0.00/0.09 % Problem : theBenchmark.p : TPTP v0.0.0. Released v0.0.0. 0.00/0.10 % Command : do_CVC4 %s %d 0.09/0.31 % Computer : n016.cluster.edu 0.09/0.31 % Model : x86_64 x86_64 0.09/0.31 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz 0.09/0.31 % Memory : 8042.1875MB 0.09/0.31 % OS : Linux 3.10.0-693.el7.x86_64 0.09/0.31 % CPULimit : 960 0.09/0.31 % WCLimit : 120 0.09/0.31 % DateTime : Thu Jul 2 09:00:20 EDT 2020 0.09/0.31 % CPUTime : 0.16/0.42 %----Proving TH0 0.16/0.42 ------- cvc4-thf casc j10 : /export/starexec/sandbox2/benchmark/theBenchmark.p at 960... 0.16/0.42 --- Run --uf-ho --ho-elim --no-ho-elim-store-ax --full-saturate-quant at 20... 20.31/20.55 --- Run --uf-ho --ho-elim --full-saturate-quant at 20... 40.48/40.72 --- Run --uf-ho --ho-elim --finite-model-find --uf-ss=no-minimal at 5... 45.58/45.83 --- Run --uf-ho --no-ho-matching --finite-model-find --uf-ss=no-minimal at 5... 50.59/50.91 --- Run --uf-ho --no-ho-matching --full-saturate-quant --fs-interleave --ho-elim-store-ax at 30... 52.83/53.16 % SZS status Theorem for theBenchmark 52.83/53.16 % SZS output start Proof for theBenchmark 52.83/53.16 (skolem (forall ((R (-> a a Bool)) (S (-> a a Bool))) (= ((ll_1 R) S) ((ll_2 R) S)) ) 52.83/53.16 ( skv_3 skv_4 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (not (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (Xp1 Xx Xy)) )) (Xp1 k_5 k_6)) ) 52.83/53.16 ( skv_31 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 k_5 k_6)) ) 52.83/53.16 ( skv_34 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 k_5 k_6)) ) 52.83/53.16 ( skv_35 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) ((((ll_1 skv_3) skv_4) Xx) Xy)) ) 52.83/53.16 ( skv_36 skv_37 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 k_5 k_5)) ) 52.83/53.16 ( skv_39 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 k_5 k_5)) ) 52.83/53.16 ( skv_40 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_31 Xx Xy)) ) 52.83/53.16 ( skv_44 skv_45 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (not (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (Xp1 Xx Xy)) )) (Xp1 k_5 skv_37)) ) 52.83/53.16 ( skv_46 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 k_6 k_5)) ) 52.83/53.16 ( skv_47 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 k_6 k_5)) ) 52.83/53.16 ( skv_48 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_44 skv_45)) ) 52.83/53.16 ( skv_65 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 skv_44 skv_45)) ) 52.83/53.16 ( skv_66 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_34 Xx Xy)) ) 52.83/53.16 ( skv_67 skv_68 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_35 Xx Xy)) ) 52.83/53.16 ( skv_69 skv_70 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 k_5 skv_37)) ) 52.83/53.16 ( skv_71 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 k_5 skv_37)) ) 52.83/53.16 ( skv_72 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (let ((_let_0 (skv_4 Xx Xy))) (or (and (not (skv_3 Xx Xy)) (not _let_0)) _let_0)) ) 52.83/53.16 ( skv_73 skv_74 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (let ((_let_0 (skv_3 Xx Xy))) (or (and (not _let_0) (not (skv_4 Xx Xy))) _let_0)) ) 52.83/53.16 ( skv_75 skv_76 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_40 Xx Xy)) ) 52.83/53.16 ( skv_77 skv_78 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_39 Xx Xy)) ) 52.83/53.16 ( skv_79 skv_80 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 k_6 k_6)) ) 52.83/53.16 ( skv_81 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 k_6 k_6)) ) 52.83/53.16 ( skv_82 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (not (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (Xp1 Xx Xy)) )) (Xp1 skv_36 k_6)) ) 52.83/53.16 ( skv_83 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 k_5 skv_44)) ) 52.83/53.16 ( skv_84 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 k_5 skv_44)) ) 52.83/53.16 ( skv_85 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (Xp1 Xx Xy)) )) (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (Xp1 k_5 k_6)) ) 52.83/53.16 ( skv_118 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_31 Xx Xy)) ) 52.83/53.16 ( skv_119 skv_120 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a) (Xz a)) (or (not (skv_31 Xy Xz)) (not (skv_31 Xx Xy)) (skv_31 Xx Xz)) ) 52.83/53.16 ( skv_121 skv_122 skv_123 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_34 Xx0 Xy0)) ) 52.83/53.16 ( skv_124 skv_125 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_35 Xx0 Xy0)) ) 52.83/53.16 ( skv_126 skv_127 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_39 Xx0 Xy0)) ) 52.83/53.16 ( skv_128 skv_129 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_40 Xx0 Xy0)) ) 52.83/53.16 ( skv_130 skv_131 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_34 Xy0 Xz)) (not (skv_34 Xx0 Xy0)) (skv_34 Xx0 Xz)) ) 52.83/53.16 ( skv_132 skv_133 skv_134 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_35 Xy0 Xz)) (not (skv_35 Xx0 Xy0)) (skv_35 Xx0 Xz)) ) 52.83/53.16 ( skv_135 skv_136 skv_137 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_39 Xy0 Xz)) (not (skv_39 Xx0 Xy0)) (skv_39 Xx0 Xz)) ) 52.83/53.16 ( skv_138 skv_139 skv_140 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_40 Xy0 Xz)) (not (skv_40 Xx0 Xy0)) (skv_40 Xx0 Xz)) ) 52.83/53.16 ( skv_141 skv_142 skv_143 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_47 Xx0 Xy0)) ) 52.83/53.16 ( skv_144 skv_145 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_48 Xx0 Xy0)) ) 52.83/53.16 ( skv_146 skv_147 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_47 Xy0 Xz)) (not (skv_47 Xx0 Xy0)) (skv_47 Xx0 Xz)) ) 52.83/53.16 ( skv_148 skv_149 skv_150 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_48 Xy0 Xz)) (not (skv_48 Xx0 Xy0)) (skv_48 Xx0 Xz)) ) 52.83/53.16 ( skv_151 skv_152 skv_153 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_65 Xx0 Xy0)) ) 52.83/53.16 ( skv_154 skv_155 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_66 Xx0 Xy0)) ) 