0.04/0.13 % Problem : theBenchmark.p : TPTP v0.0.0. Released v0.0.0. 0.04/0.14 % Command : do_CVC4 %s 0.14/0.35 % Computer : n025.cluster.edu 0.14/0.35 % Model : x86_64 x86_64 0.14/0.35 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz 0.14/0.35 % Memory : 8042.1875MB 0.14/0.35 % OS : Linux 3.10.0-693.el7.x86_64 0.14/0.35 % CPULimit : 180 0.14/0.35 % DateTime : Thu Aug 29 15:52:00 EDT 2019 0.14/0.36 % CPUTime : 0.21/0.50 %----Proving TH0_NAR 0.21/0.50 ------- cvc4-thf casc 27 : /export/starexec/sandbox/benchmark/theBenchmark.p at 180... 0.21/0.50 --- Run --uf-ho --ho-elim --no-ho-elim-store-ax --full-saturate-quant at 20... 20.36/20.55 --- Run --uf-ho --ho-elim --full-saturate-quant at 20... 40.48/40.71 --- Run --uf-ho --ho-elim --finite-model-find --uf-ss=no-minimal at 5... 45.47/45.74 --- Run --uf-ho --no-ho-matching --finite-model-find --uf-ss=no-minimal at 5... 50.64/50.84 --- Run --uf-ho --no-ho-matching --full-saturate-quant --fs-interleave --ho-elim-store-ax at 30... 51.17/51.38 % SZS status Theorem for theBenchmark 51.17/51.38 % SZS output start Proof for theBenchmark 51.17/51.38 (skolem (forall ((PROP (-> (-> a a Bool) Bool)) (R (-> a a Bool)) (S (-> a a Bool))) (= (((ll_1 R) PROP) S) (((ll_2 R) PROP) S)) ) 51.17/51.38 ( skv_3 skv_4 skv_5 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (Xp Xx0 Xy0)) )) (not (skv_3 Xp)) (Xp k_6 k_7)) ) 51.17/51.38 ( skv_39 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (skv_39 Xx0 Xy0)) ) 51.17/51.38 ( skv_43 skv_44 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 k_6 k_7)) ) 51.17/51.38 ( skv_45 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 k_6 k_7)) ) 51.17/51.38 ( skv_46 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (((((ll_1 skv_4) skv_3) skv_5) Xx0) Xy0)) ) 51.17/51.38 ( skv_47 skv_48 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_43 skv_44)) ) 51.17/51.38 ( skv_57 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_43 skv_44)) ) 51.17/51.38 ( skv_58 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (skv_45 Xx0 Xy0)) ) 51.17/51.38 ( skv_59 skv_60 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (skv_46 Xx0 Xy0)) ) 51.17/51.38 ( skv_61 skv_62 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (Xp Xx0 Xy0)) )) (not (skv_3 Xp)) (Xp k_6 skv_48)) ) 51.17/51.38 ( skv_63 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 k_6 skv_44)) ) 51.17/51.38 ( skv_64 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 k_6 skv_44)) ) 51.17/51.38 ( skv_65 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (Xp Xx0 Xy0)) )) (not (skv_3 Xp)) (Xp k_6 k_7)) ) 51.17/51.38 ( skv_83 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_39 Xx0 Xy0)) ) 51.17/51.38 ( skv_84 skv_85 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_45 Xx1 Xy1)) ) 51.17/51.38 ( skv_86 skv_87 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_46 Xx1 Xy1)) ) 51.17/51.38 ( skv_88 skv_89 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_57 Xx1 Xy1)) ) 51.17/51.38 ( skv_90 skv_91 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_58 Xx1 Xy1)) ) 51.17/51.38 ( skv_92 skv_93 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_83 Xx0 Xy0)) ) 51.17/51.38 ( skv_114 skv_115 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_83 Xx1 Xy1)) ) 51.17/51.38 ( skv_116 skv_117 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_83 Xx1 Xy1)) ) 51.17/51.38 ( skv_118 skv_119 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 k_6 skv_48)) ) 51.17/51.38 ( skv_120 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 k_6 skv_48)) ) 51.17/51.38 ( skv_121 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (((((ll_2 skv_4) skv_3) skv_5) Xx0) Xy0)) ) 51.17/51.38 ( skv_122 skv_123 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_46 Xx0 Xy0)) ) 51.17/51.38 ( skv_125 skv_126 