.12 cnf(7056,plain, % 65.65/66.12 (P6(f22(x70561),x70561)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7063,plain, % 65.65/66.12 (P6(f22(x70631),x70631)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7071,plain, % 65.65/66.12 (P2(f6(f6(a19)))), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6856,6880,6743,6848,6562,6733,6739,6766,6779,6822,455,136,6363,128,7047,7050,7056,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637,499,2,197,206,238,203,255,265,201,215,264,211,192])). % 65.65/66.12 cnf(7084,plain, % 65.65/66.12 (P2(f6(f24(a14)))), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6856,6880,6743,6848,6562,6674,6733,6739,6766,6779,6822,455,136,6363,6605,128,7047,7050,7056,7063,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637,499,2,197,206,238,203,255,265,201,215,264,211,192,207,263,208,307,213,191])). % 65.65/66.12 cnf(7086,plain, % 65.65/66.12 (P8(f6(f24(a14)),f24(a14))), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6856,6880,6743,6848,6562,6674,6733,6739,6766,6779,6822,455,136,6363,6605,128,7047,7050,7056,7063,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637,499,2,197,206,238,203,255,265,201,215,264,211,192,207,263,208,307,213,191,256])). % 65.65/66.12 cnf(7088,plain, % 65.65/66.12 (~P6(f30(a1),f30(f12(a14)))), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6856,6880,6743,6848,6562,6674,6733,6739,6766,6779,6822,6577,455,136,6363,6605,128,7047,7050,7056,7063,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637,499,2,197,206,238,203,255,265,201,215,264,211,192,207,263,208,307,213,191,256,270])). % 65.65/66.12 cnf(7090,plain, % 65.65/66.12 (~P12(x70901,f12(a19))), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6856,6880,6522,6743,6848,6562,6674,6733,6739,6766,6779,6822,6577,455,326,136,6363,6605,128,7047,7050,7056,7063,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637,499,2,197,206,238,203,255,265,201,215,264,211,192,207,263,208,307,213,191,256,270,87])). % 65.65/66.12 cnf(7091,plain, % 65.65/66.12 (~E(f12(a14),f18(a3))), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6388,6763,6835,6856,6880,6522,6743,6848,6562,6674,6733,6739,6766,6779,6822,6577,455,326,136,6363,6605,128,7047,7050,7056,7063,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637,499,2,197,206,238,203,255,265,201,215,264,211,192,207,263,208,307,213,191,256,270,87,47])). % 65.65/66.12 cnf(7092,plain, % 65.65/66.12 (~P12(f26(a14,a2),f22(f25(a2)))), % 65.65/66.12 inference(scs_inference,[],[6894,6236,6866,6388,6763,6835,6856,6880,6522,6743,6848,6562,6674,6733,6739,6766,6779,6822,6577,455,478,326,136,6363,6605,128,7047,7050,7056,7063,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637,499,2,197,206,238,203,255,265,201,215,264,211,192,207,263,208,307,213,191,256,270,87,47,86])). % 65.65/66.12 cnf(7095,plain, % 65.65/66.12 (P36(a20,a14)), % 65.65/66.12 inference(scs_inference,[],[6684,6894,6236,6563,6866,6388,6763,6835,6856,6880,6522,6743,6767,6848,6562,6674,6733,6739,6766,6779,6822,6577,455,478,326,136,6363,6605,3421,128,7047,7050,7056,7063,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637,499,2,197,206,238,203,255,265,201,215,264,211,192,207,263,208,307,213,191,256,270,87,47,86,3,72])). % 65.65/66.12 cnf(7097,plain, % 65.65/66.12 (E(f26(a14,a1),f25(a1))), % 65.65/66.12 inference(scs_inference,[],[105,6737,6684,6894,6236,6563,6866,6388,6763,6835,6856,6880,6522,6743,6767,6848,6562,6674,6733,6739,6766,6779,6822,6502,6577,455,478,326,136,127,6363,6605,3421,133,128,7047,7050,7056,7063,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637,499,2,197,206,238,203,255,265,201,215,264,211,192,207,263,208,307,213,191,256,270,87,47,86,3,72,40,271])). % 65.65/66.12 cnf(7101,plain, % 65.65/66.12 (P1(f24(f24(a14)))), % 65.65/66.12 inference(scs_inference,[],[105,6737,6684,6894,6236,6563,6866,6388,6763,6835,6856,6880,6522,6743,6767,6848,6562,6674,6733,6739,6766,6779,6822,6502,6577,455,478,326,136,127,6363,6605,3421,133,128,7047,7050,7056,7063,148,313,156,181,170,312,258,149,239,168,190,182,315,172,139,161,171,165,183,12,13,35,496,8,16,708,20,33,22,30,5,19,4,21,18,36,23,37,6,10,14,31,28,11,27,32,24,26,25,34,7,17,29,9,15,637,499,2,197,206,238,203,255,265,201,215,264,211,192,207,263,208,307,213,191,256,270,87,47,86,3,72,40,271,292,237])). % 