%------------------------------------------------------------------------------
% File : ConnectPP---0.7.2
% Problem : PUZ001+2 : TPTP v9.3.1. Released v4.0.0.
% Transfm : none
% Format : tptp:raw
% Command : /export/starexec/sandbox2/solver/bin/connect++ --verbosity 1 --no-colour --tptp-proof --schedule default --timeout 300 /export/starexec/sandbox2/benchmark/theBenchmark.p
% Computer : n008.cluster.edu
% Model : x86_64 x86_64
% CPU : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz
% Memory : 8046.5625MB
% OS : Linux 6.8.0-71-generic
% CPULimit : 300s
% WCLimit : 300s
% DateTime : Thu Sep 24 08:54:15 AM UTC 2026
% Result : Theorem 120.54s 120.85s
% Output : Proof 122.30s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.00/0.03 % Problem : PUZ001+2 : TPTP v9.3.1. Released v4.0.0.
% 0.00/0.03 This is a FOF_THM_RFO_SEQ problem
% 0.00/0.04 % Command : /export/starexec/sandbox2/solver/bin/connect++ --verbosity 1 --no-colour --tptp-proof --schedule default --timeout 300 /export/starexec/sandbox2/benchmark/theBenchmark.p
% 0.09/0.37 % Computer : n008.cluster.edu
% 0.09/0.37 % Model : x86_64 x86_64
% 0.09/0.37 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.09/0.37 % Memory : 8046.5625MB
% 0.09/0.37 % OS : Linux 6.8.0-71-generic
% 0.09/0.37 % CPULimit : 300
% 0.09/0.37 % WCLimit : 300
% 0.09/0.37 % DateTime : Sat Sep 19 19:55:08 UTC 2026
% 0.09/0.37 % CPUTime :
% 120.54/120.85 % SZS status Theorem for theBenchmark
% 120.54/120.85 % SZS output start Proof for theBenchmark
% 122.14/122.45 fof(background, axiom,
% 122.14/122.45 ? [ A,B,C ] : ( $true & predicate1(B, live, A) & modifier_pp(B, in, DreadburyMansion) & predicate2(C, kill, A, AuntAgatha) & ! [ D,E ] : ( ( $true & predicate1(E, live, D) & modifier_pp(E, in, DreadburyMansion) ) => ( D = AuntAgatha | D = Butler | D = Charles ) ) & ! [ F ] : ( $true => ! [ G,H ] : ( ( $true & predicate2(H, kill, F, G) ) => ? [ I ] : predicate2(I, hate, F, G) ) ) & ! [ J ] : ( $true => ~( ? [ K,L,M ] : ( $true & predicate2(L, kill, J, K) & property2(M, rich, comp_than, K) & J = M ) ) ) & ! [ N,O ] : ( ( $true & predicate2(O, hate, AuntAgatha, N) ) => ~( ? [ P ] : predicate2(P, hate, Charles, N) ) ) & ~( ? [ Q ] : predicate2(Q, hate, AuntAgatha, Butler) ) & ! [ R ] : ( ( $true & ~( R = Butler ) ) => ? [ S ] : predicate2(S, hate, AuntAgatha, R) ) & ! [ T ] : ( ( $true & ~( ? [ U ] : ( property2(U, rich, comp_than, AuntAgatha) & T = U ) ) ) => ? [ V ] : predicate2(V, hate, Butler, T) ) & ! [ W,X ] : ( ( $true & predicate2(X, hate, AuntAgatha, W) ) => ? [ Y ] : predicate2(Y, hate, Butler, W) ) & ! [ Z ] : ( $true => ~( ! [ A1 ] : ( $true => ? [ B1 ] : predicate2(B1, hate, Z, A1) ) ) ) & ~( AuntAgatha = Butler ) ),
% 122.14/122.45 file('theBenchmark.p', background) ).
% 122.14/122.45
% 122.14/122.45 fof(prove, conjecture,
% 122.14/122.45 ? [ A ] : predicate2(A, kill, AuntAgatha, AuntAgatha),
% 122.14/122.45 file('theBenchmark.p', prove) ).