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_45 Xx0 Xy0)) ) 51.17/51.38 ( skv_127 skv_128 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_5 Xx0 Xy0)) ) 51.17/51.38 ( skv_129 skv_130 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_4 Xx0 Xy0)) ) 51.17/51.38 ( skv_131 skv_132 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (((((ll_1 skv_4) skv_3) skv_5) Xx0) Xy0)) ) 51.17/51.38 ( skv_133 skv_134 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_65 Xx0 Xy0)) ) 51.17/51.38 ( skv_136 skv_137 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_64 Xx0 Xy0)) ) 51.17/51.38 ( skv_138 skv_139 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_58 Xx0 Xy0)) ) 51.17/51.38 ( skv_140 skv_141 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_57 Xx0 Xy0)) ) 51.17/51.38 ( skv_142 skv_143 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (((((ll_2 skv_4) skv_3) skv_5) Xx1) Xy1)) ) 51.17/51.38 ( skv_144 skv_145 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_39 Xx1 Xy1)) ) 51.17/51.38 ( skv_147 skv_148 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_46 Xx1 Xy1)) ) 51.17/51.38 ( skv_149 skv_150 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_5 Xx1 Xy1)) ) 51.17/51.38 ( skv_151 skv_152 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_63 Xx1 Xy1)) ) 51.17/51.38 ( skv_153 skv_154 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (((((ll_1 skv_4) skv_3) skv_5) Xx1) Xy1)) ) 51.17/51.38 ( skv_155 skv_156 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_65 Xx1 Xy1)) ) 51.17/51.38 ( skv_158 skv_159 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_64 Xx1 Xy1)) ) 51.17/51.38 ( skv_160 skv_161 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_58 Xx1 Xy1)) ) 51.17/51.38 ( skv_162 skv_163 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_63 Xx1 Xy1)) ) 51.17/51.38 ( skv_164 skv_165 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_39 Xx1 Xy1)) ) 51.17/51.38 ( skv_166 skv_167 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_45 Xx1 Xy1)) ) 51.17/51.38 ( skv_168 skv_169 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (((((ll_1 skv_4) skv_3) skv_5) Xx1) Xy1)) ) 51.17/51.38 ( skv_170 skv_171 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_65 Xx1 Xy1)) ) 51.17/51.38 ( skv_173 skv_174 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_64 Xx1 Xy1)) ) 51.17/51.38 ( skv_175 skv_176 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_57 Xx1 Xy1)) ) 51.17/51.38 ( skv_177 skv_178 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (((((ll_2 skv_4) skv_3) skv_5) Xx1) Xy1)) ) 51.17/51.38 ( skv_179 skv_180 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_4 Xx1 Xy1)) ) 51.17/51.38 ( skv_182 skv_183 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (Xp Xx0 Xy0)) )) (not (skv_3 Xp)) (Xp skv_47 k_7)) ) 51.17/51.38 ( skv_184 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_114 skv_115)) ) 51.17/51.38 ( skv_311 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_127 skv_128)) ) 51.17/51.38 ( skv_312 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_125 skv_126)) ) 51.17/51.38 ( skv_313 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_153 skv_154)) ) 51.17/51.38 ( skv_314 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_153 skv_154)) ) 51.17/51.38 ( skv_315 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_164 skv_165)) ) 51.17/51.38 ( skv_316 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_164 skv_165)) ) 51.17/51.38 ( skv_317 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_47 k_7)) ) 51.17/51.38 ( skv_318 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_47 k_7)) ) 51.17/51.38 ( skv_319 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_120 Xx0 Xy0)) ) 51.17/51.38 ( skv_320 skv_321 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_121 