0.12/0.12 % Problem : theBenchmark.p : TPTP v0.0.0. Released v0.0.0. 0.12/0.13 % Command : do_CVC4 %s 0.14/0.34 % Computer : n025.cluster.edu 0.14/0.34 % Model : x86_64 x86_64 0.14/0.34 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz 0.14/0.34 % Memory : 8042.1875MB 0.14/0.34 % OS : Linux 3.10.0-693.el7.x86_64 0.14/0.34 % CPULimit : 180 0.14/0.34 % DateTime : Thu Aug 29 10:10:45 EDT 2019 0.14/0.34 % CPUTime : 0.20/0.47 %----Proving TF0_ARI 0.20/0.48 ------- cvc4-tfa casc 27 : /export/starexec/sandbox/benchmark/theBenchmark.p at 180... 0.20/0.48 --- Run --finite-model-find --decision=internal at 15... 15.32/15.50 --- Run --decision=internal --simplification=none --no-inst-no-entail --no-quant-cf --full-saturate-quant at 15... 30.57/30.73 --- Run --no-e-matching --full-saturate-quant at 15... 45.52/45.78 --- Run --cbqi-all --purify-triggers --full-saturate-quant at 15... 49.08/49.33 % SZS status Theorem for theBenchmark 49.08/49.33 % SZS output start Proof for theBenchmark 49.08/49.33 (skolem (forall ((Q1 list_elt) (Q2 list_elt) (BOUND_VARIABLE_1549 list_elt) (BOUND_VARIABLE_1550 list_elt) (BOUND_VARIABLE_1551 elt1) (BOUND_VARIABLE_1552 elt1) (BOUND_VARIABLE_1553 list_elt) (BOUND_VARIABLE_1554 elt1) (BOUND_VARIABLE_1555 list_elt)) (let ((_let_0 (infix_plpl elt (t2tb Q1) (t2tb Q2)))) (let ((_let_1 (nil elt))) (let ((_let_2 (tb2t _let_1))) (let ((_let_3 (t2tb BOUND_VARIABLE_1549))) (let ((_let_4 (tb2t (cons elt (t2tb1 BOUND_VARIABLE_1552) (t2tb BOUND_VARIABLE_1553))))) (let ((_let_5 (t2tb _let_4))) (let ((_let_6 (t2tb1 BOUND_VARIABLE_1551))) (let ((_let_7 (t2tb BOUND_VARIABLE_1550))) (let ((_let_8 (tb2t (cons elt _let_6 _let_7)))) (let ((_let_9 (t2tb _let_8))) (let ((_let_10 (length2 elt _let_5))) (or (not (sorted1 Q1)) (not (sorted1 Q2)) (not (sorted1 BOUND_VARIABLE_1549)) (not (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) _let_3)) (not (mem elt (t2tb1 Y) _let_5)) (le1 X Y)) )) (not (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) _let_3)) (not (mem elt (t2tb1 Y) _let_9)) (le1 X Y)) )) (not (permut elt (infix_plpl elt (infix_plpl elt _let_3 _let_5) _let_9) _let_0)) (not (sorted1 _let_8)) (not (sorted1 _let_4)) (not (>= _let_10 1)) (= _let_10 0) (= (length2 elt _let_9) 0) (= _let_2 _let_4) (= _let_2 _let_8) (permut elt (infix_plpl elt (infix_plpl elt (t2tb (tb2t (infix_plpl elt _let_3 (cons elt _let_6 _let_1)))) _let_5) _let_7) _let_0) (not (= _let_8 (tb2t (cons elt (t2tb1 BOUND_VARIABLE_1554) (t2tb BOUND_VARIABLE_1555))))) (le1 BOUND_VARIABLE_1552 BOUND_VARIABLE_1554))))))))))))) ) 49.08/49.33 ( skv_84 skv_85 skv_86 skv_87 skv_88 skv_89 skv_90 skv_91 skv_92 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X uni)) (or (not (sort1 elt X)) (= (num_occ1 elt X (infix_plpl elt (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87))) (num_occ1 elt X (infix_plpl elt (t2tb skv_84) (t2tb skv_85))))) ) 49.08/49.33 ( skv_111 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_84))) (not (mem elt (t2tb1 Y) (t2tb skv_85))) (le1 X Y)) ) 49.08/49.33 ( skv_112 skv_113 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (le1 X Y)) ) 49.08/49.33 ( skv_114 skv_115 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) skv_86)) ) 49.08/49.33 ( skv_116 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.33 ( skv_117 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.33 ( skv_118 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) skv_84)) ) 49.08/49.33 ( skv_119 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) skv_85)) ) 49.08/49.33 ( skv_120 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1) (L list_elt)) (let ((_let_0 (cons elt (t2tb1 Y) (t2tb L)))) (or (not (le1 X Y)) (not (sorted1 (tb2t _let_0))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.33 ( skv_123 skv_124 skv_125 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_84))) (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 X Y)) ) 49.08/49.33 ( skv_126 skv_127 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (let ((_let_0 (t2tb skv_86))) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) (nil elt))))))) (not (mem elt (t2tb1 Y) _let_0)) (le1 X Y))) ) 49.08/49.33 ( skv_128 skv_129 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb skv_84) (infix_plpl elt L1 (cons elt (t2tb1 skv_112) L2)))))) ) 49.08/49.33 ( skv_177 skv_178 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb skv_85) (infix_plpl elt L1 (cons elt (t2tb1 skv_113) L2)))))) ) 49.08/49.33 ( skv_179 skv_180 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (infix_plpl elt L1 (cons elt (t2tb1 skv_114) L2)))))) ) 49.08/49.33 ( skv_181 skv_182 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (infix_plpl elt L1 (cons elt (t2tb1 skv_115) L2)))))) ) 49.08/49.33 ( skv_183 skv_184 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X uni)) (or (not (sort1 elt X)) (= (num_occ1 elt X (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (num_occ1 elt X (t2tb skv_84)))) ) 49.08/49.33 ( skv_185 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1) (L list_elt)) (let ((_let_0 (cons elt (t2tb1 Y) (t2tb L)))) (or (not (le1 X Y)) (not (sorted1 (tb2t _let_0))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) skv_86)))) ) 49.08/49.33 ( skv_186 skv_187 skv_188 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X uni)) (or (not (sort1 elt X)) (= (num_occ1 elt X (t2tb skv_87)) (num_occ1 elt X (t2tb skv_85)))) ) 49.08/49.33 ( skv_189 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt L1 (cons elt (t2tb1 skv_91) L2)))))) ) 49.08/49.33 ( skv_190 skv_191 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb skv_84) (infix_plpl elt L1 (cons elt (t2tb1 skv_126) L2)))))) ) 49.08/49.33 ( skv_192 skv_193 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb skv_86) (infix_plpl elt L1 (cons elt (t2tb1 skv_127) L2)))))) ) 49.08/49.33 ( skv_194 skv_195 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (infix_plpl elt L1 (cons elt (t2tb1 skv_128) L2)))))) ) 49.08/49.33 ( skv_196 skv_197 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb skv_86) (infix_plpl elt L1 (cons elt (t2tb1 skv_129) L2)))))) ) 49.08/49.33 ( skv_198 skv_199 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 skv_89 Y)) ) 49.08/49.33 ( skv_200 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 X Y)) ) 49.08/49.33 ( skv_201 skv_202 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 skv_117 Y)) ) 49.08/49.33 ( skv_203 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) (le1 X Y)) ) 49.08/49.33 ( skv_204 skv_205 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 X Y)) ) 49.08/49.33 ( skv_206 skv_207 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 skv_88 Y)) ) 49.08/49.33 ( skv_208 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_85))) (not (mem elt (t2tb1 Y) (t2tb skv_84))) (le1 X Y)) ) 49.08/49.33 ( skv_209 skv_210 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))))) (le1 X Y)) ) 49.08/49.33 ( skv_211 skv_212 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))))) (le1 skv_89 Y)) ) 49.08/49.33 ( skv_213 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1) (L list_elt)) (let ((_let_0 (cons elt (t2tb1 Y) (t2tb L)))) (or (not (le1 X Y)) (not (sorted1 (tb2t _let_0))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) skv_85)))) ) 49.08/49.33 ( skv_214 skv_215 skv_216 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_120 Y)) ) 49.08/49.33 ( skv_217 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))))) ) 49.08/49.33 ( skv_218 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.33 ( skv_219 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (let ((_let_0 (nil elt))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) _let_0)))))) ) 49.08/49.33 ( skv_220 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1) (L list_elt)) (let ((_let_0 (cons elt (t2tb1 Y) (t2tb L)))) (or (not (le1 X Y)) (not (sorted1 (tb2t _let_0))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))))) ) 49.08/49.33 ( skv_221 skv_222 skv_223 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (le1 X Y)) ) 49.08/49.33 ( skv_224 skv_225 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_90))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) (le1 X Y)) ) 49.08/49.33 ( skv_226 skv_227 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_118 Y)) ) 49.08/49.33 ( skv_228 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_84))) (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 X Y)) ) 49.08/49.33 ( skv_230 skv_231 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (let ((_let_0 (t2tb skv_90))) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_89) _let_0))))) (not (mem elt (t2tb1 Y) _let_0)) (le1 X Y))) ) 49.08/49.33 ( skv_232 skv_233 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (let ((_let_0 (t2tb skv_90))) (or (not (mem elt (t2tb1 X) _let_0)) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_89) _let_0))))) (le1 X Y))) ) 49.08/49.33 ( skv_234 skv_235 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (let ((_let_0 (t2tb skv_90))) (or (not (mem elt (t2tb1 X) _let_0)) (not (mem elt (t2tb1 Y) _let_0)) (le1 X Y))) ) 49.08/49.33 ( skv_236 skv_237 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_90))) (not (mem elt (t2tb1 Y) (t2tb skv_85))) (le1 X Y)) ) 49.08/49.33 ( skv_238 skv_239 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_90))) (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 X Y)) ) 49.08/49.33 ( skv_240 skv_241 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_88 Y)) ) 49.08/49.33 ( skv_242 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_116 Y)) ) 49.08/49.33 ( skv_243 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_117 Y)) ) 49.08/49.33 ( skv_244 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_119 Y)) ) 49.08/49.33 ( skv_245 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_112 Y)) ) 49.08/49.33 ( skv_246 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (cons elt (t2tb1 skv_124) (t2tb skv_125))))) ) 49.08/49.33 ( skv_247 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1) (L list_elt)) (let ((_let_0 (cons elt (t2tb1 Y) (t2tb L)))) (or (not (le1 X Y)) (not (sorted1 (tb2t _let_0))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90)))))))) ) 49.08/49.33 ( skv_248 skv_249 skv_250 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1) (L list_elt)) (let ((_let_0 (cons elt (t2tb1 Y) (t2tb L)))) (or (not (le1 X Y)) (not (sorted1 (tb2t _let_0))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))))))) ) 49.08/49.33 ( skv_251 skv_252 skv_253 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (nil elt))) (let ((_let_1 (list elt))) (or (not (sort1 _let_1 L1)) (not (sort1 _let_1 L2)) (not (= (infix_plpl elt (reverse elt _let_0) (cons elt (t2tb1 skv_88) _let_0)) (infix_plpl elt L1 (cons elt (t2tb1 skv_91) L2))))))) ) 49.08/49.33 ( skv_405 skv_406 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (let ((_let_1 (t2tb1 skv_124))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (cons elt _let_1 (t2tb skv_125)) (infix_plpl elt L1 (cons elt _let_1 L2))))))) ) 49.08/49.33 ( skv_407 skv_408 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X uni)) (or (not (sort1 elt X)) (= (num_occ1 elt X (infix_plpl elt (t2tb skv_84) (t2tb skv_85))) (num_occ1 elt X (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))))) ) 49.08/49.33 ( skv_409 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_86))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) (le1 X Y)) ) 49.08/49.33 ( skv_410 skv_411 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_85))) (le1 skv_112 Y)) ) 49.08/49.33 ( skv_412 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) (le1 skv_116 Y)) ) 49.08/49.33 ( skv_413 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 skv_112 Y)) ) 49.08/49.33 ( skv_414 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb skv_86) (infix_plpl