0.07/0.12 % Problem : theBenchmark.p : TPTP v0.0.0. Released v0.0.0. 0.07/0.13 % Command : do_CVC4 %s 0.12/0.34 % Computer : n019.cluster.edu 0.12/0.34 % Model : x86_64 x86_64 0.12/0.34 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz 0.12/0.34 % Memory : 8042.1875MB 0.12/0.34 % OS : Linux 3.10.0-693.el7.x86_64 0.12/0.34 % CPULimit : 180 0.12/0.34 % DateTime : Thu Aug 29 16:10:52 EDT 2019 0.12/0.34 % CPUTime : 0.19/0.45 %----Proving TH0_NAR 0.19/0.45 ------- cvc4-thf casc 27 : /export/starexec/sandbox/benchmark/theBenchmark.p at 180... 0.19/0.45 --- Run --uf-ho --ho-elim --no-ho-elim-store-ax --full-saturate-quant at 20... 20.22/20.47 --- Run --uf-ho --ho-elim --full-saturate-quant at 20... 40.25/40.50 --- Run --uf-ho --ho-elim --finite-model-find --uf-ss=no-minimal at 5... 45.31/45.53 --- Run --uf-ho --no-ho-matching --finite-model-find --uf-ss=no-minimal at 5... 50.35/50.56 --- Run --uf-ho --no-ho-matching --full-saturate-quant --fs-interleave --ho-elim-store-ax at 30... 50.37/50.81 % SZS status Theorem for theBenchmark 50.37/50.81 % SZS output start Proof for theBenchmark 50.37/50.81 (skolem (forall ((Xq (-> a a Bool)) (Xr (-> a b b Bool)) (Xs (-> a b b Bool)) (BOUND_VARIABLE_742 (-> a b)) (BOUND_VARIABLE_743 (-> a b)) (BOUND_VARIABLE_744 a) (BOUND_VARIABLE_745 a) (BOUND_VARIABLE_758 (-> a b)) (BOUND_VARIABLE_759 (-> a b)) (BOUND_VARIABLE_760 (-> a b)) (BOUND_VARIABLE_761 a) (BOUND_VARIABLE_762 a)) (or (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xq Xy Xz)) (not (Xq Xx Xy)) (Xq Xx Xz)) )) (not (forall ((Xx a) (Xy a)) (or (not (Xq Xx Xy)) (Xq Xy Xx)) )) (not (forall ((Xx a) (Xy a) (BOUND_VARIABLE_605 b) (BOUND_VARIABLE_606 b) (BOUND_VARIABLE_611 b) (BOUND_VARIABLE_612 b) (BOUND_VARIABLE_613 b)) (or (not (Xq Xx Xy)) (and (or (not (Xr Xx BOUND_VARIABLE_605 BOUND_VARIABLE_606)) (Xr Xx BOUND_VARIABLE_606 BOUND_VARIABLE_605)) (or (not (Xr Xx BOUND_VARIABLE_612 BOUND_VARIABLE_613)) (not (Xr Xx BOUND_VARIABLE_611 BOUND_VARIABLE_612)) (Xr Xx BOUND_VARIABLE_611 BOUND_VARIABLE_613)) (= (Xr Xx) (Xr Xy)))) )) (not (forall ((Xx a) (BOUND_VARIABLE_639 b) (BOUND_VARIABLE_640 b) (BOUND_VARIABLE_641 b) (BOUND_VARIABLE_648 b) (BOUND_VARIABLE_649 b)) (or (not (Xq Xx Xx)) (and (or (not (Xr Xx BOUND_VARIABLE_639 BOUND_VARIABLE_640)) (not (Xr Xx BOUND_VARIABLE_640 BOUND_VARIABLE_641)) (Xr Xx BOUND_VARIABLE_639 BOUND_VARIABLE_641)) (= (Xr Xx) (Xs Xx)) (or (not (Xr Xx BOUND_VARIABLE_648 BOUND_VARIABLE_649)) (Xr Xx BOUND_VARIABLE_649 BOUND_VARIABLE_648)))) )) (and (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (Xq Xx0 Xy0)) (Xr Xx0 (BOUND_VARIABLE_742 Xx0) (BOUND_VARIABLE_743 Xy0))) )) (not (Xq BOUND_VARIABLE_744 BOUND_VARIABLE_745)) (Xr BOUND_VARIABLE_744 (BOUND_VARIABLE_743 BOUND_VARIABLE_744) (BOUND_VARIABLE_742 BOUND_VARIABLE_745))) (= ((ll_1 