% 122.14/122.45
% 122.14/122.45 fof(f_1_1, plain,
% 122.14/122.45 ? [ A,B,C ] : ( $true & predicate1(B, live, A) & modifier_pp(B, in, DreadburyMansion) & predicate2(C, kill, A, AuntAgatha) & ! [ D,E ] : ( ( ~( $true ) | ~( predicate1(E, live, D) ) | ~( modifier_pp(E, in, DreadburyMansion) ) ) | ( D = AuntAgatha | D = Butler | D = Charles ) ) & ! [ F ] : ( ~( $true ) | ! [ G,H ] : ( ( ~( $true ) | ~( predicate2(H, kill, F, G) ) ) | ? [ I ] : predicate2(I, hate, F, G) ) ) & ! [ J ] : ( ~( $true ) | ! [ K,L,M ] : ( ~( $true ) | ~( predicate2(L, kill, J, K) ) | ~( property2(M, rich, comp_than, K) ) | ~( J = M ) ) ) & ! [ N,O ] : ( ( ~( $true ) | ~( predicate2(O, hate, AuntAgatha, N) ) ) | ! [ P ] : ~( predicate2(P, hate, Charles, N) ) ) & ! [ Q ] : ~( predicate2(Q, hate, AuntAgatha, Butler) ) & ! [ R ] : ( ( ~( $true ) | R = Butler ) | ? [ S ] : predicate2(S, hate, AuntAgatha, R) ) & ! [ T ] : ( ( ~( $true ) | ? [ U ] : ( property2(U, rich, comp_than, AuntAgatha) & T = U ) ) | ? [ V ] : predicate2(V, hate, Butler, T) ) & ! [ W,X ] : ( ( ~( $true ) | ~( predicate2(X, hate, AuntAgatha, W) ) ) | ? [ Y ] : predicate2(Y, hate, Butler, W) ) & ! [ Z ] : ( ~( $true ) | ? [ A1 ] : ( $true & ! [ B1 ] : ~( predicate2(B1, hate, Z, A1) ) ) ) & ~( AuntAgatha = Butler ) ),
% 122.14/122.45 inference(fof_nnf,[status(thm)],[background]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_1_2, plain,
% 122.14/122.45 ? [ U_27,U_26,U_25 ] : ( $true & predicate1(U_26, live, U_27) & modifier_pp(U_26, in, DreadburyMansion) & predicate2(U_25, kill, U_27, AuntAgatha) & ! [ U_1,U_0 ] : ( ( ~( $true ) | ~( predicate1(U_0, live, U_1) ) | ~( modifier_pp(U_0, in, DreadburyMansion) ) ) | ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles ) ) & ! [ U_5 ] : ( ~( $true ) | ! [ U_4,U_3 ] : ( ( ~( $true ) | ~( predicate2(U_3, kill, U_5, U_4) ) ) | ? [ U_2 ] : predicate2(U_2, hate, U_5, U_4) ) ) & ! [ U_9 ] : ( ~( $true ) | ! [ U_8,U_7,U_6 ] : ( ~( $true ) | ~( predicate2(U_7, kill, U_9, U_8) ) | ~( property2(U_6, rich, comp_than, U_8) ) | ~( U_9 = U_6 ) ) ) & ! [ U_12,U_11 ] : ( ( ~( $true ) | ~( predicate2(U_11, hate, AuntAgatha, U_12) ) ) | ! [ U_10 ] : ~( predicate2(U_10, hate, Charles, U_12) ) ) & ! [ U_13 ] : ~( predicate2(U_13, hate, AuntAgatha, Butler) ) & ! [ U_15 ] : ( ( ~( $true ) | U_15 = Butler ) | ? [ U_14 ] : predicate2(U_14, hate, AuntAgatha, U_15) ) & ! [ U_18 ] : ( ( ~( $true ) | ? [ U_16 ] : ( property2(U_16, rich, comp_than, AuntAgatha) & U_18 = U_16 ) ) | ? [ U_17 ] : predicate2(U_17, hate, Butler, U_18) ) & ! [ U_21,U_20 ] : ( ( ~( $true ) | ~( predicate2(U_20, hate, AuntAgatha, U_21) ) ) | ? [ U_19 ] : predicate2(U_19, hate, Butler, U_21) ) & ! [ U_24 ] : ( ~( $true ) | ? [ U_23 ] : ( $true & ! [ U_22 ] : ~( predicate2(U_22, hate, U_24, U_23) ) ) ) & ~( AuntAgatha = Butler ) ),
% 122.14/122.45 inference(variable_rename,[status(thm)],[f_1_1]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_1_3, plain,
% 122.14/122.45 ( $true & ! [ U_1 ] : ( ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles ) | ( ~( $true ) | ! [ U_0 ] : ( ~( predicate1(U_0, live, U_1) ) | ~( modifier_pp(U_0, in, DreadburyMansion) ) ) ) ) & ( ~( $true ) | ! [ U_5,U_4 ] : ( ? [ U_2 ] : predicate2(U_2, hate, U_5, U_4) | ( ~( $true ) | ! [ U_3 ] : ~( predicate2(U_3, kill, U_5, U_4) ) ) ) ) & ( ~( $true ) | ( ~( $true ) | ! [ U_9,U_8 ] : ( ! [ U_6 ] : ( ~( property2(U_6, rich, comp_than, U_8) ) | ~( U_9 = U_6 ) ) | ! [ U_7 ] : ~( predicate2(U_7, kill, U_9, U_8) ) ) ) ) & ! [ U_12 ] : ( ! [ U_10 ] : ~( predicate2(U_10, hate, Charles, U_12) ) | ( ~( $true ) | ! [ U_11 ] : ~( predicate2(U_11, hate, AuntAgatha, U_12) ) ) ) & ! [ U_13 ] : ~( predicate2(U_13, hate, AuntAgatha, Butler) ) & ! [ U_15 ] : ( ( ~( $true ) | U_15 = Butler ) | ? [ U_14 ] : predicate2(U_14, hate, AuntAgatha, U_15) ) & ! [ U_18 ] : ( ( ~( $true ) | ? [ U_16 ] : ( property2(U_16, rich, comp_than, AuntAgatha) & U_18 = U_16 ) ) | ? [ U_17 ] : predicate2(U_17, hate, Butler, U_18) ) & ! [ U_21 ] : ( ? [ U_19 ] : predicate2(U_19, hate, Butler, U_21) | ( ~( $true ) | ! [ U_20 ] : ~( predicate2(U_20, hate, AuntAgatha, U_21) ) ) ) & ( ~( $true ) | ( $true & ! [ U_24 ] : ? [ U_23 ] : ! [ U_22 ] : ~( predicate2(U_22, hate, U_24, U_23) ) ) ) & ~( AuntAgatha = Butler ) & ? [ U_27 ] : ( ? [ U_25 ] : predicate2(U_25, kill, U_27, AuntAgatha) & ? [ U_26 ] : ( predicate1(U_26, live, U_27) & modifier_pp(U_26, in, DreadburyMansion) ) ) ),