52.83/53.16 ( skv_156 skv_157 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a) (Xz a)) (or (not (skv_3 Xy Xz)) (not (skv_3 Xx Xy)) (skv_3 Xx Xz)) ) 52.83/53.16 ( skv_207 skv_208 skv_209 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a) (Xz a)) (or (not (skv_4 Xy Xz)) (not (skv_4 Xx Xy)) (skv_4 Xx Xz)) ) 52.83/53.16 ( skv_210 skv_211 skv_212 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_36 k_6)) ) 52.83/53.16 ( skv_213 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 skv_36 k_6)) ) 52.83/53.16 ( skv_214 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a) (Xz a)) (let ((_let_0 (ll_2 skv_3))) (let ((_let_1 (_let_0 skv_4))) (let ((_let_2 (_let_1 Xx))) (or (not ((_let_1 Xy) Xz)) (not (_let_2 Xy)) (_let_2 Xz))))) ) 52.83/53.16 ( skv_215 skv_216 skv_217 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) ((((ll_2 skv_3) skv_4) Xx0) Xy0)) ) 52.83/53.16 ( skv_220 skv_221 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_31 Xx0 Xy0)) ) 52.83/53.16 ( skv_223 skv_224 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_4 Xx0 Xy0)) ) 52.83/53.16 ( skv_225 skv_226 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_35 Xx0 Xy0)) ) 52.83/53.16 ( skv_227 skv_228 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_40 Xx0 Xy0)) ) 52.83/53.16 ( skv_229 skv_230 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_48 Xx0 Xy0)) ) 52.83/53.16 ( skv_231 skv_232 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (not (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (Xp1 Xx Xy)) )) (Xp1 skv_36 skv_37)) ) 52.83/53.16 ( skv_233 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_37 k_5)) ) 52.83/53.16 ( skv_234 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 skv_37 k_5)) ) 52.83/53.16 ( skv_235 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_118 Xx Xy)) ) 52.83/53.16 ( skv_344 skv_345 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_118 Xx0 Xy0)) ) 52.83/53.16 ( skv_346 skv_347 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_118 Xx0 Xy0)) ) 52.83/53.16 ( skv_348 skv_349 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_36 skv_37)) ) 52.83/53.16 ( skv_350 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 skv_36 skv_37)) ) 52.83/53.16 ( skv_351 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) ((((ll_1 skv_3) skv_4) Xx0) Xy0)) ) 52.83/53.16 ( skv_352 skv_353 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_72 Xx0 Xy0)) ) 52.83/53.16 ( skv_355 skv_356 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a) (Xz a)) (let ((_let_0 (ll_1 skv_3))) (let ((_let_1 (_let_0 skv_4))) (let ((_let_2 (_let_1 Xx))) (or (not ((_let_1 Xy) Xz)) (not (_let_2 Xy)) (_let_2 Xz))))) ) 52.83/53.16 ( skv_357 skv_358 skv_359 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_71 Xx0 Xy0)) ) 52.83/53.16 ( skv_362 skv_363 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_66 Xx0 Xy0)) ) 52.83/53.16 ( skv_364 skv_365 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_66 Xy0 Xz)) (not (skv_66 Xx0 Xy0)) (skv_66 Xx0 Xz)) ) 52.83/53.16 ( skv_366 skv_367 skv_368 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_65 Xy0 Xz)) (not (skv_65 Xx0 Xy0)) (skv_65 Xx0 Xz)) ) 52.83/53.16 ( skv_369 skv_370 skv_371 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_82 Xx0 Xy0)) ) 52.83/53.16 ( skv_372 skv_373 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_81 Xx0 Xy0)) ) 52.83/53.16 ( skv_374 skv_375 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_82 Xy0 Xz)) (not (skv_82 Xx0 Xy0)) (skv_82 Xx0 Xz)) ) 52.83/53.16 ( skv_376 skv_377 skv_378 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_81 Xy0 Xz)) (not (skv_81 Xx0 Xy0)) (skv_81 Xx0 Xz)) ) 52.83/53.16 ( skv_379 skv_380 skv_381 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_85 Xx0 Xy0)) ) 52.83/53.16 ( skv_382 skv_383 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_84 Xx0 Xy0)) ) 52.83/53.16 ( skv_384 skv_385 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_85 Xy0 Xz)) (not (skv_85 Xx0 Xy0)) (skv_85 Xx0 Xz)) ) 52.83/53.16 ( skv_386 skv_387 skv_388 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_84 Xy0 Xz)) (not (skv_84 Xx0 Xy0)) (skv_84 Xx0 Xz)) ) 52.83/53.16 ( skv_389 skv_390 skv_391 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (not (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (Xp1 Xx Xy)) )) (Xp1 k_5 k_5)) ) 52.83/53.16 ( skv_392 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (Xp1 Xx Xy)) )) (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (Xp1 k_5 skv_216)) ) 52.83/53.16 ( skv_393 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_37 skv_37)) ) 52.83/53.16 ( skv_394 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 skv_37 skv_37)) ) 52.83/53.16 ( skv_395 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 k_6 skv_36)) ) 52.83/53.16 ( skv_396 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 k_6 skv_36)) ) 52.83/53.16 ( skv_397 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_36 skv_36)) ) 52.83/53.16 ( skv_398 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 skv_36 skv_36)) ) 52.83/53.16 ( skv_399 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_34 Xx Xy)) ) 52.83/53.16 ( skv_547 skv_548 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_34 Xx0 Xy0)) ) 52.83/53.16 ( skv_549 skv_550 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_81 Xx0 Xy0)) ) 52.83/53.16 ( skv_551 skv_552 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_35 Xx Xy)) ) 52.83/53.16 ( skv_559 skv_560 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_344 skv_345)) ) 52.83/53.16 ( skv_594 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_547 skv_548)) ) 52.83/53.16 ( skv_595 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_559 skv_560)) ) 52.83/53.16 ( skv_596 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_71 Xx Xy)) ) 52.83/53.16 ( skv_597 skv_598 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_72 Xx Xy)) ) 52.83/53.16 ( skv_599 skv_600 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_235 