Xq) Xr) ((ll_2 Xq) Xs)) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (Xq Xx0 Xy0)) (Xr Xx0 (BOUND_VARIABLE_758 Xx0) (BOUND_VARIABLE_759 Xy0))) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (Xq Xx0 Xy0)) (Xr Xx0 (BOUND_VARIABLE_759 Xx0) (BOUND_VARIABLE_760 Xy0))) )) (not (Xq BOUND_VARIABLE_761 BOUND_VARIABLE_762)) (Xr BOUND_VARIABLE_761 (BOUND_VARIABLE_758 BOUND_VARIABLE_761) (BOUND_VARIABLE_760 BOUND_VARIABLE_762))))) ) 50.37/50.81 ( skv_3 skv_4 skv_5 skv_6 skv_7 skv_8 skv_9 skv_10 skv_11 skv_12 skv_13 skv_14 ) 50.37/50.81 ) 50.37/50.81 (skolem (forall ((Xx a) (Xy a)) (or (not (skv_3 Xx Xy)) (skv_4 Xx (k_24 Xx) (k_25 Xy))) ) 50.37/50.81 ( skv_53 skv_54 ) 50.37/50.81 ) 50.37/50.81 (skolem (forall ((Xx a) (Xy a)) (or (not (skv_3 Xx Xy)) (skv_5 Xx (k_24 Xx) (k_25 Xy))) ) 50.37/50.81 ( skv_120 skv_121 ) 50.37/50.81 ) 50.37/50.81 (instantiation (forall ((BOUND_VARIABLE_884 (-> a a Bool)) (BOUND_VARIABLE_885 (-> a b b Bool)) (BOUND_VARIABLE_886 (-> a b)) (BOUND_VARIABLE_887 (-> a b))) (= (ll_1 BOUND_VARIABLE_884 BOUND_VARIABLE_885 BOUND_VARIABLE_886 BOUND_VARIABLE_887) (forall ((Xx a) (Xy a)) (or (not (BOUND_VARIABLE_884 Xx Xy)) (BOUND_VARIABLE_885 Xx (BOUND_VARIABLE_886 Xx) (BOUND_VARIABLE_887 Xy))) )) ) 50.37/50.81 ( skv_3, skv_4, k_24, k_25 ) 50.37/50.81 ) 50.37/50.81 (instantiation (forall ((BOUND_VARIABLE_899 (-> a a Bool)) (BOUND_VARIABLE_900 (-> a b b Bool)) (BOUND_VARIABLE_901 (-> a b)) (BOUND_VARIABLE_902 (-> a b))) (= (ll_2 BOUND_VARIABLE_899 BOUND_VARIABLE_900 BOUND_VARIABLE_901 BOUND_VARIABLE_902) (forall ((Xx a) (Xy a)) (or (not (BOUND_VARIABLE_899 Xx Xy)) (BOUND_VARIABLE_900 Xx (BOUND_VARIABLE_901 Xx) (BOUND_VARIABLE_902 Xy))) )) ) 50.37/50.81 ( skv_3, skv_5, k_24, k_25 ) 50.37/50.81 ) 50.37/50.81 (instantiation (forall ((Xx a) (Xy a) (Xz a)) (or (not (skv_3 Xy Xz)) (not (skv_3 Xx Xy)) (skv_3 Xx Xz)) ) 50.37/50.81 ( skv_8, skv_8, skv_8 ) 50.37/50.81 ( skv_8, skv_8, skv_13 ) 50.37/50.81 ( skv_8, skv_9, skv_8 ) 50.37/50.81 ( skv_8, skv_9, skv_13 ) 50.37/50.81 ( skv_8, skv_9, skv_14 ) 50.37/50.81 ( skv_8, skv_9, skv_120 ) 50.37/50.81 ( skv_9, skv_8, skv_9 ) 50.37/50.81 ( skv_9, skv_9, skv_9 ) 50.37/50.81 ( skv_13, skv_8, skv_9 ) 50.37/50.81 ( skv_13, skv_9, skv_8 ) 50.37/50.81 ( skv_13, skv_9, skv_9 ) 50.37/50.81 ( skv_13, skv_14, skv_9 ) 50.37/50.81 ( skv_13, skv_14, skv_13 ) 50.37/50.81 ( skv_14, skv_8, skv_9 ) 50.37/50.81 ( skv_14, skv_9, skv_8 ) 50.37/50.81 ( skv_14, skv_9, skv_9 ) 50.37/50.81 ( skv_53, skv_54, skv_13 ) 50.37/50.81 ( skv_53, skv_54, skv_53 ) 50.37/50.81 ( skv_120, skv_121, skv_13 ) 50.37/50.81 ( skv_120, skv_121, skv_120 ) 50.37/50.81 ( skv_121, skv_120, skv_121 ) 50.37/50.81 ) 50.37/50.81 (instantiation (forall ((Xx a) (Xy a)) (or (not (skv_3 Xx Xy)) (skv_3 Xy Xx)) ) 50.37/50.81 ( skv_8, skv_8 ) 50.37/50.81 ( skv_8, skv_9 ) 50.37/50.81 ( skv_8, skv_13 ) 50.37/50.81 ( skv_8, skv_14 ) 50.37/50.81 ( skv_9, skv_9 ) 50.37/50.81 ( skv_9, skv_13 ) 50.37/50.81 ( skv_9, skv_14 ) 50.37/50.81 ( skv_13, skv_8 ) 50.37/50.81 ( skv_13, skv_9 ) 50.37/50.81 ( skv_13, skv_14 ) 50.37/50.81 ( skv_13, skv_120 ) 50.37/50.81 ( skv_14, skv_8 ) 50.37/50.81 ( skv_14, skv_9 ) 50.37/50.81 ( skv_14, skv_13 ) 50.37/50.81 ( skv_14, skv_14 ) 50.37/50.81 ( skv_53, skv_8 ) 50.37/50.81 ( skv_53, skv_9 ) 50.37/50.81 ( skv_53, skv_54 ) 50.37/50.81 ( skv_120, skv_8 ) 50.37/50.81 ( skv_120, skv_121 ) 50.37/50.81 ) 50.37/50.81 (instantiation (forall ((Xx a) (Xy a) (BOUND_VARIABLE_605 b) (BOUND_VARIABLE_606 b) (BOUND_VARIABLE_611 b) (BOUND_VARIABLE_612 b) (BOUND_VARIABLE_613 b)) (or (not (skv_3 Xx Xy)) (and (or (not (skv_4 Xx BOUND_VARIABLE_605 BOUND_VARIABLE_606)) (skv_4 Xx BOUND_VARIABLE_606 BOUND_VARIABLE_605)) (or (not (skv_4 Xx BOUND_VARIABLE_612 BOUND_VARIABLE_613)) (not (skv_4 Xx BOUND_VARIABLE_611 BOUND_VARIABLE_612)) (skv_4 Xx BOUND_VARIABLE_611 BOUND_VARIABLE_613)) (= (skv_4 Xx) (skv_4 Xy)))) ) 50.37/50.81 ( skv_8, skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_10 skv_13) ) 50.37/50.81 ( skv_8, skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_10 skv_13) ) 50.37/50.81 ( skv_8, skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_9), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, skv_8, (skv_6 skv_9), (skv_6 skv_9), (skv_7 skv_8), (skv_6 skv_9), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, skv_8, (skv_6 skv_9), (skv_6 skv_9), (skv_6 skv_9), (skv_7 skv_8), (skv_6 skv_9) ) 50.37/50.81 ( skv_8, skv_8, (skv_6 skv_8), (skv_7 skv_9), (skv_6 skv_8), (skv_7 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, skv_8, (skv_6 skv_8), (skv_7 skv_9), (skv_7 skv_9), (skv_6 skv_8), (skv_7 skv_9) ) 50.37/50.81 ( skv_8, skv_8, (skv_6 skv_8), (skv_7 skv_14), (skv_6 skv_8), (skv_6 skv_8), (skv_7 skv_9) ) 50.37/50.81 ( skv_8, skv_8, (skv_6 skv_8), (skv_7 skv_13), (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_9) ) 50.37/50.81 ( skv_8, skv_8, (skv_7 skv_13), (skv_7 skv_8), (skv_6 skv_8), (skv_7 skv_9), (skv_7 skv_9) ) 50.37/50.81 ( skv_8, skv_9, (skv_7 skv_8), (skv_6 skv_9), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9) ) 50.37/50.81 ( skv_8, skv_9, (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_8), (skv_7 skv_8), (skv_6 skv_9) ) 50.37/50.81 ( skv_8, skv_9, (skv_7 skv_14), (skv_6 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, skv_9, (skv_7 skv_13), (skv_6 skv_8), (skv_6 skv_8), (skv_7 skv_9), (skv_7 skv_9) ) 50.37/50.81 ( skv_8, skv_9, (k_24 skv_8), (k_25 skv_9), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9) ) 50.37/50.81 ( skv_8, skv_53, (skv_6 skv_9), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_9) ) 