% 122.14/122.45 inference(miniscope,[status(thm)],[f_1_2]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_1_4, plain,
% 122.14/122.45 ( $true & ! [ U_1 ] : ( ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles ) | ( ~( $true ) | ! [ U_0 ] : ( ~( predicate1(U_0, live, U_1) ) | ~( modifier_pp(U_0, in, DreadburyMansion) ) ) ) ) & ( ~( $true ) | ! [ U_5,U_4 ] : ( predicate2(sK1(U_5, U_4), hate, U_5, U_4) | ( ~( $true ) | ! [ U_3 ] : ~( predicate2(U_3, kill, U_5, U_4) ) ) ) ) & ( ~( $true ) | ( ~( $true ) | ! [ U_9,U_8 ] : ( ! [ U_6 ] : ( ~( property2(U_6, rich, comp_than, U_8) ) | ~( U_9 = U_6 ) ) | ! [ U_7 ] : ~( predicate2(U_7, kill, U_9, U_8) ) ) ) ) & ! [ U_12 ] : ( ! [ U_10 ] : ~( predicate2(U_10, hate, Charles, U_12) ) | ( ~( $true ) | ! [ U_11 ] : ~( predicate2(U_11, hate, AuntAgatha, U_12) ) ) ) & ! [ U_13 ] : ~( predicate2(U_13, hate, AuntAgatha, Butler) ) & ! [ U_15 ] : ( ( ~( $true ) | U_15 = Butler ) | ? [ U_14 ] : predicate2(U_14, hate, AuntAgatha, U_15) ) & ! [ U_18 ] : ( ( ~( $true ) | ? [ U_16 ] : ( property2(U_16, rich, comp_than, AuntAgatha) & U_18 = U_16 ) ) | ? [ U_17 ] : predicate2(U_17, hate, Butler, U_18) ) & ! [ U_21 ] : ( ? [ U_19 ] : predicate2(U_19, hate, Butler, U_21) | ( ~( $true ) | ! [ U_20 ] : ~( predicate2(U_20, hate, AuntAgatha, U_21) ) ) ) & ( ~( $true ) | ( $true & ! [ U_24 ] : ? [ U_23 ] : ! [ U_22 ] : ~( predicate2(U_22, hate, U_24, U_23) ) ) ) & ~( AuntAgatha = Butler ) & ? [ U_27 ] : ( ? [ U_25 ] : predicate2(U_25, kill, U_27, AuntAgatha) & ? [ U_26 ] : ( predicate1(U_26, live, U_27) & modifier_pp(U_26, in, DreadburyMansion) ) ) ),
% 122.14/122.45 inference(skolemize,[status(esa),new_symbols(skolem,[sK1]),skolemize(U_2,sK1(U_5, U_4))],[f_1_3]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_1_5, plain,
% 122.14/122.45 ( $true & ! [ U_1 ] : ( ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles ) | ( ~( $true ) | ! [ U_0 ] : ( ~( predicate1(U_0, live, U_1) ) | ~( modifier_pp(U_0, in, DreadburyMansion) ) ) ) ) & ( ~( $true ) | ! [ U_5,U_4 ] : ( predicate2(sK1(U_5, U_4), hate, U_5, U_4) | ( ~( $true ) | ! [ U_3 ] : ~( predicate2(U_3, kill, U_5, U_4) ) ) ) ) & ( ~( $true ) | ( ~( $true ) | ! [ U_9,U_8 ] : ( ! [ U_6 ] : ( ~( property2(U_6, rich, comp_than, U_8) ) | ~( U_9 = U_6 ) ) | ! [ U_7 ] : ~( predicate2(U_7, kill, U_9, U_8) ) ) ) ) & ! [ U_12 ] : ( ! [ U_10 ] : ~( predicate2(U_10, hate, Charles, U_12) ) | ( ~( $true ) | ! [ U_11 ] : ~( predicate2(U_11, hate, AuntAgatha, U_12) ) ) ) & ! [ U_13 ] : ~( predicate2(U_13, hate, AuntAgatha, Butler) ) & ! [ U_15 ] : ( ( ~( $true ) | U_15 = Butler ) | predicate2(sK2(U_15), hate, AuntAgatha, U_15) ) & ! [ U_18 ] : ( ( ~( $true ) | ? [ U_16 ] : ( property2(U_16, rich, comp_than, AuntAgatha) & U_18 = U_16 ) ) | ? [ U_17 ] : predicate2(U_17, hate, Butler, U_18) ) & ! [ U_21 ] : ( ? [ U_19 ] : predicate2(U_19, hate, Butler, U_21) | ( ~( $true ) | ! [ U_20 ] : ~( predicate2(U_20, hate, AuntAgatha, U_21) ) ) ) & ( ~( $true ) | ( $true & ! [ U_24 ] : ? [ U_23 ] : ! [ U_22 ] : ~( predicate2(U_22, hate, U_24, U_23) ) ) ) & ~( AuntAgatha = Butler ) & ? [ U_27 ] : ( ? [ U_25 ] : predicate2(U_25, kill, U_27, AuntAgatha) & ? [ U_26 ] : ( predicate1(U_26, live, U_27) & modifier_pp(U_26, in, DreadburyMansion) ) ) ),
% 122.14/122.45 inference(skolemize,[status(esa),new_symbols(skolem,[sK2]),skolemize(U_14,sK2(U_15))],[f_1_4]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_1_6, plain,