Xx0 Xy0)) ) 51.17/51.38 ( skv_322 skv_323 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_121 Xx1 Xy1)) ) 51.17/51.38 ( skv_324 skv_325 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_184 Xx1 Xy1)) ) 51.17/51.38 ( skv_326 skv_327 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_120 Xx1 Xy1)) ) 51.17/51.38 ( skv_328 skv_329 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_184 Xx1 Xy1)) ) 51.17/51.38 ( skv_330 skv_331 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (Xp Xx0 Xy0)) )) (not (skv_3 Xp)) (Xp k_6 skv_44)) ) 51.17/51.38 ( skv_332 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (Xp Xx0 Xy0)) )) (not (skv_3 Xp)) (Xp k_6 skv_123)) ) 51.17/51.38 ( skv_333 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_43 k_7)) ) 51.17/51.38 ( skv_334 ) 51.17/51.38 ) 51.17/51.38 (skolem (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_43 k_7)) ) 51.17/51.38 ( skv_335 ) 51.17/51.38 ) 51.17/51.38 (instantiation (forall ((BOUND_VARIABLE_531 (-> a a Bool)) (BOUND_VARIABLE_532 (-> (-> a a Bool) Bool)) (BOUND_VARIABLE_533 (-> a a Bool)) (BOUND_VARIABLE_534 a) (BOUND_VARIABLE_535 a)) (= (ll_1 BOUND_VARIABLE_531 BOUND_VARIABLE_532 BOUND_VARIABLE_533 BOUND_VARIABLE_534 BOUND_VARIABLE_535) (forall ((Xp (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (BOUND_VARIABLE_531 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (BOUND_VARIABLE_532 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (BOUND_VARIABLE_533 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (BOUND_VARIABLE_532 Xp0)) (Xp0 Xx0 Xy0)) ))) (Xp Xx0 Xy0)) )) (not (BOUND_VARIABLE_532 Xp)) (Xp BOUND_VARIABLE_534 BOUND_VARIABLE_535)) )) ) 51.17/51.38 ( skv_4, skv_3, skv_5, k_6, k_7 ) 51.17/51.38 ( skv_4, skv_3, skv_5, k_6, skv_44 ) 51.17/51.38 ( skv_4, skv_3, skv_5, k_6, skv_48 ) 51.17/51.38 ( skv_4, skv_3, skv_5, skv_43, k_7 ) 51.17/51.38 ( skv_4, skv_3, skv_5, skv_47, k_7 ) 51.17/51.38 ) 51.17/51.38 (instantiation (forall ((BOUND_VARIABLE_569 (-> a a Bool)) (BOUND_VARIABLE_570 (-> (-> a a Bool) Bool)) (BOUND_VARIABLE_571 (-> a a Bool)) (BOUND_VARIABLE_572 a) (BOUND_VARIABLE_573 a)) (= (ll_2 BOUND_VARIABLE_569 BOUND_VARIABLE_570 BOUND_VARIABLE_571 BOUND_VARIABLE_572 BOUND_VARIABLE_573) (forall ((Xp (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (and (not (BOUND_VARIABLE_569 Xx0 Xy0)) (not (BOUND_VARIABLE_571 Xx0 Xy0))) (Xp Xx0 Xy0)) )) (not (BOUND_VARIABLE_570 Xp)) (Xp BOUND_VARIABLE_572 BOUND_VARIABLE_573)) )) ) 51.17/51.38 ( skv_4, skv_3, skv_5, k_6, k_7 ) 51.17/51.38 ( skv_4, skv_3, skv_5, k_6, skv_44 ) 51.17/51.38 ( skv_4, skv_3, skv_5, k_6, skv_123 ) 51.17/51.38 ) 51.17/51.38 (instantiation (forall ((Xp (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (Xp Xx0 Xy0)) )) (not (skv_3 Xp)) (Xp k_6 k_7)) ) 51.17/51.38 ( skv_4 ) 51.17/51.38 ( skv_5 ) 51.17/51.38 ( (((ll_1 skv_4) skv_3) skv_5) ) 51.17/51.38 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.38 ( skv_39 ) 51.17/51.38 ( skv_45 ) 51.17/51.38 ( skv_46 ) 51.17/51.38 ( skv_57 ) 51.17/51.38 ( skv_58 ) 51.17/51.38 ( skv_63 ) 51.17/51.38 ( skv_64 ) 51.17/51.38 ( skv_65 ) 51.17/51.38 ( skv_83 ) 51.17/51.38 ( skv_120 ) 51.17/51.38 ( skv_121 ) 51.17/51.38 ( skv_184 ) 51.17/51.38 ( skv_311 ) 51.17/51.38 ( skv_312 ) 51.17/51.38 ( skv_313 ) 51.17/51.38 ( skv_314 ) 51.17/51.38 ( skv_315 ) 51.17/51.38 ( skv_316 ) 51.17/51.38 ( skv_317 ) 51.17/51.38 ( skv_318 ) 51.17/51.38 ( skv_319 ) 51.17/51.38 ( skv_332 ) 51.17/51.38 ( skv_333 ) 51.17/51.38 ( skv_334 ) 51.17/51.38 ( skv_335 ) 51.17/51.38 ) 51.17/51.38 (instantiation (forall ((Xp (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (Xp Xx0 Xy0)) )) (not (skv_3 Xp)) (Xp k_6 k_7)) ) 51.17/51.38 ( (((ll_1 skv_4) skv_3) skv_5) ) 51.17/51.38 ( skv_39 ) 51.17/51.38 ( skv_45 ) 51.17/51.38 ( skv_46 ) 51.17/51.38 ) 51.17/51.38 