50.37/50.81 ( skv_8, skv_120, (skv_6 skv_9), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_9) ) 50.37/50.81 ( skv_9, skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_9, skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9) ) 50.37/50.81 ( skv_9, skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_7 skv_8), (skv_6 skv_9) ) 50.37/50.81 ( skv_9, skv_8, (skv_6 skv_9), (skv_7 skv_9), (skv_6 skv_9), (skv_6 skv_9), (skv_7 skv_8) ) 50.37/50.81 ( skv_9, skv_9, (k_24 skv_9), (k_25 skv_8), (skv_6 skv_9), (skv_6 skv_9), (skv_7 skv_9) ) 50.37/50.81 ( skv_9, skv_53, (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_9), (skv_7 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_13, skv_8, (skv_12 skv_14), (skv_10 skv_13), (skv_10 skv_13), (skv_12 skv_14), (skv_12 skv_14) ) 50.37/50.81 ( skv_13, skv_9, (skv_12 skv_14), (skv_10 skv_13), (skv_10 skv_13), (skv_12 skv_14), (skv_12 skv_14) ) 50.37/50.81 ( skv_13, skv_13, (skv_6 skv_9), (skv_6 skv_9), (skv_10 skv_13), (skv_11 skv_13), (skv_12 skv_14) ) 50.37/50.81 ( skv_13, skv_13, (skv_6 skv_9), (skv_6 skv_9), (skv_6 skv_13), (skv_7 skv_14), (skv_6 skv_13) ) 50.37/50.81 ( skv_13, skv_13, (skv_6 skv_9), (skv_6 skv_9), (skv_7 skv_14), (skv_6 skv_13), (skv_7 skv_14) ) 50.37/50.81 ( skv_13, skv_13, (skv_6 skv_13), (skv_7 skv_8), (skv_6 skv_13), (skv_6 skv_13), (skv_7 skv_14) ) 50.37/50.81 ( skv_13, skv_13, (skv_6 skv_13), (skv_7 skv_14), (skv_6 skv_9), (skv_6 skv_9), (skv_6 skv_9) ) 50.37/50.81 ( skv_13, skv_13, (skv_7 skv_14), (skv_6 skv_13), (skv_6 skv_13), (skv_7 skv_14), (skv_7 skv_14) ) 50.37/50.81 ( skv_13, skv_14, (skv_6 skv_9), (skv_6 skv_9), (skv_6 skv_9), (skv_6 skv_9), (skv_6 skv_9) ) 50.37/50.81 ( skv_13, skv_14, (skv_12 skv_14), (skv_12 skv_14), (skv_10 skv_13), (skv_10 skv_13), (skv_12 skv_14) ) 50.37/50.81 ( skv_13, skv_53, (skv_7 skv_14), (skv_6 skv_13), (skv_6 skv_13), (skv_7 skv_14), (skv_7 skv_14) ) 50.37/50.81 ( skv_14, skv_9, (k_24 skv_14), (k_25 skv_8), (k_24 skv_14), (k_24 skv_14), (k_25 skv_8) ) 50.37/50.81 ( skv_14, skv_13, (skv_6 skv_14), (skv_7 skv_8), (skv_6 skv_14), (skv_6 skv_14), (skv_7 skv_8) ) 50.37/50.81 ( skv_53, skv_13, (k_25 skv_54), (k_24 skv_53), (k_24 skv_53), (k_25 skv_54), (k_25 skv_54) ) 50.37/50.81 ( skv_53, skv_53, (k_25 skv_54), (k_25 skv_54), (k_25 skv_54), (k_25 skv_54), (k_25 skv_54) ) 50.37/50.81 ( skv_53, skv_54, (k_24 skv_53), (k_25 skv_54), (k_24 skv_53), (k_24 skv_53), (k_25 skv_54) ) 50.37/50.81 ( skv_120, skv_13, (skv_7 skv_121), (skv_6 skv_120), (skv_6 skv_120), (skv_7 skv_121), (skv_7 skv_121) ) 50.37/50.81 ( skv_120, skv_120, (skv_6 skv_9), (skv_6 skv_9), (skv_7 skv_121), (skv_6 skv_120), (skv_7 skv_121) ) 50.37/50.81 ( skv_120, skv_120, (skv_6 skv_120), (skv_7 skv_121), (skv_6 skv_9), (skv_6 skv_9), (skv_6 skv_9) ) 