65.65/66.12 cnf(7127,plain, % 65.65/66.12 (P38(f12(f6(a14)))), % 65.65/66.12 inference(scs_inference,[],[6846,6646,6651,181,156,312,149,313,170])). % 65.65/66.12 cnf(7133,plain, % 65.65/66.12 (P6(x71331,f30(x71331))), % 65.65/66.12 inference(scs_inference,[],[6846,6749,6646,6651,125,181,156,312,149,313,170,315,168,239])). % 65.65/66.12 cnf(7143,plain, % 65.65/66.12 (E(f12(f24(a14)),a20)), % 65.65/66.12 inference(scs_inference,[],[6807,6846,6749,6646,6651,6999,125,181,156,312,149,313,170,315,168,239,258,182,190,172,139])). % 65.65/66.12 cnf(7147,plain, % 65.65/66.12 (P25(f12(f6(a14)))), % 65.65/66.12 inference(scs_inference,[],[6807,6846,6749,6646,6651,6999,125,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165])). % 65.65/66.12 cnf(7149,plain, % 65.65/66.12 (P17(f12(f6(a14)))), % 65.65/66.12 inference(scs_inference,[],[6807,6846,6749,6646,6651,6999,125,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171])). % 65.65/66.12 cnf(7159,plain, % 65.65/66.12 (E(f5(f29(a1),x71591),f5(f29(a2),x71591))), % 65.65/66.12 inference(scs_inference,[],[6237,6807,6846,6749,6646,6651,6999,7006,125,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171,183,33,16,708,18,4,12])). % 65.65/66.12 cnf(7167,plain, % 65.65/66.12 (E(f5(x71671,f29(a1)),f5(x71671,f29(a2)))), % 65.65/66.12 inference(scs_inference,[],[6237,6807,6846,6749,6646,6651,6999,7005,7006,125,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171,183,33,16,708,18,4,12,8,14,30,35,10,496,13])). % 65.65/66.12 cnf(7187,plain, % 65.65/66.12 (P7(f23(f29(a2),a1),f29(a1),a2)), % 65.65/66.12 inference(scs_inference,[],[6237,6807,6846,6749,6646,6651,6999,7005,7006,125,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171,183,33,16,708,18,4,12,8,14,30,35,10,496,13,22,17,11,36,31,29,25,20,37,26,5,6,19,15,21,34,27,23,9,637])). % 65.65/66.12 cnf(7195,plain, % 65.65/66.12 (P6(f22(x71951),x71951)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7198,plain, % 65.65/66.12 (P6(f22(x71981),x71981)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7201,plain, % 65.65/66.12 (P6(f22(x72011),x72011)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7206,plain, % 65.65/66.12 (P6(f22(x72061),x72061)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7210,plain, % 65.65/66.12 (P6(f22(x72101),x72101)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7213,plain, % 65.65/66.12 (P6(f22(x72131),x72131)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7219,plain, % 65.65/66.12 (P2(f24(f6(a14)))), % 65.65/66.12 inference(scs_inference,[],[6237,6807,6846,7091,6749,6646,6651,6342,6975,6985,6999,7005,7006,6923,125,3454,128,7195,7198,7201,7206,7210,107,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171,183,33,16,708,18,4,12,8,14,30,35,10,496,13,22,17,11,36,31,29,25,20,37,26,5,6,19,15,21,34,27,23,9,637,32,28,24,7,499,2,196,206,193,255,203,238,201,265,307,192])). % 65.65/66.12 cnf(7225,plain, % 65.65/66.12 (P2(f6(f6(a14)))), % 65.65/66.12 inference(scs_inference,[],[6237,6807,6846,7091,6749,6646,6651,6342,6975,6985,6999,6850,7005,7006,6923,125,3454,128,7195,7198,7201,7206,7210,7213,107,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171,183,33,16,708,18,4,12,8,14,30,35,10,496,13,22,17,11,36,31,29,25,20,37,26,5,6,19,15,21,34,27,23,9,637,32,28,24,7,499,2,196,206,193,255,203,238,201,265,307,192,207,41,191])). % 65.65/66.12 cnf(7229,plain, % 65.65/66.12 (~P6(f30(a2),f30(f12(f24(a14))))), % 65.65/66.12 inference(scs_inference,[],[6237,6807,6846,7091,6749,7052,6646,6651,6342,6975,6985,6999,6850,7005,7006,6923,125,3454,128,7195,7198,7201,7206,7210,7213,107,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171,183,33,16,708,18,4,12,8,14,30,35,10,496,13,22,17,11,36,31,29,25,20,37,26,5,6,19,15,21,34,27,23,9,637,32,28,24,7,499,2,196,206,193,255,203,238,201,265,307,192,207,41,191,256,270])). % 65.65/66.12 cnf(7231,plain, % 65.65/66.12 (P12(a2,f30(a2))), % 65.65/66.12 inference(scs_inference,[],[6237,6239,6807,6846,7091,6749,7052,6646,6651,6342,6975,6985,6999,6850,7005,7006,6923,6577,125,3454,128,7195,7198,7201,7206,7210,7213,107,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171,183,33,16,708,18,4,12,8,14,30,35,10,496,13,22,17,11,36,31,29,25,20,37,26,5,6,19,15,21,34,27,23,9,637,32,28,24,7,499,2,196,206,193,255,203,238,201,265,307,192,207,41,191,256,270,87])). % 