Xx0 Xy0)) ) 52.83/53.16 ( skv_601 skv_602 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_214 Xx0 Xy0)) ) 52.83/53.16 ( skv_603 skv_604 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_234 Xx0 Xy0)) ) 52.83/53.16 ( skv_605 skv_606 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_213 Xx0 Xy0)) ) 52.83/53.16 ( skv_607 skv_608 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_392 Xx Xy)) ) 52.83/53.16 ( skv_609 skv_610 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (not (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (Xp1 Xx Xy)) )) (Xp1 k_6 k_5)) ) 52.83/53.16 ( skv_611 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (Xp1 Xx Xy)) )) (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (Xp1 skv_215 k_6)) ) 52.83/53.16 ( skv_612 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_37 skv_36)) ) 52.83/53.16 ( skv_613 ) 52.83/53.16 ) 52.83/53.16 (skolem (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 skv_37 skv_36)) ) 52.83/53.16 ( skv_614 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((BOUND_VARIABLE_614 (-> a a Bool)) (BOUND_VARIABLE_615 (-> a a Bool)) (BOUND_VARIABLE_616 a) (BOUND_VARIABLE_617 a)) (= (ll_1 BOUND_VARIABLE_614 BOUND_VARIABLE_615 BOUND_VARIABLE_616 BOUND_VARIABLE_617) (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (not (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (BOUND_VARIABLE_614 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (BOUND_VARIABLE_615 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (Xp1 Xx Xy)) )) (Xp1 BOUND_VARIABLE_616 BOUND_VARIABLE_617)) )) ) 52.83/53.16 ( skv_3, skv_4, k_5, k_5 ) 52.83/53.16 ( skv_3, skv_4, k_5, k_6 ) 52.83/53.16 ( skv_3, skv_4, k_5, skv_37 ) 52.83/53.16 ( skv_3, skv_4, k_6, k_5 ) 52.83/53.16 ( skv_3, skv_4, k_6, k_6 ) 52.83/53.16 ( skv_3, skv_4, skv_36, k_6 ) 52.83/53.16 ( skv_3, skv_4, skv_36, skv_37 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((BOUND_VARIABLE_645 (-> a a Bool)) (BOUND_VARIABLE_646 (-> a a Bool)) (BOUND_VARIABLE_647 a) (BOUND_VARIABLE_648 a)) (= (ll_2 BOUND_VARIABLE_645 BOUND_VARIABLE_646 BOUND_VARIABLE_647 BOUND_VARIABLE_648) (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a)) (or (and (not (BOUND_VARIABLE_645 Xx Xy)) (not (BOUND_VARIABLE_646 Xx Xy))) (Xp1 Xx Xy)) )) (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (Xp1 BOUND_VARIABLE_647 BOUND_VARIABLE_648)) )) ) 52.83/53.16 ( skv_3, skv_4, k_5, k_5 ) 52.83/53.16 ( skv_3, skv_4, k_5, k_6 ) 52.83/53.16 ( skv_3, skv_4, k_5, skv_216 ) 52.83/53.16 ( skv_3, skv_4, skv_215, k_6 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (not (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (Xp1 Xx Xy)) )) (Xp1 k_5 k_6)) ) 52.83/53.16 ( skv_3 ) 52.83/53.16 ( skv_4 ) 52.83/53.16 ( ((ll_2 skv_3) skv_4) ) 52.83/53.16 ( skv_31 ) 52.83/53.16 ( skv_34 ) 52.83/53.16 ( skv_35 ) 52.83/53.16 ( skv_39 ) 52.83/53.16 ( skv_40 ) 52.83/53.16 ( skv_71 ) 52.83/53.16 ( skv_72 ) 52.83/53.16 ( skv_118 ) 52.83/53.16 ( skv_213 ) 52.83/53.16 ( skv_214 ) 52.83/53.16 ( skv_234 ) 52.83/53.16 ( skv_235 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (Xp1 Xx Xy)) )) (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (Xp1 k_5 k_6)) ) 52.83/53.16 ( skv_3 ) 52.83/53.16 ( skv_4 ) 52.83/53.16 ( ((ll_1 skv_3) skv_4) ) 52.83/53.16 ( skv_31 ) 52.83/53.16 ( skv_34 ) 52.83/53.16 ( skv_35 ) 52.83/53.16 ( skv_39 ) 52.83/53.16 ( skv_40 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((Xx a) (Xy a) (Xz a)) (or (not (skv_31 Xy Xz)) (not (skv_31 Xx Xy)) (skv_31 Xx Xz)) ) 52.83/53.16 ( k_5, k_5, k_5 ) 52.83/53.16 ( k_5, skv_44, k_5 ) 52.83/53.16 ( k_6, k_6, k_5 ) 52.83/53.16 ( k_6, k_6, k_6 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_31 Xx Xy)) ) 52.83/53.16 ( k_5, k_5 ) 52.83/53.16 ( k_5, k_6 ) 52.83/53.16 ( k_5, skv_44 ) 52.83/53.16 ( k_6, k_5 ) 52.83/53.16 ( k_6, k_6 ) 52.83/53.16 ( skv_44, skv_45 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) ((((ll_1 skv_3) skv_4) Xx) Xy)) ) 52.83/53.16 ( k_5, k_5 ) 52.83/53.16 ( k_5, skv_36 ) 52.83/53.16 ( k_5, skv_37 ) 52.83/53.16 ( k_6, k_5 ) 52.83/53.16 ( k_6, k_6 ) 52.83/53.16 ( k_6, skv_36 ) 52.83/53.16 ( k_6, skv_37 ) 52.83/53.16 ( skv_36, k_5 ) 52.83/53.16 ( skv_36, k_6 ) 52.83/53.16 ( skv_36, skv_37 ) 52.83/53.16 ( skv_44, skv_45 ) 52.83/53.16 ( skv_67, skv_68 ) 52.83/53.16 ( skv_69, skv_70 ) 52.83/53.16 ( skv_73, skv_74 ) 52.83/53.16 ( skv_75, skv_76 ) 52.83/53.16 ( skv_77, skv_78 ) 52.83/53.16 ( skv_79, skv_80 ) 52.83/53.16 ( skv_124, skv_125 ) 52.83/53.16 ( skv_126, skv_127 ) 52.83/53.16 ( skv_128, skv_129 ) 52.83/53.16 ( skv_130, skv_131 ) 52.83/53.16 ( skv_144, skv_145 ) 52.83/53.16 ( skv_146, skv_147 ) 52.83/53.16 ( skv_154, skv_155 ) 52.83/53.16 ( skv_156, skv_157 ) 52.83/53.16 ( skv_207, skv_208 ) 52.83/53.16 ( skv_207, skv_209 ) 52.83/53.16 ( skv_208, skv_209 ) 52.83/53.16 ( skv_210, skv_211 ) 52.83/53.16 ( skv_210, skv_212 ) 52.83/53.16 ( skv_211, skv_212 ) 52.83/53.16 ( skv_215, skv_217 ) 52.83/53.16 ( skv_220, skv_221 ) 52.83/53.16 ( skv_227, skv_228 ) 52.83/53.16 ( skv_229, skv_230 ) 52.83/53.16 ( skv_231, skv_232 ) 52.83/53.16 ( skv_352, skv_353 ) 52.83/53.16 ( skv_355, skv_356 ) 52.83/53.16 ( skv_357, skv_359 ) 52.83/53.16 ( skv_362, skv_363 ) 52.83/53.16 ( skv_364, skv_365 ) 52.83/53.16 ( skv_372, skv_373 ) 52.83/53.16 ( skv_374, skv_375 ) 52.83/53.16 ( skv_382, skv_383 ) 52.83/53.16 ( skv_384, skv_385 ) 52.83/53.16 ( skv_551, skv_552 ) 52.83/53.16 ( skv_601, skv_602 ) 52.83/53.16 ( skv_603, skv_604 ) 52.83/53.16 ( skv_605, skv_606 ) 52.83/53.16 ( skv_607, skv_608 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 k_5 k_6)) ) 52.83/53.16 ( skv_3 ) 52.83/53.16 ( skv_4 ) 52.83/53.16 ( ((ll_2 skv_3) skv_4) ) 52.83/53.16 ( skv_31 ) 52.83/53.16 ( skv_34 ) 52.83/53.16 ( skv_35 ) 52.83/53.16 ( skv_39 ) 52.83/53.16 ( skv_40 ) 52.83/53.16 ( skv_118 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 k_5 k_6)) ) 52.83/53.16 ( skv_3 ) 52.83/53.16 ( skv_4 ) 52.83/53.16 ( ((ll_2 skv_3) skv_4) ) 52.83/53.16 ( skv_31 ) 52.83/53.16 ( skv_34 ) 52.83/53.16 ( skv_35 ) 52.83/53.16 ( skv_39 ) 52.83/53.16 ( skv_40 ) 52.83/53.16 ( skv_118 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 k_5 k_5)) ) 52.83/53.16 ( skv_3 ) 52.83/53.16 ( skv_4 ) 52.83/53.16 ( ((ll_1 skv_3) skv_4) ) 52.83/53.16 ( skv_31 ) 52.83/53.16 ( skv_34 ) 52.83/53.16 ( skv_35 ) 52.83/53.16 ( skv_39 ) 52.83/53.16 ( skv_40 ) 52.83/53.16 ( skv_47 ) 52.83/53.16 ( skv_48 ) 52.83/53.16 ( skv_71 ) 52.83/53.16 ( skv_72 ) 52.83/53.16 ( skv_81 ) 52.83/53.16 ( skv_82 ) 52.83/53.16 ( skv_118 ) 52.83/53.16 ( skv_213 ) 52.83/53.16 ( skv_214 ) 52.83/53.16 ( skv_234 ) 52.83/53.16 ( skv_235 ) 52.83/53.16 ( skv_350 ) 52.83/53.16 ( skv_351 ) 52.83/53.16 ( skv_392 ) 52.83/53.16 ( skv_393 ) 52.83/53.16 ( skv_394 ) 52.83/53.16 ( skv_395 ) 52.83/53.16 ( skv_396 ) 52.83/53.16 ( skv_397 ) 52.83/53.16 ( skv_398 ) 52.83/53.16 ( skv_399 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 k_5 k_5)) ) 52.83/53.16 ( skv_3 ) 52.83/53.16 ( skv_4 ) 52.83/53.16 ( ((ll_1 skv_3) skv_4) ) 52.83/53.16 ( skv_31 ) 52.83/53.16 ( skv_34 ) 52.83/53.16 ( skv_35 ) 52.83/53.16 ( skv_39 ) 52.83/53.16 ( skv_40 ) 52.83/53.16 ( skv_47 ) 52.83/53.16 ( skv_48 ) 52.83/53.16 ( skv_71 ) 52.83/53.16 ( skv_72 ) 52.83/53.16 ( skv_81 ) 52.83/53.16 ( skv_82 ) 52.83/53.16 ( skv_118 ) 52.83/53.16 ( skv_213 ) 52.83/53.16 ( skv_214 ) 52.83/53.16 ( skv_234 ) 52.83/53.16 ( skv_235 ) 52.83/53.16 ( skv_350 ) 52.83/53.16 ( skv_351 ) 52.83/53.16 ( skv_392 ) 52.83/53.16 ( skv_393 ) 52.83/53.16 ( skv_394 ) 52.83/53.16 ( skv_395 ) 52.83/53.16 ( skv_396 ) 52.83/53.16 ( skv_397 ) 52.83/53.16 ( skv_398 ) 52.83/53.16 ( skv_399 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_34 Xx0 Xy0)) ) 52.83/53.16 ( k_5, k_5 ) 52.83/53.16 ( k_5, k_6 ) 52.83/53.16 ( k_6, k_5 ) 52.83/53.16 ( k_6, skv_37 ) 52.83/53.16 ( skv_36, k_5 ) 52.83/53.16 ( skv_36, skv_37 ) 52.83/53.16 ( skv_44, skv_45 ) 52.83/53.16 ( skv_67, skv_68 ) 52.83/53.16 ( skv_77, skv_78 ) 52.83/53.16 ( skv_79, skv_80 ) 52.83/53.16 ( skv_128, skv_129 ) 52.83/53.16 ( skv_130, skv_131 ) 52.83/53.16 ( skv_132, skv_133 ) 52.83/53.16 ( skv_132, skv_134 ) 52.83/53.16 ( skv_133, skv_134 ) 52.83/53.16 ( skv_144, skv_145 ) 52.83/53.16 ( skv_146, skv_147 ) 52.83/53.16 ( skv_154, skv_155 ) 52.83/53.16 ( skv_156, skv_157 ) 52.83/53.16 ( skv_207, skv_208 ) 52.83/53.16 ( skv_208, skv_209 ) 52.83/53.16 ( skv_210, skv_211 ) 52.83/53.16 ( skv_211, skv_212 ) 52.83/53.16 ( skv_229, skv_230 ) 52.83/53.16 ( skv_231, skv_232 ) 52.83/53.16 ( skv_355, skv_356 ) 52.83/53.16 ( skv_364, skv_365 ) 52.83/53.16 ( skv_372, skv_373 ) 52.83/53.16 ( skv_374, skv_375 ) 52.83/53.16 ( skv_382, skv_383 ) 52.83/53.16 ( skv_384, skv_385 ) 52.83/53.16 ( skv_547, skv_548 ) 52.83/53.16 ( skv_601, skv_602 ) 52.83/53.16 ( skv_603, skv_604 ) 52.83/53.16 ) 52.83/53.16 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_34 Xy0 Xz)) (not (skv_34 Xx0 Xy0)) (skv_34 Xx0 Xz)) ) 52.83/53.16 ( k_5, k_5, k_5 ) 52.83/53.16 ( k_5, k_5, skv_36 ) 52.83/53.16 ( k_6, k_6, k_5 ) 52.83/53.16 ( k_6, skv_36, k_6 ) 52.83/53.16 ( skv_36, k_5, k_5 ) 52.83/53.16 ( skv_36, skv_37, skv_37 ) 52.83/53.16 ( skv_67, skv_68, skv_68 ) 52.83/53.16 ( skv_124, skv_125, skv_125 ) 52.83/53.16 ( skv_132, skv_133, skv_133 ) 52.83/53.16 ( skv_132, skv_133, skv_134 ) 52.83/53.16 ( skv_132, skv_134, skv_134 ) 52.83/53.16 ( skv_355, skv_356, skv_356 ) 52.83/53.16 ( skv_362, skv_363, skv_363 ) 52.83/53.16 ( skv_372, skv_373, skv_373 ) 52.83/53.16 ( skv_374, skv_375, skv_375 ) 52.83/53.16 ( skv_549, skv_550, skv_550 ) 52.83/53.16 ( skv_551, skv_552, skv_552 ) 52.83/53.16 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_35 Xy0 Xz)) (not (skv_35 Xx0 Xy0)) (skv_35 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_5, skv_36 ) 52.83/53.17 ( k_6, k_6, k_5 ) 52.83/53.17 ( k_6, skv_36, k_6 ) 52.83/53.17 ( skv_36, k_5, k_5 ) 52.83/53.17 ( skv_36, skv_36, skv_37 ) 52.83/53.17 ( skv_69, skv_69, skv_70 ) 52.83/53.17 ( skv_126, skv_126, skv_127 ) 52.83/53.17 ( skv_135, skv_135, skv_136 ) 52.83/53.17 ( skv_135, skv_136, skv_137 ) 52.83/53.17 ( skv_136, skv_135, skv_137 ) 52.83/53.17 ( skv_227, skv_227, skv_228 ) 52.83/53.17 ( skv_355, skv_355, skv_356 ) 52.83/53.17 ( skv_362, skv_362, skv_363 ) 52.83/53.17 ( skv_372, skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_374, skv_375 ) 52.83/53.17 ( skv_551, skv_551, skv_552 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_35 Xx0 Xy0)) ) 52.83/53.17 ( k_5, k_5 ) 52.83/53.17 ( k_5, k_6 ) 52.83/53.17 ( k_6, k_5 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_36, skv_37 ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_135, skv_136 ) 52.83/53.17 ( skv_135, skv_137 ) 52.83/53.17 ( skv_136, skv_137 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_559, skv_560 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_39 Xx0 Xy0)) ) 52.83/53.17 ( k_5, k_5 ) 52.83/53.17 ( k_5, k_6 ) 52.83/53.17 ( k_6, k_5 ) 52.83/53.17 ( k_6, k_6 ) 52.83/53.17 ( skv_36, skv_37 ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_39 Xy0 Xz)) (not (skv_39 Xx0 Xy0)) (skv_39 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( k_5, k_6, k_6 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_40 Xy0 Xz)) (not (skv_40 Xx0 Xy0)) (skv_40 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( k_5, k_6, k_6 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_40 Xx0 Xy0)) ) 52.83/53.17 ( k_5, k_5 ) 52.83/53.17 ( k_5, k_6 ) 52.83/53.17 ( k_6, k_5 ) 52.83/53.17 ( k_6, k_6 ) 52.83/53.17 ( skv_36, skv_37 ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_31 Xx Xy)) ) 52.83/53.17 ( k_5, k_5 ) 52.83/53.17 ( k_5, skv_36 ) 52.83/53.17 ( k_5, skv_44 ) 52.83/53.17 ( k_6, k_5 ) 52.83/53.17 ( k_6, k_6 ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_36, skv_37 ) 52.83/53.17 ( skv_44, k_5 ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ( skv_67, skv_68 ) 52.83/53.17 ( skv_69, skv_70 ) 52.83/53.17 ( skv_73, skv_74 ) 52.83/53.17 ( skv_75, skv_76 