% 122.14/122.45 ( $true & ! [ U_1 ] : ( ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles ) | ( ~( $true ) | ! [ U_0 ] : ( ~( predicate1(U_0, live, U_1) ) | ~( modifier_pp(U_0, in, DreadburyMansion) ) ) ) ) & ( ~( $true ) | ! [ U_5,U_4 ] : ( predicate2(sK1(U_5, U_4), hate, U_5, U_4) | ( ~( $true ) | ! [ U_3 ] : ~( predicate2(U_3, kill, U_5, U_4) ) ) ) ) & ( ~( $true ) | ( ~( $true ) | ! [ U_9,U_8 ] : ( ! [ U_6 ] : ( ~( property2(U_6, rich, comp_than, U_8) ) | ~( U_9 = U_6 ) ) | ! [ U_7 ] : ~( predicate2(U_7, kill, U_9, U_8) ) ) ) ) & ! [ U_12 ] : ( ! [ U_10 ] : ~( predicate2(U_10, hate, Charles, U_12) ) | ( ~( $true ) | ! [ U_11 ] : ~( predicate2(U_11, hate, AuntAgatha, U_12) ) ) ) & ! [ U_13 ] : ~( predicate2(U_13, hate, AuntAgatha, Butler) ) & ! [ U_15 ] : ( ( ~( $true ) | U_15 = Butler ) | predicate2(sK2(U_15), hate, AuntAgatha, U_15) ) & ! [ U_18 ] : ( ( ~( $true ) | ( property2(sK3(U_18), rich, comp_than, AuntAgatha) & U_18 = sK3(U_18) ) ) | ? [ U_17 ] : predicate2(U_17, hate, Butler, U_18) ) & ! [ U_21 ] : ( ? [ U_19 ] : predicate2(U_19, hate, Butler, U_21) | ( ~( $true ) | ! [ U_20 ] : ~( predicate2(U_20, hate, AuntAgatha, U_21) ) ) ) & ( ~( $true ) | ( $true & ! [ U_24 ] : ? [ U_23 ] : ! [ U_22 ] : ~( predicate2(U_22, hate, U_24, U_23) ) ) ) & ~( AuntAgatha = Butler ) & ? [ U_27 ] : ( ? [ U_25 ] : predicate2(U_25, kill, U_27, AuntAgatha) & ? [ U_26 ] : ( predicate1(U_26, live, U_27) & modifier_pp(U_26, in, DreadburyMansion) ) ) ),
% 122.14/122.45 inference(skolemize,[status(esa),new_symbols(skolem,[sK3]),skolemize(U_16,sK3(U_18))],[f_1_5]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_1_7, plain,
% 122.14/122.45 ( $true & ! [ U_1 ] : ( ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles ) | ( ~( $true ) | ! [ U_0 ] : ( ~( predicate1(U_0, live, U_1) ) | ~( modifier_pp(U_0, in, DreadburyMansion) ) ) ) ) & ( ~( $true ) | ! [ U_5,U_4 ] : ( predicate2(sK1(U_5, U_4), hate, U_5, U_4) | ( ~( $true ) | ! [ U_3 ] : ~( predicate2(U_3, kill, U_5, U_4) ) ) ) ) & ( ~( $true ) | ( ~( $true ) | ! [ U_9,U_8 ] : ( ! [ U_6 ] : ( ~( property2(U_6, rich, comp_than, U_8) ) | ~( U_9 = U_6 ) ) | ! [ U_7 ] : ~( predicate2(U_7, kill, U_9, U_8) ) ) ) ) & ! [ U_12 ] : ( ! [ U_10 ] : ~( predicate2(U_10, hate, Charles, U_12) ) | ( ~( $true ) | ! [ U_11 ] : ~( predicate2(U_11, hate, AuntAgatha, U_12) ) ) ) & ! [ U_13 ] : ~( predicate2(U_13, hate, AuntAgatha, Butler) ) & ! [ U_15 ] : ( ( ~( $true ) | U_15 = Butler ) | predicate2(sK2(U_15), hate, AuntAgatha, U_15) ) & ! [ U_18 ] : ( ( ~( $true ) | ( property2(sK3(U_18), rich, comp_than, AuntAgatha) & U_18 = sK3(U_18) ) ) | predicate2(sK4(U_18), hate, Butler, U_18) ) & ! [ U_21 ] : ( ? [ U_19 ] : predicate2(U_19, hate, Butler, U_21) | ( ~( $true ) | ! [ U_20 ] : ~( predicate2(U_20, hate, AuntAgatha, U_21) ) ) ) & ( ~( $true ) | ( $true & ! [ U_24 ] : ? [ U_23 ] : ! [ U_22 ] : ~( predicate2(U_22, hate, U_24, U_23) ) ) ) & ~( AuntAgatha = Butler ) & ? [ U_27 ] : ( ? [ U_25 ] : predicate2(U_25, kill, U_27, AuntAgatha) & ? [ U_26 ] : ( predicate1(U_26, live, U_27) & modifier_pp(U_26, in, DreadburyMansion) ) ) ),
% 122.14/122.45 inference(skolemize,[status(esa),new_symbols(skolem,[sK4]),skolemize(U_17,sK4(U_18))],[f_1_6]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_1_8, plain,
% 122.14/122.45 ( $true & ! [ U_1 ] : ( ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles ) | ( ~( $true ) | ! [ U_0 ] : ( ~( predicate1(U_0, live, U_1) ) | ~( modifier_pp(U_0, in, DreadburyMansion) ) ) ) ) & ( ~( $true ) | ! [ U_5,U_4 ] : ( predicate2(sK1(U_5, U_4), hate, U_5, U_4) | ( ~( $true ) | ! [ U_3 ] : ~( predicate2(U_3, kill, U_5, U_4) ) ) ) ) & ( ~( $true ) | ( ~( $true ) | ! [ U_9,U_8 ] : ( ! [ U_6 ] : ( ~( property2(U_6, rich, comp_than, U_8) ) | ~( U_9 = U_6 ) ) | ! [ U_7 ] : ~( predicate2(U_7, kill, U_9, U_8) ) ) ) ) & ! [ U_12 ] : ( ! [ U_10 ] : ~( predicate2(U_10, hate, Charles, U_12) ) | ( ~( $true ) | ! [ U_11 ] : ~( predicate2(U_11, hate, AuntAgatha, U_12) ) ) ) & ! [ U_13 ] : ~( predicate2(U_13, hate, AuntAgatha, Butler) ) & ! [ U_15 ] : ( ( ~( $true ) | U_15 = Butler ) | predicate2(sK2(U_15), hate, AuntAgatha, U_15) ) & ! [ U_18 ] : ( ( ~( $true ) | ( property2(sK3(U_18), rich, comp_than, AuntAgatha) & U_18 = sK3(U_18) ) ) | predicate2(sK4(U_18), hate, Butler, U_18) ) & ! [ U_21 ] : ( predicate2(sK5(U_21), hate, Butler, U_21) | ( ~( $true ) | ! [ U_20 ] : ~( predicate2(U_20, hate, AuntAgatha, U_21) ) ) ) & ( ~( $true ) | ( $true & ! [ U_24 ] : ? [ U_23 ] : ! [ U_22 ] : ~( predicate2(U_22, hate, U_24, U_23) ) ) ) & ~( AuntAgatha = Butler ) & ? [ U_27 ] : ( ? [ U_25 ] : predicate2(U_25, kill, U_27, AuntAgatha) & ? [ U_26 ] : ( predicate1(U_26, live, U_27) & modifier_pp(U_26, in, DreadburyMansion) ) ) ),