elt L1 (cons elt (t2tb1 skv_200) L2)))))) ) 49.08/49.33 ( skv_415 skv_416 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (infix_plpl elt L1 (cons elt (t2tb1 skv_201) L2)))))) ) 49.08/49.33 ( skv_417 skv_418 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb skv_86) (infix_plpl elt L1 (cons elt (t2tb1 skv_202) L2)))))) ) 49.08/49.33 ( skv_419 skv_420 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb skv_86) (infix_plpl elt L1 (cons elt (t2tb1 skv_203) L2)))))) ) 49.08/49.33 ( skv_421 skv_422 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (infix_plpl elt L1 (cons elt (t2tb1 skv_204) L2)))))) ) 49.08/49.33 ( skv_423 skv_424 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt L1 (cons elt (t2tb1 skv_205) L2)))))) ) 49.08/49.33 ( skv_425 skv_426 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) (le1 skv_89 Y)) ) 49.08/49.33 ( skv_427 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt L1 (cons elt (t2tb1 skv_224) L2)))))) ) 49.08/49.33 ( skv_428 skv_429 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (infix_plpl elt L1 (cons elt (t2tb1 skv_225) L2)))))) ) 49.08/49.33 ( skv_430 skv_431 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt L1 (cons elt (t2tb1 skv_206) L2)))))) ) 49.08/49.33 ( skv_432 skv_433 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb skv_86) (infix_plpl elt L1 (cons elt (t2tb1 skv_207) L2)))))) ) 49.08/49.33 ( skv_434 skv_435 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb skv_85) (infix_plpl elt L1 (cons elt (t2tb1 skv_209) L2)))))) ) 49.08/49.33 ( skv_436 skv_437 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb skv_84) (infix_plpl elt L1 (cons elt (t2tb1 skv_210) L2)))))) ) 49.08/49.33 ( skv_438 skv_439 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X uni)) (or (not (sort1 elt X)) (= (num_occ1 elt X (t2tb skv_84)) (num_occ1 elt X (t2tb skv_87)))) ) 49.08/49.33 ( skv_440 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X uni)) (or (not (sort1 elt X)) (= (num_occ1 elt X (t2tb skv_85)) (num_occ1 elt X (nil elt)))) ) 49.08/49.33 ( skv_441 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 X Y)) ) 49.08/49.33 ( skv_442 skv_443 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X uni)) (let ((_let_0 (t2tb skv_86))) (let ((_let_1 (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (let ((_let_2 (t2tb1 skv_88))) (or (not (sort1 elt X)) (= (num_occ1 elt X (infix_plpl elt (t2tb (tb2t (cons elt _let_2 (t2tb skv_87)))) (infix_plpl elt _let_0 _let_1))) (num_occ1 elt X (infix_plpl elt _let_0 (cons elt _let_2 (infix_plpl elt (nil elt) _let_1))))))))) ) 49.08/49.33 ( skv_444 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_87))) (le1 skv_89 Y)) ) 49.08/49.33 ( skv_445 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (not (mem elt (t2tb1 Y) (t2tb skv_87))) (le1 X Y)) ) 49.08/49.33 ( skv_446 skv_447 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X uni)) (or (not (sort1 elt X)) (= (num_occ1 elt X (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (num_occ1 elt X (t2tb skv_85)))) ) 49.08/49.33 ( skv_448 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X uni)) (let ((_let_0 (nil elt))) (or (not (sort1 elt X)) (= (num_occ1 elt X (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) _let_0)))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (num_occ1 elt X _let_0)))) ) 49.08/49.33 ( skv_449 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X uni)) (let ((_let_0 (nil elt))) (or (not (sort1 elt X)) (= (num_occ1 elt X (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) _let_0)))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) (num_occ1 elt X (infix_plpl elt (t2tb skv_84) _let_0))))) ) 49.08/49.33 ( skv_450 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X uni)) (or (not (sort1 elt X)) (= (num_occ1 elt X (infix_plpl elt (t2tb skv_84) (t2tb skv_85))) (num_occ1 elt X (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))))))) ) 49.08/49.33 ( skv_451 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))))) (le1 skv_88 Y)) ) 49.08/49.33 ( skv_452 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (le1 skv_118 Y)) ) 49.08/49.33 ( skv_453 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_118) (nil elt)))))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (le1 X Y)) ) 49.08/49.33 ( skv_454 skv_455 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 skv_118 Y)) ) 49.08/49.33 ( skv_456 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_118) (nil elt)))))) (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 X Y)) ) 49.08/49.33 ( skv_457 skv_458 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))))) (le1 skv_118 Y)) ) 49.08/49.33 ( skv_459 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_118) (nil elt)))))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))))) (le1 X Y)) ) 49.08/49.33 ( skv_460 skv_461 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_84))) (le1 skv_120 Y)) ) 49.08/49.33 ( skv_462 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_120) (nil elt)))))) (not (mem elt (t2tb1 Y) (t2tb skv_84))) (le1 X Y)) ) 49.08/49.33 ( skv_463 skv_464 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) (le1 X Y)) ) 49.08/49.33 ( skv_465 skv_466 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))))) (not (mem elt (t2tb1 Y) (t2tb skv_87))) (le1 X Y)) ) 49.08/49.33 ( skv_467 skv_468 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))))) (le1 X Y)) ) 49.08/49.33 ( skv_469 skv_470 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_87))) (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 X Y)) ) 49.08/49.33 ( skv_471 skv_472 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) (not (mem elt (t2tb1 Y) (t2tb skv_87))) (le1 X Y)) ) 49.08/49.33 ( skv_473 skv_474 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))))) (not (mem elt (t2tb1 Y) (t2tb skv_87))) (le1 X Y)) ) 49.08/49.33 ( skv_475 skv_476 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_118) (nil elt)))))) (le1 X Y)) ) 49.08/49.33 ( skv_477 skv_478 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_84))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_120) (nil elt)))))) (le1 X Y)) ) 49.08/49.33 ( skv_479 skv_480 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_118) (nil elt)))))) (le1 X Y)) ) 49.08/49.33 ( skv_481 skv_482 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_86))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_118) (nil elt)))))) (le1 X Y)) ) 49.08/49.33 ( skv_483 skv_484 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (let ((_let_0 (t2tb skv_87))) (or (not (mem elt (t2tb1 X) _let_0)) (not (mem elt (t2tb1 Y) _let_0)) (le1 X Y))) ) 49.08/49.33 ( skv_485 skv_486 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (let ((_let_0 (t2tb skv_87))) (or (not (mem elt (t2tb1 X) _let_0)) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_88) _let_0))))) (le1 X Y))) ) 49.08/49.33 ( skv_487 skv_488 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_87))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (le1 X Y)) ) 49.08/49.33 ( skv_489 skv_490 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) skv_87)) ) 49.08/49.33 ( skv_491 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (let ((_let_0 (nil elt))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (cons elt (t2tb1 skv_88) _let_0))))) ) 49.08/49.33 ( skv_492 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))))) ) 49.08/49.33 ( skv_493 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (let ((_let_0 (nil elt))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (cons elt (t2tb1 skv_113) _let_0))))) ) 49.08/49.33 ( skv_494 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (let ((_let_0 (nil elt))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (cons elt (t2tb1 skv_114) _let_0))))) ) 49.08/49.33 ( skv_495 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (let ((_let_0 (nil elt))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (cons elt (t2tb1 skv_115) _let_0))))) ) 49.08/49.33 ( skv_496 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (let ((_let_0 (nil elt))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (cons elt (t2tb1 skv_123) _let_0))))) ) 49.08/49.33 ( skv_497 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (let ((_let_0 (nil elt))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (cons elt (t2tb1 skv_124) _let_0))))) ) 49.08/49.33 ( skv_498 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (let ((_let_0 (nil elt))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (cons elt (t2tb1 skv_128) _let_0))))) ) 49.08/49.33 ( skv_499 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (let ((_let_0 (nil elt))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (cons elt (t2tb1 skv_129) _let_0))))) ) 49.08/49.33 ( skv_500 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (cons elt (t2tb1 skv_118) (t2tb skv_90))))) ) 49.08/49.33 ( skv_501 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (cons elt (t2tb1 skv_120) (t2tb skv_90))))) ) 49.08/49.33 ( skv_502 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (cons elt (t2tb1 skv_215) (t2tb skv_216))))) ) 49.08/49.33 ( skv_503 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (cons elt (t2tb1 skv_129) (cons elt (t2tb1 skv_128) (t2tb skv_90)))))) ) 49.08/49.33 ( skv_504 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (cons elt (t2tb1 skv_252) (t2tb skv_253))))) ) 49.08/49.33 ( skv_505 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (infix_plpl elt L1 (cons elt (t2tb1 skv_213) L2)))))) ) 49.08/49.33 ( skv_506 skv_507 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (infix_plpl elt L1 (cons elt (t2tb1 skv_211) L2)))))) ) 49.08/49.33 ( skv_508 skv_509 ) 49.08/49.33 ) 49.08/49.33 (skolem (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (infix_plpl elt L1 (cons elt (t2tb1 skv_212) L2)))))) ) 49.08/49.33 ( skv_510 skv_511 ) 49.08/49.33 ) 49.08/49.33 (instantiation (forall ((A ty) (X uni) (L1 uni) (L2 uni)) (permut A (infix_plpl A (cons A X L1) L2) (infix_plpl A L1 (cons A X L2))) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_86), (t2tb skv_90) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_86), (t2tb skv_87) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_86), (infix_plpl elt (t2tb skv_90) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_90), (t2tb skv_86) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_90), (t2tb skv_87) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_90), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_90), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_90), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_90), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_90), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 _let_0)) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_90), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 (t2tb (tb2t (cons elt (t2tb1 skv_88) _let_0))))) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_90), (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_87), (t2tb skv_86) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_87), (t2tb skv_90) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_87), (t2tb skv_87) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_87), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb skv_87), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_90) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_87) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb skv_90) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb skv_87) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (reverse elt (t2tb skv_90)), (t2tb skv_90) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_118) (nil elt)), (t2tb skv_90) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (infix_plpl elt (t2tb