50.37/50.81 ( skv_120, skv_120, (skv_6 skv_120), (skv_7 skv_121), (k_25 skv_121), (k_25 skv_121), (k_25 skv_121) ) 50.37/50.81 ( skv_120, skv_121, (skv_6 skv_9), (skv_6 skv_9), (skv_6 skv_9), (skv_6 skv_9), (skv_6 skv_9) ) 50.37/50.81 ( skv_120, skv_121, (k_25 skv_121), (k_25 skv_121), (skv_6 skv_120), (skv_6 skv_120), (skv_7 skv_121) ) 50.37/50.81 ( skv_121, skv_120, (skv_6 skv_121), (skv_7 skv_120), (skv_6 skv_121), (skv_6 skv_121), (skv_7 skv_120) ) 50.37/50.81 ( skv_121, skv_121, (k_24 skv_121), (k_25 skv_120), (k_24 skv_121), (k_24 skv_121), (k_25 skv_120) ) 50.37/50.81 ) 50.37/50.81 (instantiation (forall ((Xx a) (BOUND_VARIABLE_639 b) (BOUND_VARIABLE_640 b) (BOUND_VARIABLE_641 b) (BOUND_VARIABLE_648 b) (BOUND_VARIABLE_649 b)) (or (not (skv_3 Xx Xx)) (and (or (not (skv_4 Xx BOUND_VARIABLE_639 BOUND_VARIABLE_640)) (not (skv_4 Xx BOUND_VARIABLE_640 BOUND_VARIABLE_641)) (skv_4 Xx BOUND_VARIABLE_639 BOUND_VARIABLE_641)) (= (skv_4 Xx) (skv_5 Xx)) (or (not (skv_4 Xx BOUND_VARIABLE_648 BOUND_VARIABLE_649)) (skv_4 Xx BOUND_VARIABLE_649 BOUND_VARIABLE_648)))) ) 50.37/50.81 ( skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_10 skv_13) ) 50.37/50.81 ( skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_10 skv_13) ) 50.37/50.81 ( skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (k_24 skv_8), (k_25 skv_14) ) 50.37/50.81 ( skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (k_25 skv_14), (k_24 skv_8) ) 50.37/50.81 ( skv_8, (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_8), (skv_7 skv_9) ) 50.37/50.81 ( skv_8, (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_9), (skv_6 skv_8), (skv_7 skv_13) ) 50.37/50.81 ( skv_8, (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_9), (skv_7 skv_13), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_9), (skv_7 skv_13), (skv_6 skv_8) ) 50.37/50.81 ( skv_8, (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_9), (k_24 skv_8), (k_25 skv_9) ) 50.37/50.81 ( skv_8, (skv_7 skv_8), (skv_6 skv_8), (skv_7 skv_14), (skv_6 skv_9), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (skv_6 skv_9), (skv_7 skv_8), (skv_7 skv_8), (skv_10 skv_13), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (skv_6 skv_9), (skv_7 skv_8), (skv_6 skv_8), (skv_7 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (skv_10 skv_13), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_8) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_7 skv_8), (skv_7 skv_8), (k_25 skv_8), (k_25 skv_14) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_8), (skv_7 skv_9) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_7 skv_8), (skv_7 skv_14), (skv_6 skv_9), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_7 skv_8), (skv_7 skv_13), (skv_6 skv_9), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_6 