65.65/66.12 cnf(7232,plain, % 65.65/66.12 (~E(f12(f24(a14)),f16(a14))), % 65.65/66.12 inference(scs_inference,[],[6237,6239,6807,6846,7091,6749,7052,6646,6651,6342,6975,6985,6999,6850,7005,7006,6923,6577,125,3454,128,7195,7198,7201,7206,7210,7213,107,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171,183,33,16,708,18,4,12,8,14,30,35,10,496,13,22,17,11,36,31,29,25,20,37,26,5,6,19,15,21,34,27,23,9,637,32,28,24,7,499,2,196,206,193,255,203,238,201,265,307,192,207,41,191,256,270,87,47])). % 65.65/66.12 cnf(7238,plain, % 65.65/66.12 (~E(f15(a3),f13(a3))), % 65.65/66.12 inference(scs_inference,[],[6237,6239,6273,6259,6859,6886,6807,6846,7091,6749,7052,6646,6651,6342,7092,6975,6985,6999,6850,7005,7006,6923,6332,6577,125,3454,128,7195,7198,7201,7206,7210,7213,107,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171,183,33,16,708,18,4,12,8,14,30,35,10,496,13,22,17,11,36,31,29,25,20,37,26,5,6,19,15,21,34,27,23,9,637,32,28,24,7,499,2,196,206,193,255,203,238,201,265,307,192,207,41,191,256,270,87,47,86,3,72])). % 65.65/66.12 cnf(7239,plain, % 65.65/66.12 (~P6(f30(a1),f30(f12(f24(a14))))), % 65.65/66.12 inference(scs_inference,[],[6237,6239,6273,6259,6859,6886,6807,6846,7091,6749,7052,6646,6651,6342,7092,6975,6985,6999,6850,7005,7006,6923,6332,6577,125,3454,128,7195,7198,7201,7206,7210,7213,107,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171,183,33,16,708,18,4,12,8,14,30,35,10,496,13,22,17,11,36,31,29,25,20,37,26,5,6,19,15,21,34,27,23,9,637,32,28,24,7,499,2,196,206,193,255,203,238,201,265,307,192,207,41,191,256,270,87,47,86,3,72,40])). % 65.65/66.12 cnf(7244,plain, % 65.65/66.12 (~P12(f30(a2),a2)), % 65.65/66.12 inference(scs_inference,[],[6237,6239,6273,6259,6859,6886,6807,6846,7091,6749,7052,7086,6646,6651,6342,7092,6975,6985,6999,6850,7005,7006,6923,6332,6392,6396,6577,125,3454,6880,6835,128,7195,7198,7201,7206,7210,7213,106,107,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171,183,33,16,708,18,4,12,8,14,30,35,10,496,13,22,17,11,36,31,29,25,20,37,26,5,6,19,15,21,34,27,23,9,637,32,28,24,7,499,2,196,206,193,255,203,238,201,265,307,192,207,41,191,256,270,87,47,86,3,72,40,237,311,257])). % 65.65/66.12 cnf(7261,plain, % 65.65/66.12 (P17(f15(f6(f24(a14))))), % 65.65/66.12 inference(scs_inference,[],[6237,6239,6273,6259,6859,6886,6807,6846,7091,6749,7052,7086,6646,6651,6342,7092,6975,6985,6999,7084,7101,6850,7005,7006,6923,6332,6392,6396,6577,125,3454,6880,6835,128,7195,7198,7201,7206,7210,7213,106,107,181,156,312,149,313,170,315,168,239,258,182,190,172,139,161,165,171,183,33,16,708,18,4,12,8,14,30,35,10,496,13,22,17,11,36,31,29,25,20,37,26,5,6,19,15,21,34,27,23,9,637,32,28,24,7,499,2,196,206,193,255,203,238,201,265,307,192,207,41,191,256,270,87,47,86,3,72,40,237,311,257,787,176,209,175,210,214,178,212,180])). % 65.65/66.12 cnf(7288,plain, % 65.65/66.12 (P5(f6(f6(f6(a19))),f6(f6(a19)))), % 65.65/66.12 inference(scs_inference,[],[7071,7261,143,181])). % 65.65/66.12 cnf(7312,plain, % 65.65/66.12 (P17(f12(f6(f6(a19))))), % 65.65/66.12 inference(scs_inference,[],[6812,6498,7043,6647,7071,7261,474,6368,143,181,156,258,313,170,149,190,312,168,172,315,239,171])). % 65.65/66.12 cnf(7314,plain, % 65.65/66.12 (E(f12(f6(a14)),a20)), % 65.65/66.12 inference(scs_inference,[],[6812,6498,7043,6647,7071,7149,7261,474,6368,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139])). % 65.65/66.12 cnf(7316,plain, % 65.65/66.12 (P8(f24(f6(f6(a19))),f6(f6(a19)))), % 65.65/66.12 inference(scs_inference,[],[6812,6498,7043,6647,7071,7149,7261,474,6368,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182])). % 65.65/66.12 cnf(7335,plain, % 65.65/66.12 (E(f32(x73351,x73352,x73353,f22(a1)),f32(x73351,x73352,x73353,f22(a2)))), % 65.65/66.12 inference(scs_inference,[],[6238,6812,6498,7043,6647,7071,7149,7219,7167,7261,7239,474,6368,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26])). % 65.65/66.12 cnf(7336,plain, % 65.65/66.12 (E(f5(f22(a1),x73361),f5(f22(a2),x73361))), % 65.65/66.12 