skv_90) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (t2tb skv_86) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (t2tb skv_90) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_91) (t2tb skv_86)), (t2tb skv_90) ) 49.08/49.33 ( elt, (t2tb1 skv_89), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (t2tb skv_86)), (t2tb skv_90) ) 49.08/49.33 ( elt, (t2tb1 skv_88), (nil elt), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.33 ( elt, (t2tb1 skv_88), (t2tb skv_86), (nil elt) ) 49.08/49.33 ( elt, (t2tb1 skv_88), (t2tb skv_86), (t2tb skv_86) ) 49.08/49.33 ( elt, (t2tb1 skv_88), (t2tb skv_86), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.33 ( elt, (t2tb1 skv_88), (t2tb skv_86), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.33 ( elt, (t2tb1 skv_88), (cons elt (t2tb1 skv_89) (t2tb skv_86)), (nil elt) ) 49.08/49.33 ( elt, (t2tb1 skv_88), (reverse elt (t2tb skv_87)), (nil elt) ) 49.08/49.33 ( elt, (t2tb1 skv_88), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.33 ( elt, (t2tb1 skv_88), (reverse elt (cons elt (t2tb1 skv_89) (t2tb skv_86))), (nil elt) ) 49.08/49.33 ( elt, (t2tb1 skv_91), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.33 ( elt, (t2tb1 skv_91), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_92) ) 49.08/49.33 ( elt, (t2tb1 skv_91), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (let ((_let_0 (t2tb skv_92))) (infix_plpl elt _let_0 _let_0)) ) 49.08/49.33 ( elt, (t2tb1 skv_91), (t2tb skv_92), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.33 ( elt, (t2tb1 skv_91), (cons elt (t2tb1 skv_89) (t2tb skv_86)), (t2tb skv_90) ) 49.08/49.33 ( elt, (t2tb1 skv_91), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_92)), (t2tb skv_92) ) 49.08/49.33 ( elt, (t2tb1 skv_91), skv_190, skv_191 ) 49.08/49.33 ( elt, (t2tb1 skv_112), skv_177, skv_178 ) 49.08/49.33 ( elt, (t2tb1 skv_113), skv_179, skv_180 ) 49.08/49.33 ( elt, (t2tb1 skv_114), skv_181, skv_182 ) 49.08/49.33 ( elt, (t2tb1 skv_115), skv_183, skv_184 ) 49.08/49.33 ( elt, (t2tb1 skv_116), (nil elt), (nil elt) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (nil elt), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (nil elt), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (nil elt), (t2tb skv_84) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (nil elt), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (nil elt), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (nil elt), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (nil elt), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (nil elt), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (nil elt), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (nil elt), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (nil elt), (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (t2tb skv_86), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (t2tb skv_87), (nil elt) ) 49.08/49.33 ( elt, (t2tb1 skv_116), (t2tb skv_87), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb skv_87), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (infix_plpl elt (cons elt (t2tb1 skv_88) _let_0) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (cons elt (t2tb1 skv_88) (t2tb skv_87)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb skv_84), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (cons elt (t2tb1 skv_88) (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (cons elt (t2tb1 skv_118) (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (infix_plpl elt (cons elt (t2tb1 skv_88) _let_0) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb1 skv_117), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (nil elt), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (nil elt), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (nil elt), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (t2tb skv_86), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_119), (nil elt), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_119), (nil elt), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb1 skv_119), (nil elt), (t2tb skv_85) ) 49.08/49.34 ( elt, (t2tb1 skv_119), (nil elt), (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.34 ( elt, (t2tb1 skv_119), (t2tb skv_86), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_119), (t2tb skv_85), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_119), (cons elt (t2tb1 skv_120) (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_120), (nil elt), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_120), (nil elt), (t2tb skv_84) ) 49.08/49.34 ( elt, (t2tb1 skv_120), (t2tb skv_84), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_124), (reverse elt (t2tb skv_125)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_123), (reverse elt (cons elt (t2tb1 skv_124) (t2tb skv_125))), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_126), skv_192, skv_193 ) 49.08/49.34 ( elt, (t2tb1 skv_127), skv_194, skv_195 ) 49.08/49.34 ( elt, (t2tb1 skv_128), skv_196, skv_197 ) 49.08/49.34 ( elt, (t2tb1 skv_129), skv_198, skv_199 ) 49.08/49.34 ( elt, (t2tb1 skv_214), (nil elt), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.34 ( elt, (t2tb1 skv_214), (t2tb skv_84), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.34 ( elt, (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)), (t2tb skv_84) ) 49.08/49.34 ( elt, (t2tb1 skv_218), (nil elt), (t2tb skv_90) ) 49.08/49.34 ( elt, (t2tb1 skv_218), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (t2tb skv_92), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (cons elt (t2tb1 skv_88) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (t2tb skv_223), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (t2tb skv_223), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (t2tb skv_223), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (t2tb skv_223), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (t2tb skv_223), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (t2tb skv_223), (t2tb skv_92) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (t2tb skv_223), (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.34 ( elt, (t2tb1 skv_221), (t2tb skv_86), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.34 ( elt, (t2tb1 skv_221), (t2tb skv_90), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.34 ( elt, (t2tb1 skv_221), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.34 ( elt, (t2tb1 skv_221), (t2tb skv_87), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.34 ( elt, (t2tb1 skv_221), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.34 ( elt, (t2tb1 skv_221), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.34 ( elt, (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (t2tb1 skv_249), (t2tb skv_86), (t2tb skv_250) ) 49.08/49.34 ( elt, (t2tb1 skv_249), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb skv_250) ) 49.08/49.34 ( elt, (t2tb1 skv_249), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_250) ) 49.08/49.34 ( elt, (t2tb1 skv_249), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb skv_250) ) 49.08/49.34 ( elt, (t2tb1 skv_249), (t2tb skv_250), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb1 skv_249), (t2tb skv_250), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb1 skv_249), (t2tb skv_250), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb1 skv_249), (t2tb skv_250), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (t2tb1 skv_248), (nil elt), (cons elt (t2tb1 skv_249) (t2tb skv_250)) ) 49.08/49.34 ( elt, (t2tb1 skv_248), (t2tb skv_86), (cons elt (t2tb1 skv_249) (t2tb skv_250)) ) 49.08/49.34 ( elt, (t2tb1 skv_248), (cons elt (t2tb1 skv_249) (t2tb skv_250)), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb1 skv_248), (cons elt (t2tb1 skv_249) (t2tb skv_250)), (t2tb skv_90) ) 49.08/49.34 ( elt, (t2tb1 skv_248), (cons elt (t2tb1 skv_249) (t2tb skv_250)), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb1 skv_251), (nil elt), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.34 ( elt, (t2tb1 skv_251), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.34 ( elt, (t2tb1 skv_251), (cons elt (t2tb1 skv_88) (nil elt)), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.34 ( elt, (t2tb1 skv_251), (cons elt (t2tb1 skv_118) (nil elt)), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.34 ( elt, (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)), (t2tb skv_92) ) 49.08/49.34 ( elt, (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)), (cons elt (t2tb1 skv_91) (nil elt)) ) 49.08/49.34 ( elt, (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((A ty) (X uni)) (sort1 (list A) (reverse A X)) ) 49.08/49.34 ( elt, (t2tb skv_87) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_87)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))) ) 49.08/49.34 ( elt, (t2tb skv_125) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_124) (t2tb skv_125)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_123) (cons elt (t2tb1 skv_124) (t2tb skv_125))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_118) (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_120) (t2tb skv_90)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_218) (nil elt)) ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((I elt1)) (= I (tb2t1 (t2tb1 I))) ) 49.08/49.34 ( skv_88 ) 49.08/49.34 ( skv_89 ) 49.08/49.34 ( skv_91 ) 49.08/49.34 ( skv_112 ) 49.08/49.34 ( skv_113 ) 49.08/49.34 ( skv_114 ) 49.08/49.34 ( skv_115 ) 49.08/49.34 ( skv_116 ) 49.08/49.34 ( skv_117 ) 49.08/49.34 ( skv_118 ) 49.08/49.34 ( skv_119 ) 49.08/49.34 ( skv_120 ) 49.08/49.34 ( skv_123 ) 49.08/49.34 ( skv_124 ) 49.08/49.34 ( skv_126 ) 49.08/49.34 ( skv_127 ) 49.08/49.34 ( skv_128 ) 49.08/49.34 ( skv_129 ) 49.08/49.34 ( skv_186 ) 49.08/49.34 ( skv_187 ) 49.08/49.34 ( skv_200 ) 49.08/49.34 ( skv_201 ) 49.08/49.34 ( skv_202 ) 49.08/49.34 ( skv_203 ) 49.08/49.34 ( skv_204 ) 49.08/49.34 ( skv_205 ) 49.08/49.34 ( skv_206 ) 49.08/49.34 ( skv_207 ) 49.08/49.34 ( skv_208 ) 49.08/49.34 ( skv_209 ) 49.08/49.34 ( skv_210 ) 49.08/49.34 ( skv_211 ) 49.08/49.34 ( skv_212 ) 49.08/49.34 ( skv_213 ) 49.08/49.34 ( skv_214 ) 49.08/49.34 ( skv_215 ) 49.08/49.34 ( skv_217 ) 49.08/49.34 ( skv_218 ) 49.08/49.34 ( skv_219 ) 49.08/49.34 ( skv_220 ) 49.08/49.34 ( skv_221 ) 49.08/49.34 ( skv_222 ) 49.08/49.34 ( skv_224 ) 49.08/49.34 ( skv_225 ) 49.08/49.34 ( skv_226 ) 49.08/49.34 ( skv_227 ) 49.08/49.34 ( skv_228 ) 49.08/49.34 ( skv_230 ) 49.08/49.34 ( skv_231 ) 49.08/49.34 ( skv_232 ) 49.08/49.34 ( skv_233 ) 49.08/49.34 ( skv_234 ) 49.08/49.34 ( skv_235 ) 49.08/49.34 ( skv_236 ) 49.08/49.34 ( skv_237 ) 49.08/49.34 ( skv_238 ) 49.08/49.34 ( skv_239 ) 49.08/49.34 ( skv_240 ) 49.08/49.34 ( skv_241 ) 49.08/49.34 ( skv_242 ) 49.08/49.34 ( skv_243 ) 49.08/49.34 ( skv_244 ) 49.08/49.34 ( skv_245 ) 49.08/49.34 ( skv_246 ) 49.08/49.34 ( skv_247 ) 49.08/49.34 ( skv_248 ) 49.08/49.34 ( skv_249 ) 49.08/49.34 ( skv_251 ) 49.08/49.34 ( skv_252 ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((A ty) (L uni)) (= L (reverse A (reverse A L))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt))) ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((A ty) (X uni) (L1 uni) (L2 uni)) (= (mem A X (infix_plpl A L1 L2)) (or (mem A X L2) (mem A X L1))) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (nil elt), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb1 skv_89), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.34 ( elt, (t2tb1 skv_89), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.34 ( elt, (t2tb1 skv_89), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_91), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb1 skv_91), (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb1 skv_91), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.34 ( elt, skv_111, (t2tb skv_84), (t2tb skv_85) ) 49.08/49.34 ( elt, skv_111, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb1 skv_112), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.34 ( elt, (t2tb1 skv_112), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_113), skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.34 ( elt, (t2tb1 skv_113), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.34 ( elt, (t2tb1 skv_114), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb1 skv_114), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.34 ( elt, (t2tb1 skv_114), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_115), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.34 ( elt, (t2tb1 skv_124), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.34 ( elt, (t2tb1 skv_123), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.34 ( elt, (t2tb1 skv_123), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_127), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.34 ( elt, (t2tb1 skv_127), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_128), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb1 skv_128), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.34 ( elt, (t2tb1 skv_128), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_129), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.34 ( elt, (t2tb1 skv_129), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_200), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_202), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_203), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_205), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.34 ( elt, (t2tb1 skv_206), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.34 ( elt, (t2tb1 skv_207), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_208), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_209), skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.34 ( elt, (t2tb1 skv_210), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.34 ( elt, (t2tb1 skv_211), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.34 ( elt, (t2tb1 skv_212), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb1 skv_213), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb1 skv_217), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_224), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.34 ( elt, (t2tb1 skv_226), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_227), (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb1 skv_228), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_230), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.34 ( elt, (t2tb1 skv_231), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_232), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.34 ( elt, (t2tb1 skv_233), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_234), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_235), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.34 ( elt, (t2tb1 skv_236), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_237), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_238), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_239), skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.34 ( elt, (t2tb1 skv_240), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_241), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb1 skv_242), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_243), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_244), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_245), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_246), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((X elt1)) (sorted1 (tb2t (cons elt (t2tb1 X) (nil elt)))) ) 49.08/49.34 ( skv_88 ) 49.08/49.34 ( skv_89 ) 49.08/49.34 ( skv_91 ) 49.08/49.34 ( skv_112 ) 49.08/49.34 ( skv_113 ) 49.08/49.34 ( skv_114 ) 49.08/49.34 ( skv_115 ) 49.08/49.34 ( skv_118 ) 49.08/49.34 ( skv_120 ) 49.08/49.34 ( skv_123 ) 49.08/49.34 ( skv_124 ) 49.08/49.34 ( skv_126 ) 49.08/49.34 ( skv_127 ) 49.08/49.34 ( skv_128 ) 49.08/49.34 ( skv_129 ) 49.08/49.34 ( (tb2t1 skv_111) ) 49.08/49.34 ( skv_186 ) 49.08/49.34 ( skv_187 ) 49.08/49.34 ( skv_200 ) 49.08/49.34 ( skv_201 ) 49.08/49.34 ( skv_202 ) 49.08/49.34 ( skv_203 ) 49.08/49.34 ( skv_204 ) 49.08/49.34 ( skv_205 ) 49.08/49.34 ( skv_206 ) 49.08/49.34 ( skv_207 ) 49.08/49.34 ( skv_208 ) 49.08/49.34 ( skv_209 ) 49.08/49.34 ( skv_210 ) 49.08/49.34 ( skv_211 ) 49.08/49.34 ( skv_212 ) 49.08/49.34 ( skv_213 ) 49.08/49.34 ( skv_214 ) 49.08/49.34 ( skv_215 ) 49.08/49.34 ( skv_217 ) 49.08/49.34 ( skv_218 ) 49.08/49.34 ( skv_219 ) 49.08/49.34 ( skv_220 ) 49.08/49.34 ( skv_221 ) 49.08/49.34 ( skv_222 ) 49.08/49.34 ( skv_224 ) 49.08/49.34 ( skv_225 ) 49.08/49.34 ( skv_226 ) 49.08/49.34 ( skv_227 ) 49.08/49.34 ( skv_228 ) 49.08/49.34 ( skv_230 ) 49.08/49.34 ( skv_231 ) 49.08/49.34 ( skv_232 ) 49.08/49.34 ( skv_233 ) 49.08/49.34 ( skv_234 ) 49.08/49.34 ( skv_235 ) 49.08/49.34 ( skv_236 ) 49.08/49.34 ( skv_237 ) 49.08/49.34 ( skv_238 ) 49.08/49.34 ( skv_239 ) 49.08/49.34 ( skv_240 ) 49.08/49.34 ( skv_241 ) 49.08/49.34 ( skv_242 ) 49.08/49.34 ( skv_243 ) 49.08/49.34 ( skv_244 ) 49.08/49.34 ( skv_245 ) 49.08/49.34 ( skv_246 ) 49.08/49.34 ( skv_247 ) 49.08/49.34 ( skv_248 ) 49.08/49.34 ( skv_251 ) 49.08/49.34 ( skv_252 ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((I list_elt)) (= I (tb2t (t2tb I))) ) 49.08/49.34 ( skv_84 ) 49.08/49.34 ( skv_85 ) 49.08/49.34 ( skv_86 ) 49.08/49.34 ( skv_87 ) 49.08/49.34 ( skv_90 ) 49.08/49.34 ( skv_92 ) 49.08/49.34 ( skv_125 ) 49.08/49.34 ( skv_188 ) 49.08/49.34 ( skv_216 ) 49.08/49.34 ( skv_223 ) 49.08/49.34 ( skv_250 ) 49.08/49.34 ( skv_253 ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((X elt1)) (le1 X X) ) 49.08/49.34 ( skv_88 ) 49.08/49.34 ( skv_89 ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((A ty) (L1 uni) (L2 uni) (L3 uni)) (permut A (infix_plpl A (infix_plpl A L1 L2) L3) (infix_plpl A L1 (infix_plpl A L2 L3))) ) 49.08/49.34 ( elt, (nil elt), (nil elt), (t2tb skv_86) ) 49.08/49.34 ( elt, (nil elt), (nil elt), (t2tb skv_85) ) 49.08/49.34 ( elt, (nil elt), (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (nil elt), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (nil elt), (t2tb skv_86), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.34 ( elt, (nil elt), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (nil elt), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (cons elt (t2tb1 skv_91) (nil elt)) ) 49.08/49.34 ( elt, (nil elt), (t2tb skv_85), (t2tb skv_84) ) 49.08/49.34 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.34 ( elt, (nil elt), skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.34 ( elt, (nil elt), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.34 ( elt, (nil elt), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb skv_86), (nil elt), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb skv_84), (nil elt) ) 49.08/49.34 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (nil elt) ) 49.08/49.34 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_88) (t2tb skv_86)), (nil elt) ) 49.08/49.34 ( elt, (t2tb skv_86), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (nil elt) ) 49.08/49.34 ( elt, (t2tb skv_86), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb skv_86), (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_86), (reverse elt (nil elt)), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_86), (reverse elt (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt)))), (t2tb skv_90) ) 49.08/49.34 ( elt, (t2tb skv_86), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.34 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_87)), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_87)), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_87)), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_87)), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons 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skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_87), (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb skv_87), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb skv_87), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_87), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_87)), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (cons elt (t2tb1 skv_116) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (reverse elt (nil elt)), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.34 ( elt, (t2tb skv_84), (nil elt), (nil elt) ) 49.08/49.34 ( elt, (t2tb skv_84), (nil elt), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb skv_84), (nil elt), (t2tb skv_85) ) 49.08/49.34 ( elt, (t2tb skv_84), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_84), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (t2tb skv_84), skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.34 ( elt, (t2tb skv_84), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb skv_85), (t2tb skv_84), (nil elt) ) 49.08/49.34 ( elt, (t2tb skv_85), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (nil elt), (t2tb skv_86) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_86) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (nil elt), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt) ) 49.08/49.34 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.34 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (t2tb skv_92), (reverse elt (nil elt)), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (t2tb skv_90), (t2tb skv_90) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (t2tb skv_92), (t2tb skv_92) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (nil elt), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (t2tb skv_90), (t2tb skv_90) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_90)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 _let_0)) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 (t2tb (tb2t (cons elt (t2tb1 skv_88) _let_0))))) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (t2tb skv_90))), (reverse elt (nil elt)), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (t2tb skv_90))), (cons elt (t2tb1 skv_118) (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (nil elt), (nil elt) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (nil elt), (t2tb skv_86) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (nil elt), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (nil elt), (t2tb skv_85) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (nil elt), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (nil elt), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (nil elt), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (nil elt), (cons elt (t2tb1 skv_218) (t2tb skv_90)) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_86) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (reverse 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49.08/49.34 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_120) (nil elt)), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt)))), (t2tb skv_90), (t2tb skv_87) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))), (t2tb skv_90), (t2tb skv_90) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_118) (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (t2tb skv_86)), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (t2tb skv_86))), (cons elt (t2tb1 skv_88) (reverse elt (nil elt))), (nil elt) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_125)), (cons elt (t2tb1 skv_124) (nil elt)), (cons elt (t2tb1 skv_123) (nil elt)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_116) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt), (t2tb skv_92) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_116) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_84)), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_116) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, skv_179, (cons