skv_9), (skv_7 skv_14), (skv_6 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_6 skv_9), (skv_7 skv_13), (skv_7 skv_9), (skv_6 skv_8) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_7 skv_9), (skv_6 skv_8), (skv_7 skv_8), (skv_6 skv_9) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_7 skv_9), (skv_7 skv_9), (skv_6 skv_8), (skv_7 skv_14) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_7 skv_9), (skv_7 skv_9), (skv_7 skv_14), (skv_6 skv_8) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_7 skv_9), (skv_7 skv_9), (skv_7 skv_13), (skv_7 skv_9) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_7 skv_9), (skv_7 skv_13), (skv_6 skv_9), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (skv_6 skv_8), (skv_7 skv_14), (skv_7 skv_13), (skv_7 skv_8), (skv_6 skv_9) ) 50.37/50.81 ( skv_8, (skv_7 skv_9), (skv_6 skv_8), (skv_7 skv_9), (skv_6 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (skv_7 skv_9), (skv_6 skv_8), (skv_7 skv_13), (skv_7 skv_9), (skv_6 skv_8) ) 50.37/50.81 ( skv_8, (k_24 skv_8), (k_25 skv_8), (k_25 skv_14), (skv_7 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (k_24 skv_8), (k_25 skv_9), (k_25 skv_8), (skv_6 skv_8), (skv_7 skv_9) ) 50.37/50.81 ( skv_8, (k_24 skv_8), (k_25 skv_14), (k_25 skv_9), (skv_7 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_8, (k_25 skv_8), (k_25 skv_14), (k_25 skv_14), (skv_7 skv_9), (skv_6 skv_8) ) 50.37/50.81 ( skv_9, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_9, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_7 skv_8) ) 50.37/50.81 ( skv_9, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_9) ) 50.37/50.81 ( skv_9, (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_8), (k_24 skv_9), (k_25 skv_9) ) 50.37/50.81 ( skv_9, (skv_7 skv_8), (skv_6 skv_9), (skv_6 skv_9), (skv_7 skv_13), (skv_7 skv_13) ) 50.37/50.81 ( skv_9, (skv_6 skv_9), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_7 skv_9) ) 50.37/50.81 ( skv_9, (skv_6 skv_9), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_9), (skv_7 skv_13) ) 50.37/50.81 ( skv_9, (skv_6 skv_9), (skv_7 skv_8), (skv_7 skv_8), (skv_7 skv_13), (skv_6 skv_9) ) 50.37/50.81 ( skv_9, (skv_6 skv_9), (skv_6 skv_9), (skv_7 skv_14), (skv_6 skv_9), (skv_7 skv_13) ) 50.37/50.81 ( skv_9, (skv_6 skv_9), (skv_7 skv_9), (skv_7 skv_9), (skv_7 skv_13), (skv_7 skv_9) ) 50.37/50.81 ( skv_9, (skv_6 skv_9), (skv_7 skv_9), (skv_7 skv_9), (k_24 skv_9), (k_25 skv_8) ) 50.37/50.81 ( skv_9, (skv_6 skv_9), (skv_7 skv_9), (skv_7 skv_13), (skv_7 skv_8), (skv_6 skv_9) ) 50.37/50.81 ( skv_9, (skv_6 skv_9), (skv_7 skv_13), (skv_7 skv_13), (skv_7 skv_8), (skv_6 skv_9) ) 50.37/50.81 ( skv_9, (skv_6 skv_9), (skv_7 skv_13), (skv_7 skv_13), (skv_6 skv_9), (skv_7 skv_14) ) 50.37/50.81 ( skv_9, (skv_7 skv_13), (skv_6 skv_9), (skv_6 