inference(scs_inference,[],[6238,6812,6498,7043,6647,7071,7149,7219,7167,7261,7239,474,6368,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12])). % 65.65/66.12 cnf(7351,plain, % 65.65/66.12 (E(f23(x73511,f22(a1)),f23(x73511,f22(a2)))), % 65.65/66.12 inference(scs_inference,[],[6238,6812,6498,7043,6647,7071,7149,7219,7159,7167,7261,7239,474,6368,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15])). % 65.65/66.12 cnf(7353,plain, % 65.65/66.12 (P7(f23(f22(a2),a1),f22(a1),a2)), % 65.65/66.12 inference(scs_inference,[],[6238,6812,6498,7043,6647,7071,7149,7219,7159,7167,7261,7239,474,6368,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637])). % 65.65/66.12 cnf(7354,plain, % 65.65/66.12 (E(f30(f22(a1)),f30(f22(a2)))), % 65.65/66.12 inference(scs_inference,[],[6238,6812,6498,7043,6647,7071,7149,7219,7159,7167,7261,7239,474,6368,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11])). % 65.65/66.12 cnf(7355,plain, % 65.65/66.12 (E(f5(x73551,f22(a1)),f5(x73551,f22(a2)))), % 65.65/66.12 inference(scs_inference,[],[6238,6812,6498,7043,6647,7071,7149,7219,7159,7167,7261,7239,474,6368,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11,13])). % 65.65/66.12 cnf(7369,plain, % 65.65/66.12 (P6(f22(x73691),x73691)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7372,plain, % 65.65/66.12 (P6(f22(x73721),x73721)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7374,plain, % 65.65/66.12 (P11(f22(f12(f6(a14))))), % 65.65/66.12 inference(scs_inference,[],[6238,6812,7238,6498,7043,6647,7071,7127,7147,7149,7219,7159,7167,7261,7239,6512,474,6368,128,7369,7372,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11,13,9,32,24,31,37,21,25,499,6,28,7,2,195,196,206])). % 65.65/66.12 cnf(7375,plain, % 65.65/66.12 (P6(f22(x73751),x73751)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7377,plain, % 65.65/66.12 (P18(f22(f12(f6(a14))))), % 65.65/66.12 inference(scs_inference,[],[6238,6812,7238,6498,7043,6647,7071,7127,7147,7149,7219,7159,7167,7261,7239,6512,474,6368,128,7369,7372,7375,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11,13,9,32,24,31,37,21,25,499,6,28,7,2,195,196,206,204])). % 65.65/66.12 cnf(7378,plain, % 65.65/66.12 (P6(f22(x73781),x73781)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7380,plain, % 65.65/66.12 (P12(x73801,f30(x73801))), % 65.65/66.12 inference(scs_inference,[],[7133,6238,6812,7238,6498,7043,6647,7071,7127,7147,7149,7219,7159,7167,7261,7239,6512,474,6368,136,128,7369,7372,7375,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11,13,9,32,24,31,37,21,25,499,6,28,7,2,195,196,206,204,238])). % 65.65/66.12 cnf(7381,plain, % 65.65/66.12 (P6(x73811,f30(x73811))), % 65.65/66.12 inference(rename_variables,[],[7133])). % 65.65/66.12 cnf(7384,plain, % 65.65/66.12 (P6(x73841,f30(x73841))), % 65.65/66.12 inference(rename_variables,[],[7133])). % 65.65/66.12 cnf(7386,plain, % 65.65/66.12 (P24(f22(f12(f6(a14))))), % 65.65/66.12 inference(scs_inference,[],[7133,7381,6238,6812,7238,6498,7043,6647,7071,7127,7147,7149,7219,7159,7167,7261,7239,6512,474,6368,136,128,7369,7372,7375,7378,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11,13,9,32,24,31,37,21,25,499,6,28,7,2,195,196,206,204,238,242,199])). % 65.65/66.12 cnf(7387,plain, % 65.65/66.12 (P6(f22(x73871),x73871)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7392,plain, % 65.65/66.12 (P6(x73921,f30(x73921))), % 65.65/66.12 inference(rename_variables,[],[7133])). % 65.65/66.12 cnf(7396,plain, % 65.65/66.12 (P2(f24(f24(a14)))), % 65.65/66.12 inference(scs_inference,[],[7133,7381,7384,6238,6812,7238,6498,7043,6989,6647,7071,7127,7147,7149,7219,7159,7167,7261,7239,6512,474,6368,136,6605,6835,128,7369,7372,7375,7378,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11,13,9,32,24,31,37,21,25,499,6,28,7,2,195,196,206,204,238,242,199,255,307,265,192])). % 65.65/66.12 cnf(7398,plain, % 65.65/66.12 (P39(f22(f12(f6(a14))))), % 65.65/66.12 inference(scs_inference,[],[7133,7381,7384,6238,6812,7238,6498,7043,6989,6647,7071,7127,7147,7149,7219,7159,7167,7261,7239,6512,474,6368,136,6605,6835,128,7369,7372,7375,7378,7387,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11,13,9,32,24,31,37,21,25,499,6,28,7,2,195,196,206,204,238,242,199,255,307,265,192,207])). % 