elt (t2tb1 skv_113) skv_180), (nil elt) ) 49.08/49.34 ( elt, skv_179, (cons elt (t2tb1 skv_113) skv_180), (t2tb skv_84) ) 49.08/49.34 ( elt, skv_192, (cons elt (t2tb1 skv_126) skv_193), (nil elt) ) 49.08/49.34 ( elt, skv_192, (cons elt (t2tb1 skv_126) skv_193), (t2tb skv_86) ) 49.08/49.34 ( elt, skv_192, (cons elt (t2tb1 skv_126) skv_193), (t2tb skv_85) ) 49.08/49.34 ( elt, skv_192, (cons elt (t2tb1 skv_126) skv_193), (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (nil elt) ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (t2tb skv_84) ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)) ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_218) (nil elt))), (t2tb skv_90), (t2tb skv_90) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_218) (nil elt))), (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((A ty) (L uni) (X uni)) (= (mem A X L) (mem A X (reverse A L))) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_217) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_226) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_228) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_231) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_233) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_234) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_236) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_237) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_238) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_240) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_242) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_243) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_244) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_245) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb1 skv_246) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_90)), (t2tb1 skv_91) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_90)), (t2tb1 skv_211) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_90)), (t2tb1 skv_232) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_90)), (t2tb1 skv_235) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb1 skv_91) ) 49.08/49.34 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb1 skv_114) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (t2tb1 skv_128) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (t2tb1 skv_212) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (t2tb1 skv_213) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_119) (nil elt)), (t2tb1 skv_230) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_90)), (t2tb1 skv_241) ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((A ty) (L1 uni) (L2 uni)) (permut A (infix_plpl A L1 L2) (infix_plpl A L2 L1)) ) 49.08/49.34 ( elt, (nil elt), (t2tb skv_86) ) 49.08/49.34 ( elt, (nil elt), (t2tb skv_84) ) 49.08/49.34 ( elt, (nil elt), (t2tb skv_85) ) 49.08/49.34 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (nil elt), (cons elt (t2tb1 skv_88) (t2tb skv_86)) ) 49.08/49.34 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.34 ( elt, (nil elt), (reverse elt (nil elt)) ) 49.08/49.34 ( elt, (nil elt), (cons elt (t2tb1 skv_116) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) ) 49.08/49.34 ( elt, (nil elt), (reverse elt (cons elt (t2tb1 skv_118) (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (nil elt), (cons elt (t2tb1 skv_119) (t2tb skv_86)) ) 49.08/49.34 ( elt, (nil elt), (cons elt (t2tb1 skv_116) (t2tb skv_84)) ) 49.08/49.34 ( elt, (nil elt), (cons elt (t2tb1 skv_116) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.34 ( elt, (t2tb skv_86), (nil elt) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_88) (t2tb skv_87)) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb skv_84) ) 49.08/49.34 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (t2tb skv_86), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.34 ( elt, (t2tb skv_86), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (t2tb skv_86), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.34 ( elt, (t2tb skv_86), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)) ) 49.08/49.34 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_86), (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.34 ( elt, (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_86)) ) 49.08/49.34 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.34 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt))) ) 49.08/49.34 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))) ) 49.08/49.34 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_87)) ) 49.08/49.34 ( elt, (t2tb skv_90), (reverse elt (cons elt (t2tb1 skv_218) (nil elt))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 _let_0)) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 (t2tb (tb2t (cons elt (t2tb1 skv_88) _let_0))))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (cons elt (t2tb1 skv_91) (t2tb skv_86)) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (t2tb skv_86)) ) 49.08/49.34 ( elt, (t2tb skv_87), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb skv_87), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb skv_87), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb skv_87), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (t2tb skv_87), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (t2tb skv_87), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.34 ( elt, (t2tb skv_87), (cons elt (t2tb1 skv_88) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_87)), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb skv_90) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_92) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_84), (nil elt) ) 49.08/49.34 ( elt, (t2tb skv_84), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb skv_84), (t2tb skv_85) ) 49.08/49.34 ( elt, (t2tb skv_84), (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_85), (nil elt) ) 49.08/49.34 ( elt, (t2tb skv_85), (t2tb skv_84) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_86) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (cons elt (t2tb1 skv_89) (t2tb skv_86)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (reverse elt (nil elt)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (reverse elt (t2tb skv_87)) ) 49.08/49.34 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb skv_92), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (t2tb skv_92), (t2tb skv_92) ) 49.08/49.34 ( elt, (t2tb skv_92), (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.34 ( elt, (t2tb skv_92), (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (t2tb skv_90) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (t2tb skv_92) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (let ((_let_0 (t2tb skv_92))) (infix_plpl elt _let_0 _let_0)) ) 49.08/49.34 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (t2tb skv_92) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (t2tb skv_90) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (nil elt) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (t2tb skv_86) ) 49.08/49.34 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_86) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb skv_86) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb skv_87) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (nil elt)), (reverse elt (t2tb skv_90)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (nil elt)), (reverse elt (cons elt (t2tb1 skv_89) (t2tb skv_86))) ) 49.08/49.34 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)), (t2tb skv_86) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (t2tb skv_90))), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (nil elt) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_218) (t2tb skv_90)) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_87)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)), (t2tb skv_86) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt))), (t2tb skv_90) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))), (t2tb skv_90) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_116) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))), (nil elt) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_87) (t2tb skv_86)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_118) (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt) ) 49.08/49.34 ( elt, (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 _let_0)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 (t2tb (tb2t (cons elt (t2tb1 skv_88) _let_0))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_87)), (t2tb skv_90) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.34 ( elt, (let ((_let_0 (t2tb skv_92))) (infix_plpl elt _let_0 _let_0)), (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (t2tb skv_86)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (t2tb skv_86)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (t2tb skv_86))), (cons elt (t2tb1 skv_91) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_125)), (cons elt (t2tb1 skv_124) (nil elt)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_124) (nil elt)), (reverse elt (t2tb skv_125)) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_124) (t2tb skv_125))), (cons elt (t2tb1 skv_123) (nil elt)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_123) (nil elt)), (reverse elt (cons elt (t2tb1 skv_124) (t2tb skv_125))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_119) (t2tb skv_86)), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_84)), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_116) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (nil elt) ) 49.08/49.34 ( elt, skv_177, (cons elt (t2tb1 skv_112) skv_178) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_112) skv_178), skv_177 ) 49.08/49.34 ( elt, skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_113) skv_180), skv_179 ) 49.08/49.34 ( elt, skv_181, (cons elt (t2tb1 skv_114) skv_182) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_114) skv_182), skv_181 ) 49.08/49.34 ( elt, skv_183, (cons elt (t2tb1 skv_115) skv_184) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_115) skv_184), skv_183 ) 49.08/49.34 ( elt, skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) skv_191), skv_190 ) 49.08/49.34 ( elt, skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_126) skv_193), skv_192 ) 49.08/49.34 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_127) skv_195), skv_194 ) 49.08/49.34 ( elt, skv_196, (cons elt (t2tb1 skv_128) skv_197) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_128) skv_197), skv_196 ) 49.08/49.34 ( elt, skv_198, (cons elt (t2tb1 skv_129) skv_199) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_129) skv_199), skv_198 ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_218) (nil elt))), (t2tb skv_90) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_218) (t2tb skv_90)), (reverse elt (nil elt)) ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((A ty)) (sort1 (list A) (nil A)) ) 49.08/49.34 ( elt ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((A ty) (X uni) (Y uni) (L uni)) (permut A (cons A X (cons A Y L)) (cons A Y (cons A X L))) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb1 skv_88), (t2tb skv_90) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb1 skv_91), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb1 skv_116), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb1 skv_116), (infix_plpl elt (t2tb skv_90) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb1 skv_118), (t2tb skv_90) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb1 skv_248), (t2tb skv_90) ) 49.08/49.34 ( elt, (t2tb1 skv_88), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.34 ( elt, (t2tb1 skv_88), (t2tb1 skv_89), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb1 skv_88), (t2tb1 skv_116), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_88), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_88), (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.34 ( elt, (t2tb1 skv_91), (t2tb1 skv_89), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb1 skv_91), (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb1 skv_89), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb1 skv_89), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb1 skv_89), (infix_plpl elt (t2tb skv_90) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb1 skv_88), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb1 skv_117), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb1 skv_118), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb1 skv_248), (cons elt (t2tb1 skv_249) (t2tb skv_250)) ) 49.08/49.34 ( elt, (t2tb1 skv_117), (t2tb1 skv_116), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (t2tb1 skv_116), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.34 ( elt, (t2tb1 skv_119), (t2tb1 skv_120), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_119), (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.34 ( elt, (t2tb1 skv_120), (t2tb1 skv_119), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_124), (t2tb1 skv_123), (t2tb skv_125) ) 49.08/49.34 ( elt, (t2tb1 skv_123), (t2tb1 skv_124), (t2tb skv_125) ) 49.08/49.34 ( elt, (t2tb1 skv_128), (t2tb1 skv_129), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_129), (t2tb1 skv_128), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_187), (t2tb1 skv_186), (t2tb skv_188) ) 49.08/49.34 ( elt, (t2tb1 skv_186), (t2tb1 skv_187), (t2tb skv_188) ) 49.08/49.34 ( elt, (t2tb1 skv_215), (t2tb1 skv_214), (t2tb skv_216) ) 49.08/49.34 ( elt, (t2tb1 skv_214), (t2tb1 skv_119), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.34 ( elt, (t2tb1 skv_214), (t2tb1 skv_215), (t2tb skv_216) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (t2tb1 skv_89), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (t2tb1 skv_88), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_222), (t2tb1 skv_221), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_221), (t2tb1 skv_89), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.34 ( elt, (t2tb1 skv_221), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.34 ( elt, (t2tb1 skv_249), (t2tb1 skv_88), (t2tb skv_250) ) 49.08/49.34 ( elt, (t2tb1 skv_249), (t2tb1 skv_116), (t2tb skv_250) ) 49.08/49.34 ( elt, (t2tb1 skv_248), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.34 ( elt, (t2tb1 skv_248), (t2tb1 skv_116), (cons elt (t2tb1 skv_249) (t2tb skv_250)) ) 49.08/49.34 ( elt, (t2tb1 skv_252), (t2tb1 skv_251), (t2tb skv_253) ) 49.08/49.34 ( elt, (t2tb1 skv_251), (t2tb1 skv_91), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.34 ( elt, (t2tb1 skv_251), (t2tb1 skv_118), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.34 ( elt, (t2tb1 skv_251), (t2tb1 skv_252), (t2tb skv_253) ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((A ty) (X uni) (X1 uni)) (sort1 (list A) (cons A X X1)) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_91) (t2tb skv_86)) ) 49.08/49.34 ( elt, (t2tb1 skv_88), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_88), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb1 skv_88), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (t2tb1 skv_88), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.34 ( elt, (t2tb1 skv_88), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)) ) 49.08/49.34 ( elt, (t2tb1 skv_91), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (t2tb1 skv_91), (t2tb skv_92) ) 49.08/49.34 ( elt, (t2tb1 skv_91), (cons elt (t2tb1 skv_89) (t2tb skv_86)) ) 49.08/49.34 ( elt, (t2tb1 skv_91), skv_191 ) 49.08/49.34 ( elt, (t2tb1 skv_112), skv_178 ) 49.08/49.34 ( elt, (t2tb1 skv_113), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_113), skv_180 ) 49.08/49.34 ( elt, (t2tb1 skv_114), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_114), skv_182 ) 49.08/49.34 ( elt, (t2tb1 skv_115), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_115), skv_184 ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb skv_84) ) 49.08/49.34 ( elt, (t2tb1 skv_116), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (t2tb1 skv_117), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.34 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.34 ( elt, (t2tb1 skv_120), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_120), (infix_plpl elt (nil elt) (t2tb skv_84)) ) 49.08/49.34 ( elt, (t2tb1 skv_124), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_124), (t2tb skv_125) ) 49.08/49.34 ( elt, (t2tb1 skv_124), (cons elt (t2tb1 skv_123) (t2tb skv_125)) ) 49.08/49.34 ( elt, (t2tb1 skv_123), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_123), (t2tb skv_125) ) 49.08/49.34 ( elt, (t2tb1 skv_123), (cons elt (t2tb1 skv_124) (t2tb skv_125)) ) 49.08/49.34 ( elt, (t2tb1 skv_126), skv_193 ) 49.08/49.34 ( elt, (t2tb1 skv_127), skv_195 ) 49.08/49.34 ( elt, (t2tb1 skv_128), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_128), skv_197 ) 49.08/49.34 ( elt, (t2tb1 skv_129), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_129), skv_199 ) 49.08/49.34 ( elt, (t2tb1 skv_129), (cons elt (t2tb1 skv_128) (t2tb skv_90)) ) 49.08/49.34 ( elt, (t2tb1 skv_187), (t2tb skv_188) ) 49.08/49.34 ( elt, (t2tb1 skv_186), (cons elt (t2tb1 skv_187) (t2tb skv_188)) ) 49.08/49.34 ( elt, (t2tb1 skv_215), (t2tb skv_216) ) 49.08/49.34 ( elt, (t2tb1 skv_218), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_219), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_220), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_247), (nil elt) ) 49.08/49.34 ( elt, (t2tb1 skv_252), (t2tb skv_253) ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((X elt1) (Y elt1)) (or (le1 X Y) (le1 Y X)) ) 49.08/49.34 ( skv_88, skv_88 ) 49.08/49.34 ( skv_88, skv_112 ) 49.08/49.34 ( skv_88, skv_113 ) 49.08/49.34 ( skv_88, skv_114 ) 49.08/49.34 ( skv_88, skv_115 ) 49.08/49.34 ( skv_88, skv_116 ) 49.08/49.34 ( skv_88, skv_118 ) 49.08/49.34 ( skv_88, skv_120 ) 49.08/49.34 ( skv_88, skv_123 ) 49.08/49.34 ( skv_88, skv_124 ) 49.08/49.34 ( skv_88, skv_128 ) 49.08/49.34 ( skv_88, skv_129 ) 49.08/49.34 ( skv_88, skv_208 ) 49.08/49.34 ( skv_88, skv_242 ) 49.08/49.34 ( skv_89, skv_89 ) 49.08/49.34 ( skv_89, skv_91 ) 49.08/49.34 ( skv_89, skv_112 ) 49.08/49.34 ( skv_89, skv_113 ) 49.08/49.34 ( skv_89, skv_114 ) 49.08/49.34 ( skv_89, skv_115 ) 49.08/49.34 ( skv_89, skv_116 ) 49.08/49.34 ( skv_89, skv_118 ) 49.08/49.34 ( skv_89, skv_120 ) 49.08/49.34 ( skv_89, skv_123 ) 49.08/49.34 ( skv_89, skv_124 ) 49.08/49.34 ( skv_89, skv_128 ) 49.08/49.34 ( skv_89, skv_129 ) 49.08/49.34 ( skv_89, skv_200 ) 49.08/49.34 ( skv_89, skv_213 ) 49.08/49.34 ( skv_91, skv_89 ) 49.08/49.34 ( skv_112, skv_88 ) 49.08/49.34 ( skv_112, skv_89 ) 49.08/49.34 ( skv_112, skv_113 ) 49.08/49.34 ( skv_112, skv_246 ) 49.08/49.34 ( skv_113, skv_88 ) 49.08/49.34 ( skv_113, skv_89 ) 49.08/49.34 ( skv_113, skv_112 ) 49.08/49.34 ( skv_114, skv_88 ) 49.08/49.34 ( skv_114, skv_89 ) 49.08/49.34 ( skv_114, skv_115 ) 49.08/49.34 ( skv_115, skv_88 ) 49.08/49.34 ( skv_115, skv_89 ) 49.08/49.34 ( skv_115, skv_114 ) 49.08/49.34 ( skv_116, skv_88 ) 49.08/49.34 ( skv_116, skv_89 ) 49.08/49.34 ( skv_116, skv_243 ) 49.08/49.34 ( skv_117, skv_203 ) 49.08/49.34 ( skv_117, skv_244 ) 49.08/49.34 ( skv_118, skv_88 ) 49.08/49.34 ( skv_118, skv_89 ) 49.08/49.34 ( skv_118, skv_228 ) 49.08/49.34 ( skv_119, skv_245 ) 49.08/49.34 ( skv_120, skv_88 ) 49.08/49.34 ( skv_120, skv_89 ) 49.08/49.34 ( skv_120, skv_217 ) 49.08/49.34 ( skv_123, skv_88 ) 49.08/49.34 ( skv_123, skv_89 ) 49.08/49.34 ( skv_123, skv_124 ) 49.08/49.34 ( skv_124, skv_88 ) 49.08/49.34 ( skv_124, skv_89 ) 49.08/49.34 ( skv_124, skv_123 ) 49.08/49.34 ( skv_126, skv_127 ) 49.08/49.34 ( skv_127, skv_126 ) 49.08/49.34 ( skv_128, skv_88 ) 49.08/49.34 ( skv_128, skv_89 ) 49.08/49.34 ( skv_128, skv_129 ) 49.08/49.34 ( skv_129, skv_88 ) 49.08/49.34 ( skv_129, skv_89 ) 49.08/49.34 ( skv_129, skv_128 ) 49.08/49.34 ( skv_186, skv_187 ) 49.08/49.34 ( skv_187, skv_186 ) 49.08/49.34 ( skv_200, skv_89 ) 49.08/49.34 ( skv_201, skv_202 ) 49.08/49.34 ( skv_202, skv_201 ) 49.08/49.34 ( skv_203, skv_117 ) 49.08/49.34 ( skv_204, skv_205 ) 49.08/49.34 ( skv_205, skv_204 ) 49.08/49.34 ( skv_206, skv_207 ) 49.08/49.34 ( skv_207, skv_206 ) 49.08/49.34 ( skv_208, skv_88 ) 49.08/49.34 ( skv_209, skv_210 ) 49.08/49.34 ( skv_210, skv_209 ) 49.08/49.34 ( skv_211, skv_212 ) 49.08/49.34 ( skv_212, skv_211 ) 49.08/49.34 ( skv_213, skv_89 ) 49.08/49.34 ( skv_217, skv_120 ) 49.08/49.34 ( skv_224, skv_225 ) 49.08/49.34 ( skv_225, skv_224 ) 49.08/49.34 ( skv_226, skv_227 ) 49.08/49.34 ( skv_227, skv_226 ) 49.08/49.34 ( skv_228, skv_118 ) 49.08/49.34 ( skv_230, skv_231 ) 49.08/49.34 ( skv_231, skv_230 ) 49.08/49.34 ( skv_232, skv_233 ) 49.08/49.34 ( skv_233, skv_232 ) 49.08/49.34 ( skv_234, skv_235 ) 49.08/49.34 ( skv_235, skv_234 ) 49.08/49.34 ( skv_236, skv_237 ) 49.08/49.34 ( skv_237, skv_236 ) 49.08/49.34 ( skv_238, skv_239 ) 49.08/49.34 ( skv_239, skv_238 ) 49.08/49.34 ( skv_240, skv_241 ) 49.08/49.34 ( skv_241, skv_240 ) 49.08/49.34 ( skv_242, skv_88 ) 49.08/49.34 ( skv_243, skv_116 ) 49.08/49.34 ( skv_244, skv_117 ) 49.08/49.34 ( skv_245, skv_119 ) 49.08/49.34 ( skv_246, skv_112 ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((A ty) (X uni) (X1 uni)) (sort1 (list A) (infix_plpl A X X1)) ) 49.08/49.34 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.34 ( elt, (nil elt), (cons elt (t2tb1 skv_118) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (nil elt), (cons elt (t2tb1 skv_118) (t2tb skv_86)) ) 49.08/49.34 ( elt, (nil elt), (cons elt (t2tb1 skv_118) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.34 ( elt, (nil elt), (cons elt (t2tb1 skv_120) (t2tb skv_84)) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb skv_84) ) 49.08/49.34 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_86), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (t2tb skv_86), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.34 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_87)) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 _let_0)) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 (t2tb (tb2t (cons elt (t2tb1 skv_88) _let_0))))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.34 ( elt, (t2tb skv_87), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb skv_87), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb skv_87), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (t2tb skv_87), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (t2tb skv_87), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_87)), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_92) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_84), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb skv_84), (t2tb skv_85) ) 49.08/49.34 ( elt, (t2tb skv_84), (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.34 ( elt, (t2tb skv_85), (t2tb skv_84) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_86) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.34 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb skv_86) ) 49.08/49.34 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.34 ( elt, (t2tb skv_92), (t2tb skv_92) ) 49.08/49.34 ( elt, (t2tb skv_92), (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (t2tb skv_90) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (t2tb skv_92) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (let ((_let_0 (t2tb skv_92))) (infix_plpl elt _let_0 _let_0)) ) 49.08/49.34 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (t2tb