% 122.14/122.45 inference(skolemize,[status(esa),new_symbols(skolem,[sK5]),skolemize(U_19,sK5(U_21))],[f_1_7]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_1_9, plain,
% 122.14/122.45 ( $true & ! [ U_1 ] : ( ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles ) | ( ~( $true ) | ! [ U_0 ] : ( ~( predicate1(U_0, live, U_1) ) | ~( modifier_pp(U_0, in, DreadburyMansion) ) ) ) ) & ( ~( $true ) | ! [ U_5,U_4 ] : ( predicate2(sK1(U_5, U_4), hate, U_5, U_4) | ( ~( $true ) | ! [ U_3 ] : ~( predicate2(U_3, kill, U_5, U_4) ) ) ) ) & ( ~( $true ) | ( ~( $true ) | ! [ U_9,U_8 ] : ( ! [ U_6 ] : ( ~( property2(U_6, rich, comp_than, U_8) ) | ~( U_9 = U_6 ) ) | ! [ U_7 ] : ~( predicate2(U_7, kill, U_9, U_8) ) ) ) ) & ! [ U_12 ] : ( ! [ U_10 ] : ~( predicate2(U_10, hate, Charles, U_12) ) | ( ~( $true ) | ! [ U_11 ] : ~( predicate2(U_11, hate, AuntAgatha, U_12) ) ) ) & ! [ U_13 ] : ~( predicate2(U_13, hate, AuntAgatha, Butler) ) & ! [ U_15 ] : ( ( ~( $true ) | U_15 = Butler ) | predicate2(sK2(U_15), hate, AuntAgatha, U_15) ) & ! [ U_18 ] : ( ( ~( $true ) | ( property2(sK3(U_18), rich, comp_than, AuntAgatha) & U_18 = sK3(U_18) ) ) | predicate2(sK4(U_18), hate, Butler, U_18) ) & ! [ U_21 ] : ( predicate2(sK5(U_21), hate, Butler, U_21) | ( ~( $true ) | ! [ U_20 ] : ~( predicate2(U_20, hate, AuntAgatha, U_21) ) ) ) & ( ~( $true ) | ( $true & ! [ U_24,U_22 ] : ~( predicate2(U_22, hate, U_24, sK6(U_24)) ) ) ) & ~( AuntAgatha = Butler ) & ? [ U_27 ] : ( ? [ U_25 ] : predicate2(U_25, kill, U_27, AuntAgatha) & ? [ U_26 ] : ( predicate1(U_26, live, U_27) & modifier_pp(U_26, in, DreadburyMansion) ) ) ),
% 122.14/122.45 inference(skolemize,[status(esa),new_symbols(skolem,[sK6]),skolemize(U_23,sK6(U_24))],[f_1_8]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_1_10, plain,
% 122.14/122.45 ( $true & ! [ U_1 ] : ( ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles ) | ( ~( $true ) | ! [ U_0 ] : ( ~( predicate1(U_0, live, U_1) ) | ~( modifier_pp(U_0, in, DreadburyMansion) ) ) ) ) & ( ~( $true ) | ! [ U_5,U_4 ] : ( predicate2(sK1(U_5, U_4), hate, U_5, U_4) | ( ~( $true ) | ! [ U_3 ] : ~( predicate2(U_3, kill, U_5, U_4) ) ) ) ) & ( ~( $true ) | ( ~( $true ) | ! [ U_9,U_8 ] : ( ! [ U_6 ] : ( ~( property2(U_6, rich, comp_than, U_8) ) | ~( U_9 = U_6 ) ) | ! [ U_7 ] : ~( predicate2(U_7, kill, U_9, U_8) ) ) ) ) & ! [ U_12 ] : ( ! [ U_10 ] : ~( predicate2(U_10, hate, Charles, U_12) ) | ( ~( $true ) | ! [ U_11 ] : ~( predicate2(U_11, hate, AuntAgatha, U_12) ) ) ) & ! [ U_13 ] : ~( predicate2(U_13, hate, AuntAgatha, Butler) ) & ! [ U_15 ] : ( ( ~( $true ) | U_15 = Butler ) | predicate2(sK2(U_15), hate, AuntAgatha, U_15) ) & ! [ U_18 ] : ( ( ~( $true ) | ( property2(sK3(U_18), rich, comp_than, AuntAgatha) & U_18 = sK3(U_18) ) ) | predicate2(sK4(U_18), hate, Butler, U_18) ) & ! [ U_21 ] : ( predicate2(sK5(U_21), hate, Butler, U_21) | ( ~( $true ) | ! [ U_20 ] : ~( predicate2(U_20, hate, AuntAgatha, U_21) ) ) ) & ( ~( $true ) | ( $true & ! [ U_24,U_22 ] : ~( predicate2(U_22, hate, U_24, sK6(U_24)) ) ) ) & ~( AuntAgatha = Butler ) & ( ? [ U_25 ] : predicate2(U_25, kill, sK7, AuntAgatha) & ? [ U_26 ] : ( predicate1(U_26, live, sK7) & modifier_pp(U_26, in, DreadburyMansion) ) ) ),
% 122.14/122.45 inference(skolemize,[status(esa),new_symbols(skolem,[sK7]),skolemize(U_27,sK7)],[f_1_9]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_1_11, plain,