65.65/66.12 cnf(7399,plain, % 65.65/66.12 (P6(f22(x73991),x73991)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7407,plain, % 65.65/66.12 (P2(f6(f6(f6(a19))))), % 65.65/66.12 inference(scs_inference,[],[7133,7381,7384,6238,6812,7238,6498,7043,6989,6647,7071,7127,7147,7149,7219,7159,7167,7261,7239,7088,7101,6512,474,6368,136,6605,6835,128,7369,7372,7375,7378,7387,7399,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11,13,9,32,24,31,37,21,25,499,6,28,7,2,195,196,206,204,238,242,199,255,307,265,192,207,213,41,275,191])). % 65.65/66.12 cnf(7410,plain, % 65.65/66.12 (~P6(f30(a2),f30(f12(f6(a14))))), % 65.65/66.12 inference(scs_inference,[],[7133,7381,7384,6238,6759,6812,7238,6995,7231,6498,7043,6989,6647,7071,7127,7147,7149,7219,7159,7167,7261,7239,7088,7101,6512,474,6368,136,6605,6835,128,7369,7372,7375,7378,7387,7399,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11,13,9,32,24,31,37,21,25,499,6,28,7,2,195,196,206,204,238,242,199,255,307,265,192,207,213,41,275,191,94,270])). % 65.65/66.12 cnf(7414,plain, % 65.65/66.12 (~E(f30(a2),f12(a19))), % 65.65/66.12 inference(scs_inference,[],[7133,7381,7384,6238,6759,7090,6812,7238,6735,6995,7231,6498,7043,6989,6647,7071,7127,7147,7149,7219,7159,7167,7261,7239,7088,7101,6512,474,6368,136,6605,6835,128,7369,7372,7375,7378,7387,7399,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11,13,9,32,24,31,37,21,25,499,6,28,7,2,195,196,206,204,238,242,199,255,307,265,192,207,213,41,275,191,94,270,256,87])). % 65.65/66.12 cnf(7416,plain, % 65.65/66.12 (~E(f12(f6(a14)),f29(a14))), % 65.65/66.12 inference(scs_inference,[],[7133,7381,7384,6238,6759,7090,6812,7238,6735,6995,7231,6498,7043,6989,6647,7071,7127,7147,7149,7219,7159,7167,7261,7239,7088,7101,6512,474,6368,136,6605,6835,128,7369,7372,7375,7378,7387,7399,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11,13,9,32,24,31,37,21,25,499,6,28,7,2,195,196,206,204,238,242,199,255,307,265,192,207,213,41,275,191,94,270,256,87,47])). % 65.65/66.12 cnf(7421,plain, % 65.65/66.12 (~P12(f30(f30(a1)),f30(a1))), % 65.65/66.12 inference(scs_inference,[],[7095,7133,7381,7384,7392,6238,6759,7090,6812,7238,6735,6995,7231,6498,7043,6989,7232,6647,7071,7127,7147,7149,7219,7143,7159,7167,7261,7239,7088,7101,6512,474,6368,136,6605,6835,3422,128,7369,7372,7375,7378,7387,7399,143,181,156,258,313,170,149,190,312,168,172,315,239,171,139,182,144,183,161,165,33,4,787,708,8,35,29,36,26,12,496,18,10,19,5,14,34,23,30,16,20,17,22,15,27,637,11,13,9,32,24,31,37,21,25,499,6,28,7,2,195,196,206,204,238,242,199,255,307,265,192,207,213,41,275,191,94,270,256,87,47,3,72,40,257])). % 65.65/66.12 cnf(7462,plain, % 65.65/66.12 (~P12(f30(x74621),x74621)), % 65.65/66.12 inference(scs_inference,[],[7380,7421,7225,795,181,257])). % 65.65/66.12 cnf(7488,plain, % 65.65/66.12 (P17(f12(f6(f6(a14))))), % 65.65/66.12 inference(scs_inference,[],[7380,6868,7044,7421,6977,7008,7225,7312,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171])). % 65.65/66.12 cnf(7505,plain, % 65.65/66.12 (E(f5(f12(f6(a14)),x75051),f5(a20,x75051))), % 65.65/66.12 inference(scs_inference,[],[7380,6868,7044,7421,6977,7008,7225,7396,7314,7355,7312,7410,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12])). % 65.65/66.12 cnf(7507,plain, % 65.65/66.12 (E(f5(x75071,f12(f6(a14))),f5(x75071,a20))), % 65.65/66.12 inference(scs_inference,[],[7380,6868,7044,7421,6977,7008,7225,7396,7314,7355,7312,7410,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13])). % 65.65/66.12 cnf(7518,plain, % 65.65/66.12 (E(f5(f22(a1),x75181),f5(f22(a2),x75181))), % 65.65/66.12 inference(rename_variables,[],[7336])). % 65.65/66.12 cnf(7540,plain, % 65.65/66.12 (P6(f22(x75401),x75401)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7545,plain, % 65.65/66.12 (P9(f23(a1,a2),a2,a2)), % 65.65/66.12 inference(scs_inference,[],[105,7380,6868,7414,7044,7421,6977,7008,7225,7396,7314,7336,7355,7312,7398,7410,1064,6498,428,128,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13,20,33,35,8,23,10,32,34,5,496,15,30,26,27,9,14,22,31,17,16,24,11,25,499,37,6,7,21,28,2,195,100,65,71])). % 65.65/66.12 cnf(7546,plain, % 65.65/66.12 (~P6(f30(f30(a1)),f30(a1))), % 