skv_92) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (t2tb skv_90) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (t2tb skv_86) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb skv_86) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb skv_87) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (t2tb skv_90))), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_218) (t2tb skv_90)) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_87)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb skv_86) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_120) (nil elt)), (t2tb skv_84) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt))), (t2tb skv_90) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_118) (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt) ) 49.08/49.34 ( elt, (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_88) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_118) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_118) (t2tb skv_86)), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_118) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_118) (reverse elt (nil elt))), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_120) (reverse elt (nil elt))), (nil elt) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (t2tb skv_86))), (cons elt (t2tb1 skv_91) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (t2tb skv_125)), (cons elt (t2tb1 skv_124) (nil elt)) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_124) (t2tb skv_125))), (cons elt (t2tb1 skv_123) (nil elt)) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_120) (t2tb skv_84)), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_84)), (nil elt) ) 49.08/49.34 ( elt, (cons elt (t2tb1 skv_116) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (nil elt) ) 49.08/49.34 ( elt, skv_181, (cons elt (t2tb1 skv_114) skv_182) ) 49.08/49.34 ( elt, skv_183, (cons elt (t2tb1 skv_115) skv_184) ) 49.08/49.34 ( elt, skv_196, (cons elt (t2tb1 skv_128) skv_197) ) 49.08/49.34 ( elt, skv_198, (cons elt (t2tb1 skv_129) skv_199) ) 49.08/49.34 ( elt, (reverse elt (cons elt (t2tb1 skv_218) (nil elt))), (t2tb skv_90) ) 49.08/49.34 ) 49.08/49.34 (instantiation (forall ((X elt1)) (sort1 elt (t2tb1 X)) ) 49.08/49.34 ( skv_88 ) 49.08/49.34 ( skv_89 ) 49.08/49.35 ( skv_91 ) 49.08/49.35 ( skv_112 ) 49.08/49.35 ( skv_113 ) 49.08/49.35 ( skv_114 ) 49.08/49.35 ( skv_115 ) 49.08/49.35 ( skv_116 ) 49.08/49.35 ( skv_117 ) 49.08/49.35 ( skv_118 ) 49.08/49.35 ( skv_119 ) 49.08/49.35 ( skv_120 ) 49.08/49.35 ( skv_123 ) 49.08/49.35 ( skv_124 ) 49.08/49.35 ( skv_126 ) 49.08/49.35 ( skv_127 ) 49.08/49.35 ( skv_128 ) 49.08/49.35 ( skv_129 ) 49.08/49.35 ( skv_186 ) 49.08/49.35 ( skv_187 ) 49.08/49.35 ( skv_200 ) 49.08/49.35 ( skv_201 ) 49.08/49.35 ( skv_202 ) 49.08/49.35 ( skv_203 ) 49.08/49.35 ( skv_204 ) 49.08/49.35 ( skv_205 ) 49.08/49.35 ( skv_206 ) 49.08/49.35 ( skv_207 ) 49.08/49.35 ( skv_208 ) 49.08/49.35 ( skv_209 ) 49.08/49.35 ( skv_210 ) 49.08/49.35 ( skv_211 ) 49.08/49.35 ( skv_212 ) 49.08/49.35 ( skv_213 ) 49.08/49.35 ( skv_214 ) 49.08/49.35 ( skv_215 ) 49.08/49.35 ( skv_217 ) 49.08/49.35 ( skv_218 ) 49.08/49.35 ( skv_219 ) 49.08/49.35 ( skv_220 ) 49.08/49.35 ( skv_221 ) 49.08/49.35 ( skv_222 ) 49.08/49.35 ( skv_224 ) 49.08/49.35 ( skv_225 ) 49.08/49.35 ( skv_226 ) 49.08/49.35 ( skv_227 ) 49.08/49.35 ( skv_228 ) 49.08/49.35 ( skv_230 ) 49.08/49.35 ( skv_231 ) 49.08/49.35 ( skv_232 ) 49.08/49.35 ( skv_233 ) 49.08/49.35 ( skv_234 ) 49.08/49.35 ( skv_235 ) 49.08/49.35 ( skv_236 ) 49.08/49.35 ( skv_237 ) 49.08/49.35 ( skv_238 ) 49.08/49.35 ( skv_239 ) 49.08/49.35 ( skv_240 ) 49.08/49.35 ( skv_241 ) 49.08/49.35 ( skv_242 ) 49.08/49.35 ( skv_243 ) 49.08/49.35 ( skv_244 ) 49.08/49.35 ( skv_245 ) 49.08/49.35 ( skv_246 ) 49.08/49.35 ( skv_247 ) 49.08/49.35 ( skv_248 ) 49.08/49.35 ( skv_249 ) 49.08/49.35 ( skv_251 ) 49.08/49.35 ( skv_252 ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((X list_elt)) (sort1 (list elt) (t2tb X)) ) 49.08/49.35 ( skv_84 ) 49.08/49.35 ( skv_85 ) 49.08/49.35 ( skv_86 ) 49.08/49.35 ( skv_87 ) 49.08/49.35 ( skv_90 ) 49.08/49.35 ( skv_92 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))) ) 49.08/49.35 ( (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))) ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_118) (nil elt))) ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_120) (nil elt))) ) 49.08/49.35 ( skv_125 ) 49.08/49.35 ( skv_188 ) 49.08/49.35 ( skv_216 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_218) (nil elt))) ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_219) (nil elt))) ) 49.08/49.35 ( skv_223 ) 49.08/49.35 ( skv_253 ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((A ty) (U uni) (U1 uni)) (= U1 (cons_proj_21 A (cons A U U1))) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb skv_90)) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (infix_plpl elt (t2tb skv_90) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_91) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (t2tb skv_92) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (cons elt (t2tb1 skv_89) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_92)) ) 49.08/49.35 ( elt, (t2tb1 skv_91), skv_191 ) 49.08/49.35 ( elt, (t2tb1 skv_112), skv_178 ) 49.08/49.35 ( elt, (t2tb1 skv_113), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_113), skv_180 ) 49.08/49.35 ( elt, (t2tb1 skv_114), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_114), skv_182 ) 49.08/49.35 ( elt, (t2tb1 skv_115), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_115), skv_184 ) 49.08/49.35 ( elt, (t2tb1 skv_116), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_116), (t2tb skv_84) ) 49.08/49.35 ( elt, (t2tb1 skv_116), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, (t2tb1 skv_116), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.35 ( elt, (t2tb1 skv_116), (infix_plpl elt (nil elt) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) ) 49.08/49.35 ( elt, (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (infix_plpl elt (cons elt (t2tb1 skv_88) _let_0) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.35 ( elt, (t2tb1 skv_117), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_117), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb1 skv_118), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (t2tb1 skv_119), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_119), (infix_plpl elt (nil elt) (t2tb skv_85)) ) 49.08/49.35 ( elt, (t2tb1 skv_119), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb1 skv_120), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_120), (infix_plpl elt (nil elt) (t2tb skv_84)) ) 49.08/49.35 ( elt, (t2tb1 skv_124), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_124), (t2tb skv_125) ) 49.08/49.35 ( elt, (t2tb1 skv_124), (cons elt (t2tb1 skv_123) (t2tb skv_125)) ) 49.08/49.35 ( elt, (t2tb1 skv_123), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_123), (t2tb skv_125) ) 49.08/49.35 ( elt, (t2tb1 skv_123), (cons elt (t2tb1 skv_124) (t2tb skv_125)) ) 49.08/49.35 ( elt, (t2tb1 skv_126), skv_193 ) 49.08/49.35 ( elt, (t2tb1 skv_127), skv_195 ) 49.08/49.35 ( elt, (t2tb1 skv_128), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_128), skv_197 ) 49.08/49.35 ( elt, (t2tb1 skv_129), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_129), skv_199 ) 49.08/49.35 ( elt, (t2tb1 skv_129), (cons elt (t2tb1 skv_128) (t2tb skv_90)) ) 49.08/49.35 ( elt, (t2tb1 skv_187), (t2tb skv_188) ) 49.08/49.35 ( elt, (t2tb1 skv_186), (cons elt (t2tb1 skv_187) (t2tb skv_188)) ) 49.08/49.35 ( elt, (t2tb1 skv_215), (t2tb skv_216) ) 49.08/49.35 ( elt, (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.35 ( elt, (t2tb1 skv_218), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_219), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_220), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.35 ( elt, (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.35 ( elt, (t2tb1 skv_247), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.35 ( elt, (t2tb1 skv_248), (cons elt (t2tb1 skv_249) (t2tb skv_250)) ) 49.08/49.35 ( elt, (t2tb1 skv_252), (t2tb skv_253) ) 49.08/49.35 ( elt, (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((A ty) (L uni)) (= (= L (nil A)) (= (length2 A L) 0)) ) 49.08/49.35 ( elt, (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb skv_87) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.35 ( elt, (t2tb skv_84) ) 49.08/49.35 ( elt, (t2tb skv_85) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_85) (t2tb skv_84)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (nil elt) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_86)) ) 49.08/49.35 ( elt, (let ((_let_0 (t2tb skv_86))) (infix_plpl elt (t2tb (tb2t (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) (nil elt))))) _let_0)) ) 49.08/49.35 ( elt, (t2tb skv_125) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_124) (t2tb skv_125)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_123) (cons elt (t2tb1 skv_124) (t2tb skv_125))) ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((X elt1) (Y elt1) (L list_elt)) (let ((_let_0 (cons elt (t2tb1 Y) (t2tb L)))) (or (not (le1 X Y)) (not (sorted1 (tb2t _let_0))) (sorted1 (tb2t (cons elt (t2tb1 X) _let_0))))) ) 49.08/49.35 ( skv_88, skv_89, skv_87 ) 49.08/49.35 ( skv_88, skv_116, skv_90 ) 49.08/49.35 ( skv_88, skv_116, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( skv_89, skv_116, skv_90 ) 49.08/49.35 ( skv_89, skv_118, skv_90 ) 49.08/49.35 ( skv_89, skv_221, skv_87 ) 49.08/49.35 ( skv_89, skv_222, skv_223 ) 49.08/49.35 ( skv_91, skv_89, skv_86 ) 49.08/49.35 ( skv_91, skv_89, skv_90 ) 49.08/49.35 ( skv_116, skv_88, skv_90 ) 49.08/49.35 ( skv_116, skv_112, skv_90 ) 49.08/49.35 ( skv_116, skv_248, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( skv_117, skv_116, skv_90 ) 49.08/49.35 ( skv_118, skv_89, skv_90 ) 49.08/49.35 ( skv_118, skv_116, skv_90 ) 49.08/49.35 ( skv_118, skv_116, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( skv_120, skv_112, skv_90 ) 49.08/49.35 ( skv_123, skv_124, skv_125 ) 49.08/49.35 ( skv_124, skv_123, skv_125 ) 49.08/49.35 ( skv_129, skv_128, skv_90 ) 49.08/49.35 ( skv_186, skv_187, skv_188 ) 49.08/49.35 ( skv_251, skv_252, (tb2t (cons elt (t2tb1 skv_118) (nil elt))) ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((X Int) (Y Int) (Z Int)) (or (>= (+ X (* (- 1) Y)) 1) (not (>= Z 0)) (not (>= (+ (* X Z) (* (- 1) (* Y Z))) 1))) ) 49.08/49.35 ( 0, 0, 0 ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((A ty) (L uni)) (>= (length2 A L) 0) ) 49.08/49.35 ( elt, (nil elt) ) 49.08/49.35 ( elt, (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.35 ( elt, (t2tb skv_84) ) 49.08/49.35 ( elt, (t2tb skv_85) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_86)) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_85) (t2tb skv_84)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.35 ( elt, (infix_plpl elt (nil elt) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_86)) ) 49.08/49.35 ( elt, (let ((_let_0 (t2tb skv_86))) (infix_plpl elt (t2tb (tb2t (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) (nil elt))))) _let_0)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))) ) 49.08/49.35 ( elt, (t2tb skv_125) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_124) (t2tb skv_125)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_123) (cons elt (t2tb1 skv_124) (t2tb skv_125))) ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((A ty) (L1 uni) (L2 uni)) (= (length2 A L1) (+ (* (- 1) (length2 A L2)) (length2 A (infix_plpl A L1 L2)))) ) 49.08/49.35 ( elt, (nil elt), (t2tb skv_86) ) 49.08/49.35 ( elt, (nil elt), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (nil elt), (t2tb skv_84) ) 49.08/49.35 ( elt, (nil