% 122.14/122.45 ( $true & ! [ U_1 ] : ( ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles ) | ( ~( $true ) | ! [ U_0 ] : ( ~( predicate1(U_0, live, U_1) ) | ~( modifier_pp(U_0, in, DreadburyMansion) ) ) ) ) & ( ~( $true ) | ! [ U_5,U_4 ] : ( predicate2(sK1(U_5, U_4), hate, U_5, U_4) | ( ~( $true ) | ! [ U_3 ] : ~( predicate2(U_3, kill, U_5, U_4) ) ) ) ) & ( ~( $true ) | ( ~( $true ) | ! [ U_9,U_8 ] : ( ! [ U_6 ] : ( ~( property2(U_6, rich, comp_than, U_8) ) | ~( U_9 = U_6 ) ) | ! [ U_7 ] : ~( predicate2(U_7, kill, U_9, U_8) ) ) ) ) & ! [ U_12 ] : ( ! [ U_10 ] : ~( predicate2(U_10, hate, Charles, U_12) ) | ( ~( $true ) | ! [ U_11 ] : ~( predicate2(U_11, hate, AuntAgatha, U_12) ) ) ) & ! [ U_13 ] : ~( predicate2(U_13, hate, AuntAgatha, Butler) ) & ! [ U_15 ] : ( ( ~( $true ) | U_15 = Butler ) | predicate2(sK2(U_15), hate, AuntAgatha, U_15) ) & ! [ U_18 ] : ( ( ~( $true ) | ( property2(sK3(U_18), rich, comp_than, AuntAgatha) & U_18 = sK3(U_18) ) ) | predicate2(sK4(U_18), hate, Butler, U_18) ) & ! [ U_21 ] : ( predicate2(sK5(U_21), hate, Butler, U_21) | ( ~( $true ) | ! [ U_20 ] : ~( predicate2(U_20, hate, AuntAgatha, U_21) ) ) ) & ( ~( $true ) | ( $true & ! [ U_24,U_22 ] : ~( predicate2(U_22, hate, U_24, sK6(U_24)) ) ) ) & ~( AuntAgatha = Butler ) & ( predicate2(sK8, kill, sK7, AuntAgatha) & ? [ U_26 ] : ( predicate1(U_26, live, sK7) & modifier_pp(U_26, in, DreadburyMansion) ) ) ),
% 122.14/122.45 inference(skolemize,[status(esa),new_symbols(skolem,[sK8]),skolemize(U_25,sK8)],[f_1_10]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_1_12, plain,
% 122.14/122.45 ( $true & ! [ U_1 ] : ( ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles ) | ( ~( $true ) | ! [ U_0 ] : ( ~( predicate1(U_0, live, U_1) ) | ~( modifier_pp(U_0, in, DreadburyMansion) ) ) ) ) & ( ~( $true ) | ! [ U_5,U_4 ] : ( predicate2(sK1(U_5, U_4), hate, U_5, U_4) | ( ~( $true ) | ! [ U_3 ] : ~( predicate2(U_3, kill, U_5, U_4) ) ) ) ) & ( ~( $true ) | ( ~( $true ) | ! [ U_9,U_8 ] : ( ! [ U_6 ] : ( ~( property2(U_6, rich, comp_than, U_8) ) | ~( U_9 = U_6 ) ) | ! [ U_7 ] : ~( predicate2(U_7, kill, U_9, U_8) ) ) ) ) & ! [ U_12 ] : ( ! [ U_10 ] : ~( predicate2(U_10, hate, Charles, U_12) ) | ( ~( $true ) | ! [ U_11 ] : ~( predicate2(U_11, hate, AuntAgatha, U_12) ) ) ) & ! [ U_13 ] : ~( predicate2(U_13, hate, AuntAgatha, Butler) ) & ! [ U_15 ] : ( ( ~( $true ) | U_15 = Butler ) | predicate2(sK2(U_15), hate, AuntAgatha, U_15) ) & ! [ U_18 ] : ( ( ~( $true ) | ( property2(sK3(U_18), rich, comp_than, AuntAgatha) & U_18 = sK3(U_18) ) ) | predicate2(sK4(U_18), hate, Butler, U_18) ) & ! [ U_21 ] : ( predicate2(sK5(U_21), hate, Butler, U_21) | ( ~( $true ) | ! [ U_20 ] : ~( predicate2(U_20, hate, AuntAgatha, U_21) ) ) ) & ( ~( $true ) | ( $true & ! [ U_24,U_22 ] : ~( predicate2(U_22, hate, U_24, sK6(U_24)) ) ) ) & ~( AuntAgatha = Butler ) & ( predicate2(sK8, kill, sK7, AuntAgatha) & ( predicate1(sK9, live, sK7) & modifier_pp(sK9, in, DreadburyMansion) ) ) ),
% 122.14/122.45 inference(skolemize,[status(esa),new_symbols(skolem,[sK9]),skolemize(U_26,sK9)],[f_1_11]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_13, plain,
% 122.14/122.45 ( $true ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_14, plain,
% 122.14/122.45 ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles | ~$true | ~predicate1(U_0, live, U_1) | ~modifier_pp(U_0, in, DreadburyMansion) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_15, plain,
% 122.14/122.45 ( ~$true | predicate2(sK1(U_5, U_4), hate, U_5, U_4) | ~$true | ~predicate2(U_3, kill, U_5, U_4) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_16, plain,
% 122.14/122.45 ( ~$true | ~$true | ~property2(U_6, rich, comp_than, U_8) | U_9 != U_6 | ~predicate2(U_7, kill, U_9, U_8) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_17, plain,
% 122.14/122.45 ( ~predicate2(U_10, hate, Charles, U_12) | ~$true | ~predicate2(U_11, hate, AuntAgatha, U_12) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_18, plain,
% 122.14/122.45 ( ~predicate2(U_13, hate, AuntAgatha, Butler) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_19, plain,
% 122.14/122.45 ( ~$true | U_15 = Butler | predicate2(sK2(U_15), hate, AuntAgatha, U_15) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_20, plain,
% 122.14/122.45 ( predicate2(sK4(U_18), hate, Butler, U_18) | ~$true | property2(sK3(U_18), rich, comp_than, AuntAgatha) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_21, plain,
% 122.14/122.45 ( predicate2(sK4(U_18), hate, Butler, U_18) | ~$true | U_18 = sK3(U_18) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_22, plain,