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_39 Xx0 Xy0)) ) 51.17/51.38 ( k_6, k_7 ) 51.17/51.38 ( k_6, skv_44 ) 51.17/51.38 ( skv_43, skv_44 ) 51.17/51.38 ) 51.17/51.38 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (skv_39 Xx0 Xy0)) ) 51.17/51.38 ( k_6, skv_44 ) 51.17/51.38 ( skv_43, k_7 ) 51.17/51.38 ( skv_43, skv_44 ) 51.17/51.38 ( skv_43, skv_48 ) 51.17/51.38 ( skv_47, skv_44 ) 51.17/51.38 ( skv_47, skv_48 ) 51.17/51.38 ( skv_59, skv_60 ) 51.17/51.38 ( skv_61, skv_62 ) 51.17/51.38 ( skv_84, skv_85 ) 51.17/51.38 ( skv_86, skv_87 ) 51.17/51.38 ( skv_88, skv_89 ) 51.17/51.38 ( skv_90, skv_91 ) 51.17/51.38 ( skv_92, skv_93 ) 51.17/51.38 ( skv_129, skv_130 ) 51.17/51.38 ( skv_131, skv_132 ) 51.17/51.38 ( skv_144, skv_145 ) 51.17/51.38 ( skv_147, skv_148 ) 51.17/51.38 ( skv_151, skv_152 ) 51.17/51.38 ( skv_153, skv_154 ) 51.17/51.38 ( skv_158, skv_159 ) 51.17/51.38 ( skv_160, skv_161 ) 51.17/51.38 ( skv_162, skv_163 ) 51.17/51.38 ( skv_164, skv_165 ) 51.17/51.38 ( skv_166, skv_167 ) 51.17/51.38 ( skv_170, skv_171 ) 51.17/51.38 ( skv_173, skv_174 ) 51.17/51.38 ( skv_175, skv_176 ) 51.17/51.38 ( skv_177, skv_178 ) 51.17/51.38 ( skv_179, skv_180 ) 51.17/51.38 ( skv_182, skv_183 ) 51.17/51.38 ( skv_324, skv_325 ) 51.17/51.38 ( skv_326, skv_327 ) 51.17/51.38 ( skv_328, skv_329 ) 51.17/51.38 ( skv_330, skv_331 ) 51.17/51.38 ) 51.17/51.38 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (((((ll_1 skv_4) skv_3) skv_5) Xx0) Xy0)) ) 51.17/51.38 ( k_6, skv_44 ) 51.17/51.38 ( k_6, skv_48 ) 51.17/51.38 ( skv_43, k_7 ) 51.17/51.38 ( skv_43, skv_44 ) 51.17/51.38 ( skv_43, skv_48 ) 51.17/51.38 ( skv_47, k_7 ) 51.17/51.38 ( skv_47, skv_44 ) 51.17/51.38 ( skv_47, skv_48 ) 51.17/51.38 ( skv_59, skv_60 ) 51.17/51.38 ( skv_61, skv_62 ) 51.17/51.38 ( skv_86, skv_87 ) 51.17/51.38 ( skv_88, skv_89 ) 51.17/51.38 ( skv_90, skv_91 ) 51.17/51.38 ( skv_92, skv_93 ) 51.17/51.38 ( skv_129, skv_130 ) 51.17/51.38 ( skv_131, skv_132 ) 51.17/51.38 ( skv_133, skv_134 ) 51.17/51.38 ( skv_144, skv_145 ) 51.17/51.38 ( skv_151, skv_152 ) 51.17/51.38 ( skv_153, skv_154 ) 51.17/51.38 ( skv_155, skv_156 ) 51.17/51.38 ( skv_158, skv_159 ) 51.17/51.38 ( skv_160, skv_161 ) 51.17/51.38 ( skv_162, skv_163 ) 51.17/51.38 ( skv_164, skv_165 ) 51.17/51.38 ( skv_170, skv_171 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_179, skv_180 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 k_6 k_7)) ) 51.17/51.39 ( skv_4 ) 51.17/51.39 ( skv_5 ) 51.17/51.39 ( (((ll_1 skv_4) skv_3) skv_5) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_39 ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 k_6 k_7)) ) 51.17/51.39 ( skv_4 ) 51.17/51.39 ( skv_5 ) 51.17/51.39 ( (((ll_1 skv_4) skv_3) skv_5) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_39 ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_45 Xx1 Xy1)) ) 51.17/51.39 ( k_6, k_7 ) 51.17/51.39 ( k_6, skv_44 ) 51.17/51.39 ( skv_43, skv_44 ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_47, skv_48 ) 51.17/51.39 ( skv_59, skv_60 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_127, skv_128 ) 51.17/51.39 ( skv_144, skv_145 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_153, skv_154 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_46 Xx1 Xy1)) ) 51.17/51.39 ( k_6, k_7 ) 51.17/51.39 ( k_6, skv_44 ) 51.17/51.39 ( skv_43, skv_44 ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_47, skv_48 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_125, skv_126 ) 51.17/51.39 ( skv_164, skv_165 ) 51.17/51.39 ( skv_170, skv_171 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_179, skv_180 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (skv_45 Xx0 Xy0)) ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_86, skv_87 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_127, skv_128 ) 51.17/51.39 ( skv_129, skv_130 ) 51.17/51.39 ( skv_131, skv_132 ) 51.17/51.39 ( skv_144, skv_145 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_153, skv_154 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_164, skv_165 ) 51.17/51.39 ( skv_168, skv_169 ) 51.17/51.39 ( skv_170, skv_171 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_179, skv_180 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (skv_46 Xx0 Xy0)) ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_88, skv_89 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_125, skv_126 ) 51.17/51.39 ( skv_129, skv_130 ) 51.17/51.39 ( skv_131, skv_132 ) 51.17/51.39 ( skv_144, skv_145 ) 51.17/51.39 ( skv_149, skv_150 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_153, skv_154 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_164, skv_165 ) 51.17/51.39 ( skv_170, skv_171 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_179, skv_180 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_43 skv_44)) ) 51.17/51.39 ( skv_4 ) 51.17/51.39 ( skv_5 ) 51.17/51.39 ( (((ll_1 skv_4) skv_3) skv_5) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_39 ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_43 skv_44)) ) 51.17/51.39 ( skv_4 ) 51.17/51.39 ( skv_5 ) 51.17/51.39 ( (((ll_1 skv_4) skv_3) skv_5) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_39 ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 k_6 skv_44)) ) 51.17/51.39 ( skv_4 ) 51.17/51.39 ( skv_5 ) 51.17/51.39 ( (((ll_1 skv_4) skv_3) skv_5) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_39 ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 k_6 skv_44)) ) 51.17/51.39 ( skv_4 ) 51.17/51.39 ( skv_5 ) 51.17/51.39 ( (((ll_1 skv_4) skv_3) skv_5) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_39 ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_57 Xx1 Xy1)) ) 51.17/51.39 ( skv_43, skv_44 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_58 Xx1 Xy1)) ) 51.17/51.39 ( skv_43, skv_44 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_63 Xx0 Xy0)) ) 51.17/51.39 ( k_6, skv_44 ) 51.17/51.39 ( k_6, skv_48 ) 51.17/51.39 ( skv_43, k_7 ) 51.17/51.39 ( skv_43, skv_44 ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_84, skv_85 ) 51.17/51.39 ( skv_114, skv_115 ) 51.17/51.39 ( skv_125, skv_126 ) 51.17/51.39 ( skv_127, skv_128 ) 51.17/51.39 ( skv_153, skv_154 ) 51.17/51.39 ( skv_164, skv_165 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (skv_83 Xx0 Xy0)) ) 51.17/51.39 ( k_6, k_7 ) 51.17/51.39 ( k_6, skv_44 ) 51.17/51.39 ( skv_43, k_7 ) 51.17/51.39 ( skv_43, skv_44 ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_47, skv_48 ) 51.17/51.39 ( skv_59, skv_60 ) 51.17/51.39 ( skv_61, skv_62 ) 51.17/51.39 ( skv_86, skv_87 ) 51.17/51.39 ( skv_88, skv_89 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_114, skv_115 ) 51.17/51.39 ( skv_116, skv_117 ) 51.17/51.39 ( skv_118, skv_119 ) 51.17/51.39 ( skv_129, skv_130 ) 51.17/51.39 ( skv_131, skv_132 ) 51.17/51.39 ( skv_144, skv_145 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_153, skv_154 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_164, skv_165 ) 51.17/51.39 ( skv_170, skv_171 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_179, skv_180 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_84 skv_85)) ) 51.17/51.39 ( (((ll_1 skv_4) skv_3) skv_5) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_39 ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (((((ll_2 skv_4) skv_3) skv_5) Xx1) Xy1)) ) 51.17/51.39 ( k_6, skv_123 ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_122, skv_123 ) 51.17/51.39 ( skv_136, skv_137 ) 51.17/51.39 ( skv_138, skv_139 ) 51.17/51.39 ( skv_140, skv_141 ) 51.17/51.39 ( skv_142, skv_143 ) 51.17/51.39 ( skv_144, skv_145 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_153, skv_154 