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_119, skv_120 ) 52.83/53.17 ( skv_121, skv_123 ) 52.83/53.17 ( skv_124, skv_125 ) 52.83/53.17 ( skv_126, skv_127 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_207, skv_209 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_210, skv_212 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_215, skv_217 ) 52.83/53.17 ( skv_220, skv_221 ) 52.83/53.17 ( skv_223, skv_224 ) 52.83/53.17 ( skv_227, skv_228 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 k_6 k_5)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( ((ll_1 skv_3) skv_4) ) 52.83/53.17 ( skv_31 ) 52.83/53.17 ( skv_34 ) 52.83/53.17 ( skv_35 ) 52.83/53.17 ( skv_39 ) 52.83/53.17 ( skv_40 ) 52.83/53.17 ( skv_47 ) 52.83/53.17 ( skv_48 ) 52.83/53.17 ( skv_71 ) 52.83/53.17 ( skv_72 ) 52.83/53.17 ( skv_118 ) 52.83/53.17 ( skv_213 ) 52.83/53.17 ( skv_214 ) 52.83/53.17 ( skv_234 ) 52.83/53.17 ( skv_235 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 k_6 k_5)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( ((ll_1 skv_3) skv_4) ) 52.83/53.17 ( skv_31 ) 52.83/53.17 ( skv_34 ) 52.83/53.17 ( skv_35 ) 52.83/53.17 ( skv_39 ) 52.83/53.17 ( skv_40 ) 52.83/53.17 ( skv_47 ) 52.83/53.17 ( skv_48 ) 52.83/53.17 ( skv_71 ) 52.83/53.17 ( skv_72 ) 52.83/53.17 ( skv_118 ) 52.83/53.17 ( skv_213 ) 52.83/53.17 ( skv_214 ) 52.83/53.17 ( skv_234 ) 52.83/53.17 ( skv_235 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a) (Xz a)) (or (not (skv_46 Xy Xz)) (not (skv_46 Xx Xy)) (skv_46 Xx Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( skv_37, k_5, k_5 ) 52.83/53.17 ( skv_37, skv_37, skv_37 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_46 Xx Xy)) ) 52.83/53.17 ( k_5, k_5 ) 52.83/53.17 ( k_5, skv_37 ) 52.83/53.17 ( skv_37, k_5 ) 52.83/53.17 ( skv_37, skv_37 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_47 Xx0 Xy0)) ) 52.83/53.17 ( k_6, k_5 ) 52.83/53.17 ( k_6, k_6 ) 52.83/53.17 ( skv_36, skv_37 ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_47 Xy0 Xz)) (not (skv_47 Xx0 Xy0)) (skv_47 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_48 Xy0 Xz)) (not (skv_48 Xx0 Xy0)) (skv_48 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_48 Xx0 Xy0)) ) 52.83/53.17 ( k_6, k_5 ) 52.83/53.17 ( k_6, k_6 ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (let ((_let_0 (skv_4 Xx Xy))) (or (and (not (skv_3 Xx Xy)) (not _let_0)) _let_0)) ) 52.83/53.17 ( k_5, k_5 ) 52.83/53.17 ( k_5, skv_36 ) 52.83/53.17 ( k_6, k_5 ) 52.83/53.17 ( k_6, k_6 ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_36, skv_37 ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ( skv_67, skv_68 ) 52.83/53.17 ( skv_69, skv_70 ) 52.83/53.17 ( skv_73, skv_74 ) 52.83/53.17 ( skv_75, skv_76 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_124, skv_125 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_207, skv_209 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_212 ) 52.83/53.17 ( skv_215, skv_217 ) 52.83/53.17 ( skv_220, skv_221 ) 52.83/53.17 ( skv_225, skv_226 ) 52.83/53.17 ( skv_227, skv_228 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (let ((_let_0 (skv_3 Xx Xy))) (or (and (not _let_0) (not (skv_4 Xx Xy))) _let_0)) ) 52.83/53.17 ( k_5, k_5 ) 52.83/53.17 ( k_5, skv_36 ) 52.83/53.17 ( k_6, k_5 ) 52.83/53.17 ( k_6, k_6 ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_36, skv_37 ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ( skv_73, skv_74 ) 52.83/53.17 ( skv_75, skv_76 ) 52.83/53.17 ( skv_126, skv_127 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_210, skv_212 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_215, skv_217 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_35 Xx Xy)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_126, skv_127 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_135, skv_136 ) 52.83/53.17 ( skv_135, skv_137 ) 52.83/53.17 ( skv_136, skv_137 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_215, skv_217 ) 52.83/53.17 ( skv_227, skv_228 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_559, skv_560 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_34 Xx Xy)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_124, skv_125 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_132, skv_133 ) 52.83/53.17 ( skv_132, skv_134 ) 52.83/53.17 ( skv_133, skv_134 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_215, skv_217 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_547, skv_548 ) 52.83/53.17 ( skv_549, skv_550 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_40 Xx Xy)) ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_39 Xx Xy)) ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_44 skv_45)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( ((ll_1 skv_3) skv_4) ) 52.83/53.17 ( skv_31 ) 52.83/53.17 ( skv_34 ) 52.83/53.17 ( skv_35 ) 52.83/53.17 ( skv_39 ) 52.83/53.17 ( skv_40 ) 52.83/53.17 ( skv_47 ) 52.83/53.17 ( skv_48 ) 52.83/53.17 ( skv_65 ) 52.83/53.17 ( skv_66 ) 52.83/53.17 ( skv_71 ) 52.83/53.17 ( skv_72 ) 52.83/53.17 ( skv_118 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 skv_44 skv_45)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( ((ll_1 skv_3) skv_4) ) 52.83/53.17 ( skv_31 ) 52.83/53.17 ( skv_34 ) 52.83/53.17 ( skv_35 ) 52.83/53.17 ( skv_39 ) 52.83/53.17 ( skv_40 ) 52.83/53.17 ( skv_47 ) 52.83/53.17 ( skv_48 ) 52.83/53.17 ( skv_65 ) 52.83/53.17 ( skv_66 ) 52.83/53.17 ( skv_71 ) 52.83/53.17 ( skv_72 ) 52.83/53.17 ( skv_118 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 k_6 k_6)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( ((ll_1 skv_3) skv_4) ) 52.83/53.17 ( skv_31 ) 52.83/53.17 ( skv_34 ) 52.83/53.17 ( skv_35 ) 52.83/53.17 ( skv_39 ) 52.83/53.17 ( skv_40 ) 52.83/53.17 ( skv_47 ) 52.83/53.17 ( skv_48 ) 52.83/53.17 ( skv_71 ) 52.83/53.17 ( skv_72 ) 52.83/53.17 ( skv_81 ) 52.83/53.17 ( skv_82 ) 52.83/53.17 ( skv_118 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 k_6 k_6)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( ((ll_1 skv_3) skv_4) ) 