65.65/66.12 inference(scs_inference,[],[105,7380,6868,7414,7044,7421,6977,7008,7225,7396,7314,7336,7355,7312,7398,7410,1064,6498,428,136,128,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13,20,33,35,8,23,10,32,34,5,496,15,30,26,27,9,14,22,31,17,16,24,11,25,499,37,6,7,21,28,2,195,100,65,71,238])). % 65.65/66.12 cnf(7550,plain, % 65.65/66.12 (P6(f22(x75501),x75501)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7553,plain, % 65.65/66.12 (P6(f22(x75531),x75531)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7556,plain, % 65.65/66.12 (P6(f22(x75561),x75561)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7559,plain, % 65.65/66.12 (P9(f5(f22(a2),x75591),f22(a1),x75591)), % 65.65/66.12 inference(scs_inference,[],[105,7380,6868,7414,7044,7421,6977,7008,7225,7396,7314,7336,7518,7355,7312,7374,7398,7410,6935,1064,6937,6498,428,130,136,128,7540,7550,7553,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13,20,33,35,8,23,10,32,34,5,496,15,30,26,27,9,14,22,31,17,16,24,11,25,499,37,6,7,21,28,2,195,100,65,71,238,206,204,199,90,69])). % 65.65/66.12 cnf(7561,plain, % 65.65/66.12 (P9(f5(x75611,x75612),x75611,x75612)), % 65.65/66.12 inference(rename_variables,[],[130])). % 65.65/66.12 cnf(7572,plain, % 65.65/66.12 (P2(f24(f6(f6(a14))))), % 65.65/66.12 inference(scs_inference,[],[105,7380,6868,7414,6488,7044,7421,6977,7008,6344,7225,7396,7314,7336,7518,7355,7312,7374,7386,7398,7410,6935,1064,6937,6498,428,130,7561,136,7101,128,7540,7550,7553,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13,20,33,35,8,23,10,32,34,5,496,15,30,26,27,9,14,22,31,17,16,24,11,25,499,37,6,7,21,28,2,195,100,65,71,238,206,204,199,90,69,255,208,70,307,77,80,192])). % 65.65/66.12 cnf(7576,plain, % 65.65/66.12 (P10(a20,f12(f6(a14)))), % 65.65/66.12 inference(scs_inference,[],[105,7380,6868,7414,6488,7044,7421,6977,7008,6344,7225,7396,7314,7336,7518,7355,7312,7374,7386,7398,7410,6935,1064,6937,6498,428,125,130,7561,136,7101,128,7540,7550,7553,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13,20,33,35,8,23,10,32,34,5,496,15,30,26,27,9,14,22,31,17,16,24,11,25,499,37,6,7,21,28,2,195,100,65,71,238,206,204,199,90,69,255,208,70,307,77,80,192,265,64])). % 65.65/66.12 cnf(7592,plain, % 65.65/66.12 (~P6(f30(x75921),f30(f15(f24(a14))))), % 65.65/66.12 inference(scs_inference,[],[105,7380,6868,7414,6729,6488,7044,7421,6977,7008,6344,7225,7396,7314,7336,7518,7351,7355,7312,7374,7377,7386,7398,7229,7410,7288,6935,6933,1064,6937,7133,6498,428,125,131,130,7561,136,7071,7101,128,7540,7550,7553,7556,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13,20,33,35,8,23,10,32,34,5,496,15,30,26,27,9,14,22,31,17,16,24,11,25,499,37,6,7,21,28,2,195,100,65,71,238,206,204,199,90,69,255,208,70,307,77,80,192,265,64,79,78,207,76,41,191,256,270])). % 65.65/66.12 cnf(7599,plain, % 65.65/66.12 (~E(a20,f13(a3))), % 65.65/66.12 inference(scs_inference,[],[105,7380,7244,6868,7414,6729,6488,7044,7421,6977,7008,6344,7225,7396,7314,7336,7518,7351,7355,7312,7374,7377,7386,7398,7229,7410,7288,6857,6784,6935,6933,1064,6937,6471,7133,6498,6886,428,125,131,130,7561,136,7071,7101,128,7540,7550,7553,7556,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13,20,33,35,8,23,10,32,34,5,496,15,30,26,27,9,14,22,31,17,16,24,11,25,499,37,6,7,21,28,2,195,100,65,71,238,206,204,199,90,69,255,208,70,307,77,80,192,265,64,79,78,207,76,41,191,256,270,47,86,87,72])). % 65.65/66.12 cnf(7601,plain, % 65.65/66.12 (~P6(f30(a1),f30(f12(f6(a14))))), % 65.65/66.12 inference(scs_inference,[],[105,7380,7244,6868,7414,6729,6488,7044,7416,7421,6977,7008,6344,7225,7396,7314,7336,7518,7351,7355,7312,7374,7377,7386,7398,7229,7410,7288,6857,6784,6935,6933,1064,6937,6471,7133,6498,6886,6239,428,125,131,130,7561,136,7071,7101,128,7540,7550,7553,7556,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13,20,33,35,8,23,10,32,34,5,496,15,30,26,27,9,14,22,31,17,16,24,11,25,499,37,6,7,21,28,2,195,100,65,71,238,206,204,199,90,69,255,208,70,307,77,80,192,265,64,79,78,207,76,41,191,256,270,47,86,87,72,3,40])). % 65.65/66.12 cnf(7602,plain, % 65.65/66.12 (P32(f25(f22(a20)))), % 65.65/66.12 