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_179, skv_180 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_39 Xx1 Xy1)) ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_144, skv_145 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_153, skv_154 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_46 Xx1 Xy1)) ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_125, skv_126 ) 51.17/51.39 ( skv_144, skv_145 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_153, skv_154 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_83 Xx1 Xy1)) ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_114, skv_115 ) 51.17/51.39 ( skv_144, skv_145 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_153, skv_154 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_63 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (((((ll_1 skv_4) skv_3) skv_5) Xx1) Xy1)) ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, k_7 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_133, skv_134 ) 51.17/51.39 ( skv_144, skv_145 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_153, skv_154 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_170, skv_171 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_63 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_83 Xx1 Xy1)) ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_114, skv_115 ) 51.17/51.39 ( skv_164, skv_165 ) 51.17/51.39 ( skv_170, skv_171 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_179, skv_180 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_39 Xx1 Xy1)) ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_164, skv_165 ) 51.17/51.39 ( skv_170, skv_171 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_179, skv_180 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_45 Xx1 Xy1)) ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_127, skv_128 ) 51.17/51.39 ( skv_164, skv_165 ) 51.17/51.39 ( skv_170, skv_171 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_179, skv_180 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (((((ll_1 skv_4) skv_3) skv_5) Xx1) Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (((((ll_2 skv_4) skv_3) skv_5) Xx1) Xy1)) ) 51.17/51.39 ( k_6, skv_123 ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_122, skv_123 ) 51.17/51.39 ( skv_136, skv_137 ) 51.17/51.39 ( skv_138, skv_139 ) 51.17/51.39 ( skv_140, skv_141 ) 51.17/51.39 ( skv_142, skv_143 ) 51.17/51.39 ( skv_144, skv_145 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_164, skv_165 ) 51.17/51.39 ( skv_170, skv_171 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_179, skv_180 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_114 skv_115)) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_114 skv_115)) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_120 Xx1 Xy1)) ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_144, skv_145 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_153, skv_154 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_320, skv_321 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_121 Xx1 Xy1)) ) 51.17/51.39 ( skv_43, skv_48 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_136, skv_137 ) 51.17/51.39 ( skv_138, skv_139 ) 51.17/51.39 ( skv_140, skv_141 ) 51.17/51.39 ( skv_142, skv_143 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_164, skv_165 ) 51.17/51.39 ( skv_170, skv_171 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_179, skv_180 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_322, skv_323 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_122 skv_123)) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_125 skv_126)) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_125 skv_126)) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_127 