skv_9), (k_24 skv_9), (k_25 skv_14) ) 50.37/50.81 ( skv_9, (skv_7 skv_13), (skv_7 skv_13), (skv_7 skv_13), (skv_7 skv_8), (skv_6 skv_9) ) 50.37/50.81 ( skv_9, (k_24 skv_9), (k_25 skv_8), (k_25 skv_8), (skv_6 skv_9), (skv_7 skv_8) ) 50.37/50.81 ( skv_9, (k_24 skv_9), (k_25 skv_9), (k_25 skv_9), (skv_7 skv_8), (skv_7 skv_8) ) 50.37/50.81 ( skv_9, (k_24 skv_9), (k_25 skv_14), (k_25 skv_14), (skv_7 skv_13), (skv_6 skv_9) ) 50.37/50.81 ( skv_13, (skv_10 skv_13), (skv_12 skv_14), (skv_12 skv_14), (skv_12 skv_14), (skv_10 skv_13) ) 50.37/50.81 ( skv_13, (skv_10 skv_13), (skv_12 skv_14), (skv_12 skv_14), (skv_12 skv_14), (skv_12 skv_14) ) 50.37/50.81 ( skv_13, (skv_12 skv_14), (skv_10 skv_13), (skv_10 skv_13), (skv_6 skv_13), (skv_7 skv_9) ) 50.37/50.81 ( skv_13, (skv_12 skv_14), (skv_12 skv_14), (skv_12 skv_14), (skv_10 skv_13), (skv_12 skv_14) ) 50.37/50.81 ( skv_13, (skv_6 skv_13), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_13), (skv_7 skv_14) ) 50.37/50.81 ( skv_13, (skv_6 skv_13), (skv_7 skv_9), (skv_7 skv_9), (skv_12 skv_14), (skv_10 skv_13) ) 50.37/50.81 ( skv_13, (skv_6 skv_13), (skv_7 skv_14), (skv_7 skv_14), (skv_6 skv_13), (skv_7 skv_8) ) 50.37/50.81 ( skv_13, (skv_6 skv_13), (skv_7 skv_14), (skv_7 skv_14), (skv_7 skv_14), (skv_6 skv_13) ) 50.37/50.81 ( skv_13, (skv_7 skv_14), (skv_6 skv_13), (skv_6 skv_13), (k_24 skv_13), (k_25 skv_9) ) 50.37/50.81 ( skv_13, (k_24 skv_13), (k_25 skv_9), (k_25 skv_9), (skv_7 skv_14), (skv_6 skv_13) ) 50.37/50.81 ( skv_14, (skv_6 skv_14), (skv_7 skv_8), (skv_7 skv_8), (skv_6 skv_14), (skv_7 skv_8) ) 50.37/50.81 ( skv_14, (k_24 skv_14), (k_25 skv_8), (k_25 skv_8), (k_24 skv_14), (k_25 skv_8) ) 50.37/50.81 ( skv_53, (k_24 skv_53), (k_25 skv_54), (k_25 skv_54), (k_25 skv_54), (k_24 skv_53) ) 50.37/50.81 ( skv_53, (k_24 skv_53), (k_25 skv_54), (k_25 skv_54), (k_25 skv_54), (k_25 skv_54) ) 50.37/50.81 ( skv_53, (k_25 skv_54), (k_24 skv_53), (k_24 skv_53), (skv_6 skv_53), (skv_7 skv_54) ) 50.37/50.81 ( skv_53, (k_25 skv_54), (k_25 skv_54), (k_25 skv_54), (k_24 skv_53), (k_25 skv_54) ) 50.37/50.81 ( skv_120, (k_24 skv_120), (k_25 skv_121), (k_25 skv_121), (k_25 skv_121), (k_24 skv_120) ) 50.37/50.81 ( skv_120, (k_25 skv_121), (k_25 skv_121), (k_25 skv_121), (skv_6 skv_120), (skv_7 skv_121) ) 50.37/50.81 ( skv_120, (skv_6 skv_120), (skv_7 skv_121), (skv_7 skv_121), (k_25 skv_121), (k_25 skv_121) ) 50.37/50.81 ( skv_120, (skv_6 skv_120), (skv_7 skv_121), (skv_7 skv_121), (skv_7 skv_121), (skv_6 skv_120) ) 50.37/50.81 ( skv_121, (skv_6 skv_121), (skv_7 skv_120), (skv_7 skv_120), (skv_6 skv_121), (skv_7 skv_120) ) 50.37/50.81 ( skv_121, (k_24 skv_121), (k_25 skv_120), (k_25 skv_120), (k_24 skv_121), (k_25 skv_120) ) 50.37/50.81 ) 50.37/50.81 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_4 Xx0 (skv_6 