52.83/53.17 ( skv_31 ) 52.83/53.17 ( skv_34 ) 52.83/53.17 ( skv_35 ) 52.83/53.17 ( skv_39 ) 52.83/53.17 ( skv_40 ) 52.83/53.17 ( skv_47 ) 52.83/53.17 ( skv_48 ) 52.83/53.17 ( skv_71 ) 52.83/53.17 ( skv_72 ) 52.83/53.17 ( skv_81 ) 52.83/53.17 ( skv_82 ) 52.83/53.17 ( skv_118 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 k_5 skv_44)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( skv_31 ) 52.83/53.17 ( skv_84 ) 52.83/53.17 ( skv_85 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 k_5 skv_44)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( skv_31 ) 52.83/53.17 ( skv_84 ) 52.83/53.17 ( skv_85 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_65 Xx0 Xy0)) ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_66 Xx0 Xy0)) ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_71 Xx0 Xy0)) ) 52.83/53.17 ( k_5, k_5 ) 52.83/53.17 ( k_5, skv_36 ) 52.83/53.17 ( k_5, skv_37 ) 52.83/53.17 ( k_6, k_5 ) 52.83/53.17 ( k_6, k_6 ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_36, skv_37 ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ( skv_67, skv_68 ) 52.83/53.17 ( skv_69, skv_70 ) 52.83/53.17 ( skv_73, skv_74 ) 52.83/53.17 ( skv_75, skv_76 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_124, skv_125 ) 52.83/53.17 ( skv_126, skv_127 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_220, skv_221 ) 52.83/53.17 ( skv_227, skv_228 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_597, skv_598 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_71 Xy0 Xz)) (not (skv_71 Xx0 Xy0)) (skv_71 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( k_5, skv_36, skv_37 ) 52.83/53.17 ( k_6, k_5, skv_36 ) 52.83/53.17 ( k_6, k_6, k_6 ) 52.83/53.17 ( k_6, skv_36, k_6 ) 52.83/53.17 ( k_6, skv_36, skv_36 ) 52.83/53.17 ( skv_36, k_5, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_72 Xy0 Xz)) (not (skv_72 Xx0 Xy0)) (skv_72 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( k_5, skv_36, skv_37 ) 52.83/53.17 ( k_6, k_5, skv_36 ) 52.83/53.17 ( k_6, k_6, k_6 ) 52.83/53.17 ( k_6, skv_36, k_6 ) 52.83/53.17 ( k_6, skv_36, skv_36 ) 52.83/53.17 ( skv_36, k_5, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_72 Xx0 Xy0)) ) 52.83/53.17 ( k_5, k_5 ) 52.83/53.17 ( k_5, skv_36 ) 52.83/53.17 ( k_5, skv_37 ) 52.83/53.17 ( k_6, k_5 ) 52.83/53.17 ( k_6, k_6 ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_36, skv_37 ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ( skv_67, skv_68 ) 52.83/53.17 ( skv_69, skv_70 ) 52.83/53.17 ( skv_73, skv_74 ) 52.83/53.17 ( skv_75, skv_76 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_124, skv_125 ) 52.83/53.17 ( skv_126, skv_127 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_599, skv_600 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_81 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_379, skv_380 ) 52.83/53.17 ( skv_379, skv_381 ) 52.83/53.17 ( skv_380, skv_381 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_81 Xy0 Xz)) (not (skv_81 Xx0 Xy0)) (skv_81 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ( skv_379, skv_380, skv_381 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_82 Xy0 Xz)) (not (skv_82 Xx0 Xy0)) (skv_82 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ( skv_376, skv_377, skv_378 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_82 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_376, skv_377 ) 52.83/53.17 ( skv_376, skv_378 ) 52.83/53.17 ( skv_377, skv_378 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a) (Xz a)) (or (not (skv_83 Xy Xz)) (not (skv_83 Xx Xy)) (skv_83 Xx Xz)) ) 52.83/53.17 ( k_6, k_6, k_6 ) 52.83/53.17 ( k_6, k_6, skv_36 ) 52.83/53.17 ( skv_36, skv_36, skv_36 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_83 Xx Xy)) ) 52.83/53.17 ( k_6, k_6 ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( skv_36, k_6 ) 52.83/53.17 ( skv_36, skv_36 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_118 Xx Xy)) ) 52.83/53.17 ( k_5, k_5 ) 52.83/53.17 ( k_5, k_6 ) 52.83/53.17 ( k_5, skv_36 ) 52.83/53.17 ( k_6, k_5 ) 52.83/53.17 ( k_6, k_6 ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_36, skv_37 ) 52.83/53.17 ( skv_44, skv_45 ) 52.83/53.17 ( skv_67, skv_68 ) 52.83/53.17 ( skv_69, skv_70 ) 52.83/53.17 ( skv_73, skv_74 ) 52.83/53.17 ( skv_75, skv_76 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_124, skv_125 ) 52.83/53.17 ( skv_126, skv_127 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_207, skv_209 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_210, skv_212 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_215, skv_217 ) 52.83/53.17 ( skv_220, skv_221 ) 52.83/53.17 ( skv_227, skv_228 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_344, skv_345 ) 52.83/53.17 ( skv_346, skv_347 ) 52.83/53.17 ( skv_348, skv_349 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a) (Xz a)) (or (not (skv_118 Xy Xz)) (not (skv_118 Xx Xy)) (skv_118 Xx Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_5, skv_37 ) 52.83/53.17 ( k_5, skv_36, skv_37 ) 52.83/53.17 ( k_6, k_5, skv_36 ) 52.83/53.17 ( k_6, k_6, k_5 ) 52.83/53.17 ( k_6, k_6, k_6 ) 52.83/53.17 ( k_6, skv_36, k_6 ) 52.83/53.17 ( k_6, skv_36, skv_36 ) 52.83/53.17 ( skv_36, k_5, k_5 ) 52.83/53.17 ( skv_36, skv_36, k_5 ) 52.83/53.17 ( skv_67, skv_68, skv_68 ) 52.83/53.17 ( skv_69, skv_70, skv_70 ) 52.83/53.17 ( skv_73, skv_74, skv_74 ) 52.83/53.17 ( skv_75, skv_76, skv_76 ) 52.83/53.17 ( skv_124, skv_125, skv_125 ) 52.83/53.17 ( skv_126, skv_127, skv_127 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ( skv_220, skv_221, skv_221 ) 52.83/53.17 ( skv_227, skv_228, skv_228 ) 52.83/53.17 ( skv_346, skv_347, skv_347 ) 52.83/53.17 ( skv_348, skv_349, skv_349 ) 52.83/53.17 ( skv_355, skv_356, skv_356 ) 52.83/53.17 ( skv_362, skv_363, skv_363 ) 52.83/53.17 ( skv_372, skv_373, skv_373 ) 52.83/53.17 ( skv_374, skv_375, skv_375 ) 52.83/53.17 ( skv_551, skv_552, skv_552 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_119 