skv_128)) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_127 skv_128)) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_129 skv_130)) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_131 skv_132)) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_133 skv_134)) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_136 skv_137)) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_138 skv_139)) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_140 skv_141)) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_142 skv_143)) ) 51.17/51.39 ( (((ll_2 skv_4) skv_3) skv_5) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_184 Xx0 Xy0)) ) 51.17/51.39 ( k_6, skv_44 ) 51.17/51.39 ( skv_43, k_7 ) 51.17/51.39 ( skv_43, skv_44 ) 51.17/51.39 ( skv_47, k_7 ) 51.17/51.39 ( skv_84, skv_85 ) 51.17/51.39 ( skv_114, skv_115 ) 51.17/51.39 ( skv_122, skv_123 ) 51.17/51.39 ( skv_125, skv_126 ) 51.17/51.39 ( skv_127, skv_128 ) 51.17/51.39 ( skv_129, skv_130 ) 51.17/51.39 ( skv_131, skv_132 ) 51.17/51.39 ( skv_133, skv_134 ) 51.17/51.39 ( skv_136, skv_137 ) 51.17/51.39 ( skv_138, skv_139 ) 51.17/51.39 ( skv_140, skv_141 ) 51.17/51.39 ( skv_142, skv_143 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_311 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_312 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_313 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_314 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_153, skv_154 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_315 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_316 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_317 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_164, skv_165 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_318 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_319 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_320 skv_321)) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 skv_322 skv_323)) ) 51.17/51.39 ( skv_45 ) 51.17/51.39 ( skv_46 ) 51.17/51.39 ( skv_57 ) 51.17/51.39 ( skv_58 ) 51.17/51.39 ( skv_63 ) 51.17/51.39 ( skv_64 ) 51.17/51.39 ( skv_65 ) 51.17/51.39 ( skv_83 ) 51.17/51.39 ( skv_120 ) 51.17/51.39 ( skv_121 ) 51.17/51.39 ( skv_184 ) 51.17/51.39 ( skv_311 ) 51.17/51.39 ( skv_312 ) 51.17/51.39 ( skv_313 ) 51.17/51.39 ( skv_314 ) 51.17/51.39 ( skv_315 ) 51.17/51.39 ( skv_316 ) 51.17/51.39 ( skv_317 ) 51.17/51.39 ( skv_318 ) 51.17/51.39 ( skv_319 ) 51.17/51.39 ( skv_332 ) 51.17/51.39 ( skv_333 ) 51.17/51.39 ( skv_334 ) 51.17/51.39 ( skv_335 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (and (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) )) (not (forall ((Xp0 (-> a a Bool))) (or (not (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (Xp0 Xx1 Xy1)) )) (not (skv_3 Xp0)) (Xp0 Xx0 Xy0)) ))) (skv_332 Xx0 Xy0)) ) 51.17/51.39 ( k_6, skv_44 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (and (not (skv_4 Xx0 Xy0)) (not (skv_5 Xx0 Xy0))) (skv_333 Xx0 Xy0)) ) 51.17/51.39 ( k_6, skv_123 ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_4 Xx1 Xy1)) (skv_334 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_90, skv_91 ) 51.17/51.39 ( skv_151, skv_152 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_324, skv_325 ) 51.17/51.39 ( skv_326, skv_327 ) 51.17/51.39 ) 51.17/51.39 (instantiation (forall ((Xx1 a) (Xy1 a)) (or (not (skv_5 Xx1 Xy1)) (skv_335 Xx1 Xy1)) ) 51.17/51.39 ( skv_47, skv_44 ) 51.17/51.39 ( skv_92, skv_93 ) 51.17/51.39 ( skv_158, skv_159 ) 51.17/51.39 ( skv_160, skv_161 ) 51.17/51.39 ( skv_162, skv_163 ) 51.17/51.39 ( skv_173, skv_174 ) 51.17/51.39 ( skv_175, skv_176 ) 51.17/51.39 ( skv_177, skv_178 ) 51.17/51.39 ( skv_182, skv_183 ) 51.17/51.39 ( skv_328, skv_329 ) 51.17/51.39 ( skv_330, skv_331 ) 51.17/51.39 ) 51.17/51.39 % SZS output end Proof for theBenchmark 51.17/51.39 EOF