inference(scs_inference,[],[105,7380,7244,6868,7414,6729,6488,7044,7416,7421,6977,7008,6344,7225,7396,7314,7336,7518,7351,7355,7312,7374,7377,7386,7398,7229,7410,7288,6857,6784,6935,6933,1064,6937,6471,7133,6498,6886,6239,428,125,131,130,7561,136,7071,7101,128,7540,7550,7553,7556,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13,20,33,35,8,23,10,32,34,5,496,15,30,26,27,9,14,22,31,17,16,24,11,25,499,37,6,7,21,28,2,195,100,65,71,238,206,204,199,90,69,255,208,70,307,77,80,192,265,64,79,78,207,76,41,191,256,270,47,86,87,72,3,40,167])). % 65.65/66.12 cnf(7604,plain, % 65.65/66.12 (P25(f25(f22(a20)))), % 65.65/66.12 inference(scs_inference,[],[105,7380,7244,6868,7414,6729,6488,7044,7416,7421,6977,7008,6344,7225,7396,7314,7336,7518,7351,7355,7312,7374,7377,7386,7398,7229,7410,7288,6857,6784,6935,6933,1064,6937,6471,7133,6498,6886,6239,428,125,131,130,7561,136,7071,7101,128,7540,7550,7553,7556,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13,20,33,35,8,23,10,32,34,5,496,15,30,26,27,9,14,22,31,17,16,24,11,25,499,37,6,7,21,28,2,195,100,65,71,238,206,204,199,90,69,255,208,70,307,77,80,192,265,64,79,78,207,76,41,191,256,270,47,86,87,72,3,40,167,164])). % 65.65/66.12 cnf(7606,plain, % 65.65/66.12 (P16(f25(f22(a20)))), % 65.65/66.12 inference(scs_inference,[],[105,7380,7244,6868,7414,6729,6488,7044,7416,7421,6977,7008,6344,7225,7396,7314,7336,7518,7351,7355,7312,7374,7377,7386,7398,7229,7410,7288,6857,6784,6935,6933,1064,6937,6471,7133,6498,6886,6239,428,125,131,130,7561,136,7071,7101,128,7540,7550,7553,7556,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13,20,33,35,8,23,10,32,34,5,496,15,30,26,27,9,14,22,31,17,16,24,11,25,499,37,6,7,21,28,2,195,100,65,71,238,206,204,199,90,69,255,208,70,307,77,80,192,265,64,79,78,207,76,41,191,256,270,47,86,87,72,3,40,167,164,160])). % 65.65/66.12 cnf(7608,plain, % 65.65/66.12 (P38(f25(f22(a20)))), % 65.65/66.12 inference(scs_inference,[],[105,7380,7244,6868,7414,6729,6488,7044,7416,7421,6977,7008,6344,7225,7396,7314,7336,7518,7351,7355,7312,7374,7377,7386,7398,7229,7410,7288,6857,6784,6935,6933,1064,6937,6471,7133,6498,6886,6239,428,125,131,130,7561,136,7071,7101,128,7540,7550,7553,7556,107,795,181,257,156,313,258,170,312,172,149,190,168,182,139,315,171,144,183,161,165,708,36,787,4,18,29,12,19,13,20,33,35,8,23,10,32,34,5,496,15,30,26,27,9,14,22,31,17,16,24,11,25,499,37,6,7,21,28,2,195,100,65,71,238,206,204,199,90,69,255,208,70,307,77,80,192,265,64,79,78,207,76,41,191,256,270,47,86,87,72,3,40,167,164,160,169])). % 65.65/66.12 cnf(7627,plain, % 65.65/66.12 (~P12(f30(x76271),x76271)), % 65.65/66.12 inference(rename_variables,[],[7462])). % 65.65/66.12 cnf(7648,plain, % 65.65/66.12 (P17(f12(f24(f6(a19))))), % 65.65/66.12 inference(scs_inference,[],[7462,6878,7187,7559,7576,7407,7488,6597,7219,7396,181,795,156,313,172,312,170,149,168,239,190,139,171])). % 65.65/66.12 cnf(7665,plain, % 65.65/66.12 (E(f5(f26(a14,a1),x76651),f5(f25(a1),x76651))), % 65.65/66.12 inference(scs_inference,[],[7462,6878,7545,7187,7559,7576,7507,7592,7407,7488,7097,6597,7219,7396,7084,181,795,156,313,172,312,170,149,168,239,190,139,171,182,315,183,165,161,708,36,787,29,12])). % 65.65/66.12 cnf(7669,plain, % 65.65/66.12 (E(f5(x76691,f26(a14,a1)),f5(x76691,f25(a1)))), % 65.65/66.12 inference(scs_inference,[],[7462,6878,7545,7187,7559,7576,7507,7592,7407,7488,7097,6597,7219,7396,7084,181,795,156,313,172,312,170,149,168,239,190,139,171,182,315,183,165,161,708,36,787,29,12,18,33,10,13])). % 65.65/66.12 cnf(7671,plain, % 65.65/66.12 (E(f32(f26(a14,a1),x76711,x76712,x76713),f32(f25(a1),x76711,x76712,x76713))), % 65.65/66.12 inference(scs_inference,[],[7462,6878,7545,7187,7559,7576,7507,7592,7407,7488,7097,6597,7219,7396,7084,181,795,156,313,172,312,170,149,168,239,190,139,171,182,315,183,165,161,708,36,787,29,12,18,33,10,13,4,23])). % 65.65/66.12 cnf(7682,plain, % 65.65/66.12 (E(f32(x76821,f26(a14,a1),x76822,x76823),f32(x76821,f25(a1),x76822,x76823))), % 65.65/66.12 inference(scs_inference,[],[7462,6878,7545,7187,7559,7576,7507,7592,7407,7488,7097,6597,7219,7396,7084,181,795,156,313,172,312,170,149,168,239,190,139,171,182,315,183,165,161,708,36,787,29,12,18,33,10,13,4,23,19,35,20,14,5,8,9,32,17,637,24])). % 65.65/66.12 cnf(7687,plain, % 65.65/66.12 (E(f30(f26(a14,a1)),f30(f25(a1)))), % 