skv_120)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( skv_31 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) ((((ll_2 skv_3) skv_4) Xx0) Xy0)) ) 52.83/53.17 ( k_5, skv_216 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_215, k_6 ) 52.83/53.17 ( skv_215, skv_217 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_31 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_220, skv_221 ) 52.83/53.17 ( skv_227, skv_228 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_4 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_212 ) 52.83/53.17 ( skv_220, skv_221 ) 52.83/53.17 ( skv_227, skv_228 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_35 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_135, skv_136 ) 52.83/53.17 ( skv_135, skv_137 ) 52.83/53.17 ( skv_136, skv_137 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_559, skv_560 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_34 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_132, skv_133 ) 52.83/53.17 ( skv_132, skv_134 ) 52.83/53.17 ( skv_133, skv_134 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_547, skv_548 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_213 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_67, skv_68 ) 52.83/53.17 ( skv_69, skv_70 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_124, skv_125 ) 52.83/53.17 ( skv_126, skv_127 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_220, skv_221 ) 52.83/53.17 ( skv_227, skv_228 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_213 Xy0 Xz)) (not (skv_213 Xx0 Xy0)) (skv_213 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_5, k_6 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( k_5, k_6, k_6 ) 52.83/53.17 ( k_5, k_6, skv_36 ) 52.83/53.17 ( k_6, skv_36, k_5 ) 52.83/53.17 ( skv_36, k_5, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_214 Xy0 Xz)) (not (skv_214 Xx0 Xy0)) (skv_214 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_5, k_6 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( k_5, k_6, k_6 ) 52.83/53.17 ( k_5, k_6, skv_36 ) 52.83/53.17 ( k_6, skv_36, k_5 ) 52.83/53.17 ( skv_36, k_5, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_214 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_67, skv_68 ) 52.83/53.17 ( skv_69, skv_70 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_124, skv_125 ) 52.83/53.17 ( skv_126, skv_127 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a) (Xz a)) (or (not (skv_233 Xy Xz)) (not (skv_233 Xx Xy)) (skv_233 Xx Xz)) ) 52.83/53.17 ( skv_36, skv_36, skv_36 ) 52.83/53.17 ( skv_37, skv_37, skv_36 ) 52.83/53.17 ( skv_37, skv_37, skv_37 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_233 Xx Xy)) ) 52.83/53.17 ( skv_36, skv_36 ) 52.83/53.17 ( skv_36, skv_37 ) 52.83/53.17 ( skv_37, skv_36 ) 52.83/53.17 ( skv_37, skv_37 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_234 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_37, k_5 ) 52.83/53.17 ( skv_67, skv_68 ) 52.83/53.17 ( skv_69, skv_70 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_124, skv_125 ) 52.83/53.17 ( skv_126, skv_127 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_220, skv_221 ) 52.83/53.17 ( skv_227, skv_228 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_234 Xy0 Xz)) (not (skv_234 Xx0 Xy0)) (skv_234 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_5, k_6 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( k_5, k_6, k_6 ) 52.83/53.17 ( k_5, k_6, skv_36 ) 52.83/53.17 ( k_6, skv_36, k_5 ) 52.83/53.17 ( skv_36, k_5, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_235 Xy0 Xz)) (not (skv_235 Xx0 Xy0)) (skv_235 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_5, k_6 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( k_5, k_6, k_6 ) 52.83/53.17 ( k_5, k_6, skv_36 ) 52.83/53.17 ( k_6, skv_36, k_5 ) 52.83/53.17 ( skv_36, k_5, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_235 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_36 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_37, k_5 ) 52.83/53.17 ( skv_67, skv_68 ) 52.83/53.17 ( skv_69, skv_70 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_124, skv_125 ) 52.83/53.17 ( skv_126, skv_127 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_118 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_344, skv_345 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_118 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_344, skv_345 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) ((((ll_1 skv_3) skv_4) Xx0) Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_357, skv_359 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_72 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_599, skv_600 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_71 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_597, skv_598 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_82 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_376, skv_377 ) 52.83/53.17 ( skv_376, skv_378 ) 52.83/53.17 ( skv_377, skv_378 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_81 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_379, skv_380 ) 52.83/53.17 ( skv_379, skv_381 ) 52.83/53.17 ( skv_380, skv_381 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp1 (-> a a Bool))) (or (not (forall ((Xx a) (Xy a) (Xz a)) (or (not (Xp1 Xy Xz)) (not (Xp1 Xx Xy)) (Xp1 Xx Xz)) )) (not (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (Xp1 Xx Xy)) )) (Xp1 k_5 k_5)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( skv_31 ) 52.83/53.17 ( skv_39 ) 52.83/53.17 ( skv_40 ) 52.83/53.17 ( skv_47 ) 52.83/53.17 ( skv_48 ) 52.83/53.17 ( skv_81 ) 52.83/53.17 ( skv_82 ) 52.83/53.17 ( skv_350 ) 52.83/53.17 ( skv_351 ) 52.83/53.17 ( skv_392 ) 52.83/53.17 ( skv_393 ) 52.83/53.17 ( skv_394 ) 52.83/53.17 ( skv_395 ) 52.83/53.17 ( skv_396 ) 52.83/53.17 ( skv_397 ) 52.83/53.17 ( skv_398 ) 52.83/53.17 ( skv_399 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_344 skv_345)) ) 52.83/53.17 ( skv_118 