% 122.14/122.45 ( predicate2(sK5(U_21), hate, Butler, U_21) | ~$true | ~predicate2(U_20, hate, AuntAgatha, U_21) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_23, plain,
% 122.14/122.45 ( ~$true | $true ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_24, plain,
% 122.14/122.45 ( ~$true | ~predicate2(U_22, hate, U_24, sK6(U_24)) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_25, plain,
% 122.14/122.45 ( AuntAgatha != Butler ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_26, plain,
% 122.14/122.45 ( predicate2(sK8, kill, sK7, AuntAgatha) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_27, plain,
% 122.14/122.45 ( predicate1(sK9, live, sK7) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_28, plain,
% 122.14/122.45 ( modifier_pp(sK9, in, DreadburyMansion) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_1_12]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_2_1, negated_conjecture,
% 122.14/122.45 ~( ? [ A ] : predicate2(A, kill, AuntAgatha, AuntAgatha) ),
% 122.14/122.45 inference(negate,[status(cth)],[prove]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_2_2, negated_conjecture,
% 122.14/122.45 ! [ A ] : ~( predicate2(A, kill, AuntAgatha, AuntAgatha) ),
% 122.14/122.45 inference(fof_nnf,[status(thm)],[f_2_1]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_2_3, negated_conjecture,
% 122.14/122.45 ! [ U_28 ] : ~( predicate2(U_28, kill, AuntAgatha, AuntAgatha) ),
% 122.14/122.45 inference(variable_rename,[status(thm)],[f_2_2]) ).
% 122.14/122.45
% 122.14/122.45 fof(f_2_4, negated_conjecture,
% 122.14/122.45 ( ( ! [U_28] : ( ~predicate2(U_28, kill, AuntAgatha, AuntAgatha) ) ) ),
% 122.14/122.45 inference(definitional_conversion,[status(esa)],[f_2_3]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_2_5, negated_conjecture,
% 122.14/122.45 ( ~predicate2(U_28, kill, AuntAgatha, AuntAgatha) ),
% 122.14/122.45 inference(clausify,[status(thm)],[f_2_4]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_13_true, plain,
% 122.14/122.45 $true,
% 122.14/122.45 inference(clause_is_true,[status(thm)],[f_1_13]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_14_simplified, plain,
% 122.14/122.45 ( U_1 = AuntAgatha | U_1 = Butler | U_1 = Charles | ~predicate1(U_0, live, U_1) | ~modifier_pp(U_0, in, DreadburyMansion) ),
% 122.14/122.45 inference(simplify_clause,[status(thm)],[f_1_14]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_15_simplified, plain,
% 122.14/122.45 ( predicate2(sK1(U_5, U_4), hate, U_5, U_4) | ~predicate2(U_3, kill, U_5, U_4) ),
% 122.14/122.45 inference(simplify_clause,[status(thm)],[f_1_15]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_16_simplified, plain,
% 122.14/122.45 ( ~property2(U_6, rich, comp_than, U_8) | U_9 != U_6 | ~predicate2(U_7, kill, U_9, U_8) ),
% 122.14/122.45 inference(simplify_clause,[status(thm)],[f_1_16]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_17_simplified, plain,
% 122.14/122.45 ( ~predicate2(U_10, hate, Charles, U_12) | ~predicate2(U_11, hate, AuntAgatha, U_12) ),
% 122.14/122.45 inference(simplify_clause,[status(thm)],[f_1_17]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_19_simplified, plain,
% 122.14/122.45 ( U_15 = Butler | predicate2(sK2(U_15), hate, AuntAgatha, U_15) ),
% 122.14/122.45 inference(simplify_clause,[status(thm)],[f_1_19]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_20_simplified, plain,
% 122.14/122.45 ( predicate2(sK4(U_18), hate, Butler, U_18) | property2(sK3(U_18), rich, comp_than, AuntAgatha) ),
% 122.14/122.45 inference(simplify_clause,[status(thm)],[f_1_20]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_21_simplified, plain,
% 122.14/122.45 ( predicate2(sK4(U_18), hate, Butler, U_18) | U_18 = sK3(U_18) ),
% 122.14/122.45 inference(simplify_clause,[status(thm)],[f_1_21]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_22_simplified, plain,
% 122.14/122.45 ( predicate2(sK5(U_21), hate, Butler, U_21) | ~predicate2(U_20, hate, AuntAgatha, U_21) ),
% 122.14/122.45 inference(simplify_clause,[status(thm)],[f_1_22]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_23_true, plain,
% 122.14/122.45 $true,
% 122.14/122.45 inference(clause_is_true,[status(thm)],[f_1_23]) ).