Xx0) (skv_7 Xy0))) ) 50.37/50.81 ( skv_8, skv_8 ) 50.37/50.81 ( skv_8, skv_9 ) 50.37/50.81 ( skv_8, skv_13 ) 50.37/50.81 ( skv_8, skv_14 ) 50.37/50.81 ( skv_9, skv_8 ) 50.37/50.81 ( skv_9, skv_9 ) 50.37/50.81 ( skv_9, skv_13 ) 50.37/50.81 ( skv_9, skv_14 ) 50.37/50.81 ( skv_13, skv_8 ) 50.37/50.81 ( skv_13, skv_9 ) 50.37/50.81 ( skv_13, skv_13 ) 50.37/50.81 ( skv_13, skv_14 ) 50.37/50.81 ( skv_14, skv_8 ) 50.37/50.81 ( skv_14, skv_9 ) 50.37/50.81 ( skv_14, skv_13 ) 50.37/50.81 ( skv_14, skv_14 ) 50.37/50.81 ( skv_53, skv_53 ) 50.37/50.81 ( skv_53, skv_54 ) 50.37/50.81 ( skv_54, skv_53 ) 50.37/50.81 ( skv_120, skv_120 ) 50.37/50.81 ( skv_120, skv_121 ) 50.37/50.81 ( skv_121, skv_120 ) 50.37/50.81 ( skv_121, skv_121 ) 50.37/50.81 ) 50.37/50.81 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_4 Xx0 (skv_10 Xx0) (skv_11 Xy0))) ) 50.37/50.81 ( skv_8, skv_8 ) 50.37/50.81 ( skv_8, skv_9 ) 50.37/50.81 ( skv_9, skv_8 ) 50.37/50.81 ( skv_9, skv_9 ) 50.37/50.81 ( skv_13, skv_13 ) 50.37/50.81 ( skv_13, skv_14 ) 50.37/50.81 ( skv_14, skv_9 ) 50.37/50.81 ( skv_14, skv_13 ) 50.37/50.81 ( skv_14, skv_14 ) 50.37/50.81 ( skv_53, skv_53 ) 50.37/50.81 ( skv_53, skv_54 ) 50.37/50.81 ( skv_54, skv_53 ) 50.37/50.81 ( skv_120, skv_120 ) 50.37/50.81 ( skv_120, skv_121 ) 50.37/50.81 ( skv_121, skv_120 ) 50.37/50.81 ( skv_121, skv_121 ) 50.37/50.81 ) 50.37/50.81 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_4 Xx0 (skv_11 Xx0) (skv_12 Xy0))) ) 50.37/50.81 ( skv_8, skv_8 ) 50.37/50.81 ( skv_8, skv_9 ) 50.37/50.81 ( skv_9, skv_8 ) 50.37/50.81 ( skv_9, skv_9 ) 50.37/50.81 ( skv_13, skv_13 ) 50.37/50.81 ( skv_13, skv_14 ) 50.37/50.81 ( skv_14, skv_9 ) 50.37/50.81 ( skv_14, skv_13 ) 50.37/50.81 ( skv_14, skv_14 ) 50.37/50.81 ( skv_53, skv_53 ) 50.37/50.81 ( skv_53, skv_54 ) 50.37/50.81 ( skv_54, skv_53 ) 50.37/50.81 ( skv_120, skv_120 ) 50.37/50.81 ( skv_120, skv_121 ) 50.37/50.81 ( skv_121, skv_120 ) 50.37/50.81 ( skv_121, skv_121 ) 50.37/50.81 ) 50.37/50.81 (instantiation (forall ((Xx a) (Xy a)) (or (not (skv_3 Xx Xy)) (skv_4 Xx (k_24 Xx) (k_25 Xy))) ) 50.37/50.81 ( skv_8, skv_8 ) 50.37/50.81 ( skv_8, skv_9 ) 50.37/50.81 ( skv_8, skv_14 ) 50.37/50.81 ( skv_9, skv_8 ) 50.37/50.81 ( skv_9, skv_9 ) 50.37/50.81 ( skv_9, skv_14 ) 50.37/50.81 ( skv_13, skv_9 ) 50.37/50.81 ( skv_14, skv_8 ) 50.37/50.81 ( skv_120, skv_121 ) 50.37/50.81 ( skv_121, skv_120 ) 50.37/50.81 ) 50.37/50.81 (instantiation (forall ((Xx a) (Xy a)) (or (not (skv_3 Xx Xy)) (skv_5 Xx (k_24 Xx) (k_25 Xy))) ) 50.37/50.81 ( skv_8, skv_8 ) 50.37/50.81 ( skv_8, skv_9 ) 50.37/50.81 ( skv_9, skv_8 ) 50.37/50.81 ( skv_9, skv_9 ) 50.37/50.81 ( skv_9, skv_13 ) 50.37/50.81 ( skv_13, skv_8 ) 50.37/50.81 ( skv_53, skv_54 ) 50.37/50.81 ) 50.37/50.81 % SZS output end Proof for theBenchmark 50.37/50.81 EOF