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 skv_344 skv_345)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( skv_118 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_350 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_350 Xy0 Xz)) (not (skv_350 Xx0 Xy0)) (skv_350 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_351 Xy0 Xz)) (not (skv_351 Xx0 Xy0)) (skv_351 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_351 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_392 Xx Xy)) ) 52.83/53.17 ( k_5, k_5 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_393 Xx Xy)) ) 52.83/53.17 ( k_5, skv_216 ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_215, skv_217 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a) (Xz a)) (or (not (skv_393 Xy Xz)) (not (skv_393 Xx Xy)) (skv_393 Xx Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_394 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_37, skv_37 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_394 Xy0 Xz)) (not (skv_394 Xx0 Xy0)) (skv_394 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_395 Xy0 Xz)) (not (skv_395 Xx0 Xy0)) (skv_395 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_395 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_37, skv_37 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_396 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_396 Xy0 Xz)) (not (skv_396 Xx0 Xy0)) (skv_396 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_397 Xy0 Xz)) (not (skv_397 Xx0 Xy0)) (skv_397 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_397 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_398 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_36, skv_36 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_355, skv_356 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_372, skv_373 ) 52.83/53.17 ( skv_374, skv_375 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_398 Xy0 Xz)) (not (skv_398 Xx0 Xy0)) (skv_398 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_399 Xy0 Xz)) (not (skv_399 Xx0 Xy0)) (skv_399 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ( k_5, k_6, k_5 ) 52.83/53.17 ( skv_207, skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211, skv_212 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_399 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_36, k_5 ) 52.83/53.17 ( skv_36, skv_36 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_362, skv_363 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_551, skv_552 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_547 skv_548)) ) 52.83/53.17 ( skv_34 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 skv_547 skv_548)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( skv_34 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_559 skv_560)) ) 52.83/53.17 ( skv_35 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 skv_559 skv_560)) ) 52.83/53.17 ( skv_3 ) 52.83/53.17 ( skv_4 ) 52.83/53.17 ( skv_35 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_594 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_594 Xy0 Xz)) (not (skv_594 Xx0 Xy0)) (skv_594 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_595 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_595 Xy0 Xz)) (not (skv_595 Xx0 Xy0)) (skv_595 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_596 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_596 Xy0 Xz)) (not (skv_596 Xx0 Xy0)) (skv_596 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_597 skv_598)) ) 52.83/53.17 ( skv_71 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_599 skv_600)) ) 52.83/53.17 ( skv_72 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 skv_609 skv_610)) ) 52.83/53.17 ( skv_392 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a) (Xz a)) (or (not (skv_611 Xy Xz)) (not (skv_611 Xx Xy)) (skv_611 Xx Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (Xp10 Xx Xy)) )) (not (forall ((Xp10 (-> a a Bool))) (or (not (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (Xp10 Xy0 Xz)) (not (Xp10 Xx0 Xy0)) (Xp10 Xx0 Xz)) )) (not (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (Xp10 Xx0 Xy0)) )) (Xp10 Xx Xy)) ))) (skv_611 Xx Xy)) ) 52.83/53.17 ( k_5, k_5 ) 52.83/53.17 ( k_6, k_5 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a)) (or (and (not (skv_3 Xx Xy)) (not (skv_4 Xx Xy))) (skv_612 Xx Xy)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_215, k_6 ) 52.83/53.17 ( skv_215, skv_217 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx a) (Xy a) (Xz a)) (or (not (skv_612 Xy Xz)) (not (skv_612 Xx Xy)) (skv_612 Xx Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_3 Xx0 Xy0)) (skv_613 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_37, skv_36 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_601, skv_602 ) 52.83/53.17 ( skv_603, skv_604 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_613 Xy0 Xz)) (not (skv_613 Xx0 Xy0)) (skv_613 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a) (Xz a)) (or (not (skv_614 Xy0 Xz)) (not (skv_614 Xx0 Xy0)) (skv_614 Xx0 Xz)) ) 52.83/53.17 ( k_5, k_5, k_5 ) 52.83/53.17 ) 52.83/53.17 (instantiation (forall ((Xx0 a) (Xy0 a)) (or (not (skv_4 Xx0 Xy0)) (skv_614 Xx0 Xy0)) ) 52.83/53.17 ( k_6, skv_37 ) 52.83/53.17 ( skv_37, skv_36 ) 52.83/53.17 ( skv_77, skv_78 ) 52.83/53.17 ( skv_79, skv_80 ) 52.83/53.17 ( skv_128, skv_129 ) 52.83/53.17 ( skv_130, skv_131 ) 52.83/53.17 ( skv_144, skv_145 ) 52.83/53.17 ( skv_146, skv_147 ) 52.83/53.17 ( skv_154, skv_155 ) 52.83/53.17 ( skv_156, skv_157 ) 52.83/53.17 ( skv_207, skv_208 ) 52.83/53.17 ( skv_208, skv_209 ) 52.83/53.17 ( skv_210, skv_211 ) 52.83/53.17 ( skv_211, skv_212 ) 52.83/53.17 ( skv_229, skv_230 ) 52.83/53.17 ( skv_231, skv_232 ) 52.83/53.17 ( skv_364, skv_365 ) 52.83/53.17 ( skv_382, skv_383 ) 52.83/53.17 ( skv_384, skv_385 ) 52.83/53.17 ( skv_605, skv_606 ) 52.83/53.17 ( skv_607, skv_608 ) 52.83/53.17 ) 52.83/53.17 % SZS output end Proof for theBenchmark 52.83/53.18 EOF