65.65/66.12 inference(scs_inference,[],[7462,6878,7545,7187,7559,7576,7507,7592,7407,7488,7097,6597,7219,7396,7084,181,795,156,313,172,312,170,149,168,239,190,139,171,182,315,183,165,161,708,36,787,29,12,18,33,10,13,4,23,19,35,20,14,5,8,9,32,17,637,24,30,34,6,16,11])). % 65.65/66.12 cnf(7703,plain, % 65.65/66.12 (P6(f22(x77031),x77031)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7706,plain, % 65.65/66.12 (P6(f22(x77061),x77061)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7709,plain, % 65.65/66.12 (P6(f22(x77091),x77091)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7715,plain, % 65.65/66.12 (P6(f22(x77151),x77151)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7718,plain, % 65.65/66.12 (P6(f22(x77181),x77181)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7727,plain, % 65.65/66.12 (~P6(f30(f30(f30(a1))),f30(f30(a1)))), % 65.65/66.12 inference(scs_inference,[],[7462,7599,6878,7545,7187,6983,7559,7546,6874,7602,7604,7606,7576,7505,7507,7592,7407,7488,7097,6597,7219,7133,7396,7380,376,136,7084,6605,128,7703,7706,7709,7715,181,795,156,313,172,312,170,149,168,239,190,139,171,182,315,183,165,161,708,36,787,29,12,18,33,10,13,4,23,19,35,20,14,5,8,9,32,17,637,24,30,34,6,16,11,31,26,22,15,496,25,499,27,37,28,7,2,21,195,197,203,238,198,205,241,307,255,275])). % 65.65/66.12 cnf(7728,plain, % 65.65/66.12 (P12(x77281,f30(x77281))), % 65.65/66.12 inference(rename_variables,[],[7380])). % 65.65/66.12 cnf(7739,plain, % 65.65/66.12 (P6(f22(x77391),x77391)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7748,plain, % 65.65/66.12 (~E(f30(a4),f22(a4))), % 65.65/66.12 inference(scs_inference,[],[417,7462,7627,6664,6658,7599,6878,7545,7187,6983,7559,7546,6874,7602,7604,7606,7608,7576,7335,7354,7505,7507,7592,7407,7488,7316,7097,6597,7219,6767,7133,7396,7380,7728,376,136,7071,7084,6605,128,7703,7706,7709,7715,7718,7739,181,795,156,313,172,312,170,149,168,239,190,139,171,182,315,183,165,161,708,36,787,29,12,18,33,10,13,4,23,19,35,20,14,5,8,9,32,17,637,24,30,34,6,16,11,31,26,22,15,496,25,499,27,37,28,7,2,21,195,197,203,238,198,205,241,307,255,275,192,265,84,50,191,207,256,41,47,86,87])). % 65.65/66.12 cnf(7830,plain, % 65.65/66.12 (P6(f22(x78301),x78301)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7833,plain, % 65.65/66.12 (~P12(f30(x78331),x78331)), % 65.65/66.12 inference(rename_variables,[],[7462])). % 65.65/66.12 cnf(7836,plain, % 65.65/66.12 (P6(f22(x78361),x78361)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7839,plain, % 65.65/66.12 (P6(f22(x78391),x78391)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7842,plain, % 65.65/66.12 (P6(f22(x78421),x78421)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7845,plain, % 65.65/66.12 (P6(f22(x78451),x78451)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7848,plain, % 65.65/66.12 (P6(f22(x78481),x78481)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7851,plain, % 65.65/66.12 (P6(f22(x78511),x78511)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7854,plain, % 65.65/66.12 (P6(f22(x78541),x78541)), % 65.65/66.12 inference(rename_variables,[],[128])). % 65.65/66.12 cnf(7875,plain, % 65.65/66.12 (P6(x78751,f30(x78751))), % 65.65/66.12 inference(rename_variables,[],[7133])). % 65.65/66.12 cnf(7878,plain, % 65.65/66.12 (~P12(f30(x78781),x78781)), % 65.65/66.12 inference(rename_variables,[],[7462])). % 65.65/66.12 cnf(7886,plain, % 65.65/66.12 ($false), % 65.65/66.12 inference(scs_inference,[],[7748,7353,7012,6398,6220,7671,7682,7665,7669,7687,7572,7648,7601,7727,6241,6381,358,6542,6306,6308,5296,7462,7833,7878,6896,6386,6892,6888,6890,1064,7219,7133,7875,6894,7380,7396,3426,127,126,138,124,325,133,123,128,7830,7836,7839,7842,7845,7848,7851,7854,132,106,107,181,172,313,170,312,168,149,171,315,182,190,139,183,36,787,12,29,708,13,23,8,18,33,32,30,34,16,24,11,35,20,4,10,15,25,9,19,5,14,637,496,499,26,31,37,17,28,6,22,27,2,21,7,203,238,198,201,202,204,205,199,200,255,307,275,192,265,191,207,256,41,47,86,87,3,40,322]), % 65.65/66.12 ['proof']). % 65.65/66.13 % SZS output end Proof % 65.65/66.13 % Total time :64.920000s %------------------------------------------------------------------------------