% 122.14/122.45
% 122.14/122.45 cnf(f_1_24_simplified, plain,
% 122.14/122.45 ( ~predicate2(U_22, hate, U_24, sK6(U_24)) ),
% 122.14/122.45 inference(simplify_clause,[status(thm)],[f_1_24]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_1, axiom,
% 122.14/122.45 ( Eq_x_0 = Eq_x_0 ),
% 122.14/122.45 theory(equality,[reflexivity]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_2, axiom,
% 122.14/122.45 ( Eq_x_0 != Eq_x_1 | Eq_x_1 = Eq_x_0 ),
% 122.14/122.45 theory(equality,[symmetry]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_3, axiom,
% 122.14/122.45 ( Eq_x_0 != Eq_x_1 | Eq_x_1 != Eq_x_2 | Eq_x_0 = Eq_x_2 ),
% 122.14/122.45 theory(equality,[transitivity]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_4, axiom,
% 122.14/122.45 ( Eq_x_0 != Eq_y_0 | Eq_x_1 != Eq_y_1 | sK1(Eq_x_0, Eq_x_1) = sK1(Eq_y_0, Eq_y_1) ),
% 122.14/122.45 theory(equality,[substitution_functions]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_5, axiom,
% 122.14/122.45 ( Eq_x_0 != Eq_y_0 | sK2(Eq_x_0) = sK2(Eq_y_0) ),
% 122.14/122.45 theory(equality,[substitution_functions]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_6, axiom,
% 122.14/122.45 ( Eq_x_0 != Eq_y_0 | sK3(Eq_x_0) = sK3(Eq_y_0) ),
% 122.14/122.45 theory(equality,[substitution_functions]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_7, axiom,
% 122.14/122.45 ( Eq_x_0 != Eq_y_0 | sK4(Eq_x_0) = sK4(Eq_y_0) ),
% 122.14/122.45 theory(equality,[substitution_functions]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_8, axiom,
% 122.14/122.45 ( Eq_x_0 != Eq_y_0 | sK5(Eq_x_0) = sK5(Eq_y_0) ),
% 122.14/122.45 theory(equality,[substitution_functions]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_9, axiom,
% 122.14/122.45 ( Eq_x_0 != Eq_y_0 | sK6(Eq_x_0) = sK6(Eq_y_0) ),
% 122.14/122.45 theory(equality,[substitution_functions]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_10, axiom,
% 122.14/122.45 ( Eq_x_0 != Eq_y_0 | Eq_x_1 != Eq_y_1 | Eq_x_2 != Eq_y_2 | ~predicate1(Eq_x_0, Eq_x_1, Eq_x_2) | predicate1(Eq_y_0, Eq_y_1, Eq_y_2) ),
% 122.14/122.45 theory(equality,[substitution_predicates]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_11, axiom,
% 122.14/122.45 ( Eq_x_0 != Eq_y_0 | Eq_x_1 != Eq_y_1 | Eq_x_2 != Eq_y_2 | ~modifier_pp(Eq_x_0, Eq_x_1, Eq_x_2) | modifier_pp(Eq_y_0, Eq_y_1, Eq_y_2) ),
% 122.14/122.45 theory(equality,[substitution_predicates]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_12, axiom,
% 122.14/122.45 ( Eq_x_0 != Eq_y_0 | Eq_x_1 != Eq_y_1 | Eq_x_2 != Eq_y_2 | Eq_x_3 != Eq_y_3 | ~predicate2(Eq_x_0, Eq_x_1, Eq_x_2, Eq_x_3) | predicate2(Eq_y_0, Eq_y_1, Eq_y_2, Eq_y_3) ),
% 122.14/122.45 theory(equality,[substitution_predicates]) ).
% 122.14/122.45
% 122.14/122.45 cnf(equality_13, axiom,
% 122.14/122.45 ( Eq_x_0 != Eq_y_0 | Eq_x_1 != Eq_y_1 | Eq_x_2 != Eq_y_2 | Eq_x_3 != Eq_y_3 | ~property2(Eq_x_0, Eq_x_1, Eq_x_2, Eq_x_3) | property2(Eq_y_0, Eq_y_1, Eq_y_2, Eq_y_3) ),
% 122.14/122.45 theory(equality,[substitution_predicates]) ).
% 122.14/122.45
% 122.14/122.45 cnf(sat_proved, plain, $false,
% 122.14/122.45 inference(cadical, [status(thm)], [
% 122.30/123.84 ]) ).
% 122.30/123.84 % SZS output end Proof for theBenchmark
%------------------------------------------------------------------------------