elt), (t2tb skv_85) ) 49.08/49.35 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.35 ( elt, (nil elt), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (nil elt), (infix_plpl elt (t2tb skv_85) (t2tb skv_84)) ) 49.08/49.35 ( elt, (nil elt), (cons elt (t2tb1 skv_116) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) ) 49.08/49.35 ( elt, (nil elt), (cons elt (t2tb1 skv_118) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (nil elt), (cons elt (t2tb1 skv_118) (t2tb skv_86)) ) 49.08/49.35 ( elt, (nil elt), (cons elt (t2tb1 skv_118) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (nil elt), (cons elt (t2tb1 skv_119) (t2tb skv_85)) ) 49.08/49.35 ( elt, (nil elt), (cons elt (t2tb1 skv_120) (t2tb skv_84)) ) 49.08/49.35 ( elt, (nil elt), (cons elt (t2tb1 skv_119) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (t2tb skv_86), (t2tb skv_84) ) 49.08/49.35 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (t2tb skv_86), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, (t2tb skv_86), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.35 ( elt, (t2tb skv_86), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (t2tb skv_86), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (t2tb skv_86), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.35 ( elt, (t2tb skv_86), (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (t2tb skv_90), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.35 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_87)) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 _let_0)) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 (t2tb (tb2t (cons elt (t2tb1 skv_88) _let_0))))) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.35 ( elt, (t2tb skv_87), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb skv_87), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (t2tb skv_87), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (t2tb skv_87), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, (t2tb skv_87), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_87)), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_92) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.35 ( elt, (t2tb skv_84), (nil elt) ) 49.08/49.35 ( elt, (t2tb skv_84), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb skv_84), (t2tb skv_85) ) 49.08/49.35 ( elt, (t2tb skv_84), (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.35 ( elt, (t2tb skv_85), (nil elt) ) 49.08/49.35 ( elt, (t2tb skv_85), (t2tb skv_84) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_86) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb skv_90) ) 49.08/49.35 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb skv_92), (t2tb skv_92) ) 49.08/49.35 ( elt, (t2tb skv_92), (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (t2tb skv_90) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (t2tb skv_92) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (let ((_let_0 (t2tb skv_92))) (infix_plpl elt _let_0 _let_0)) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (t2tb skv_92) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (t2tb skv_90) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (nil elt) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (t2tb skv_86) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_86) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb skv_86) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb skv_87) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_85) (t2tb skv_84)), (nil elt) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.35 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (t2tb skv_90))), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.35 ( elt, (reverse elt (nil elt)), (nil elt) ) 49.08/49.35 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (reverse elt (nil elt)), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)) ) 49.08/49.35 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.35 ( elt, (reverse elt (nil elt)), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_218) (t2tb skv_90)) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_87)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb skv_86) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_120) (nil elt)), (t2tb skv_84) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt))), (t2tb skv_90) ) 49.08/49.35 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt)))), (t2tb skv_90) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))), (t2tb skv_90) ) 49.08/49.35 ( elt, (reverse elt (cons elt (t2tb1 skv_118) (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (t2tb skv_86)), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (reverse elt (nil elt))), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_91) (t2tb skv_86)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_116) (reverse elt (nil elt))), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (reverse elt (nil elt))), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_120) (reverse elt (nil elt))), (nil elt) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (t2tb skv_86)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (t2tb skv_86))), (cons elt (t2tb1 skv_91) (nil elt)) ) 49.08/49.35 ( elt, (reverse elt (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_125)), (cons elt (t2tb1 skv_124) (nil elt)) ) 49.08/49.35 ( elt, (reverse elt (cons elt (t2tb1 skv_124) (t2tb skv_125))), (cons elt (t2tb1 skv_123) (nil elt)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_119) (t2tb skv_85)), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_116) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_120) (t2tb skv_84)), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_84)), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_116) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (nil elt) ) 49.08/49.35 ( elt, skv_177, (cons elt (t2tb1 skv_112) skv_178) ) 49.08/49.35 ( elt, skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.35 ( elt, skv_181, (cons elt (t2tb1 skv_114) skv_182) ) 49.08/49.35 ( elt, skv_183, (cons elt (t2tb1 skv_115) skv_184) ) 49.08/49.35 ( elt, skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.35 ( elt, skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, skv_196, (cons elt (t2tb1 skv_128) skv_197) ) 49.08/49.35 ( elt, skv_198, (cons elt (t2tb1 skv_129) skv_199) ) 49.08/49.35 ( elt, (reverse elt (cons elt (t2tb1 skv_218) (nil elt))), (t2tb skv_90) ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((J uni)) (or (not (sort1 elt J)) (= J (t2tb1 (tb2t1 J)))) ) 49.08/49.35 ( skv_111 ) 49.08/49.35 ( skv_185 ) 49.08/49.35 ( skv_189 ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((A ty) (X uni) (L1 uni) (L2 uni)) (= (num_occ1 A X L1) (+ (* (- 1) (num_occ1 A X L2)) (num_occ1 A X (infix_plpl A L1 L2)))) ) 49.08/49.35 ( elt, (t2tb1 skv_89), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.35 ( elt, skv_111, (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, skv_111, (nil elt), (cons elt (t2tb1 skv_119) (t2tb skv_85)) ) 49.08/49.35 ( elt, skv_111, (t2tb skv_86), (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.35 ( elt, skv_111, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.35 ( elt, skv_111, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, skv_111, (t2tb skv_84), (t2tb skv_85) ) 49.08/49.35 ( elt, skv_111, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.35 ( elt, skv_111, skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.35 ( elt, skv_111, skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.35 ( elt, (t2tb1 skv_112), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.35 ( elt, (t2tb1 skv_113), skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.35 ( elt, (t2tb1 skv_114), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (t2tb1 skv_115), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.35 ( elt, (t2tb1 skv_127), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (t2tb1 skv_128), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (t2tb1 skv_129), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, skv_185, (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, skv_185, skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.35 ( elt, skv_189, skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((A ty) (V uni) (V1 uni)) (not (= (cons A V V1) (nil A))) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (infix_plpl elt (t2tb skv_90) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_91) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (t2tb skv_92) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (cons elt (t2tb1 skv_89) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_92)) ) 49.08/49.35 ( elt, (t2tb1 skv_91), skv_191 ) 49.08/49.35 ( elt, (t2tb1 skv_112), skv_178 ) 49.08/49.35 ( elt, (t2tb1 skv_113), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_113), skv_180 ) 49.08/49.35 ( elt, (t2tb1 skv_114), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_114), skv_182 ) 49.08/49.35 ( elt, (t2tb1 skv_115), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_115), skv_184 ) 49.08/49.35 ( elt, (t2tb1 skv_116), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_116), (t2tb skv_84) ) 49.08/49.35 ( elt, (t2tb1 skv_116), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, (t2tb1 skv_117), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_117), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb1 skv_118), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (t2tb1 skv_119), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_119), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.35 ( elt, (t2tb1 skv_120), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_120), (t2tb skv_84) ) 49.08/49.35 ( elt, (t2tb1 skv_120), (infix_plpl elt (nil elt) (t2tb skv_84)) ) 49.08/49.35 ( elt, (t2tb1 skv_124), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_124), (t2tb skv_125) ) 49.08/49.35 ( elt, (t2tb1 skv_124), (cons elt (t2tb1 skv_123) (t2tb skv_125)) ) 49.08/49.35 ( elt, (t2tb1 skv_123), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_123), (t2tb skv_125) ) 49.08/49.35 ( elt, (t2tb1 skv_123), (cons elt (t2tb1 skv_124) (t2tb skv_125)) ) 49.08/49.35 ( elt, (t2tb1 skv_126), skv_193 ) 49.08/49.35 ( elt, (t2tb1 skv_127), skv_195 ) 49.08/49.35 ( elt, (t2tb1 skv_128), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_128), skv_197 ) 49.08/49.35 ( elt, (t2tb1 skv_129), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_129), skv_199 ) 49.08/49.35 ( elt, (t2tb1 skv_129), (cons elt (t2tb1 skv_128) (t2tb skv_90)) ) 49.08/49.35 ( elt, (t2tb1 skv_187), (t2tb skv_188) ) 49.08/49.35 ( elt, (t2tb1 skv_186), (cons elt (t2tb1 skv_187) (t2tb skv_188)) ) 49.08/49.35 ( elt, (t2tb1 skv_215), (t2tb skv_216) ) 49.08/49.35 ( elt, (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.35 ( elt, (t2tb1 skv_218), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_219), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_220), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.35 ( elt, (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.35 ( elt, (t2tb1 skv_247), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.35 ( elt, (t2tb1 skv_248), (cons elt (t2tb1 skv_249) (t2tb skv_250)) ) 49.08/49.35 ( elt, (t2tb1 skv_252), (t2tb skv_253) ) 49.08/49.35 ( elt, (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((A ty) (U uni)) (or (= U (cons A (cons_proj_11 A U) (cons_proj_21 A U))) (= U (nil A))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_219) (nil elt)) ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((A ty) (L uni)) (= L (infix_plpl A L (nil A))) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (t2tb skv_84) ) 49.08/49.35 ( elt, (t2tb skv_85) ) 49.08/49.35 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.35 ( elt, (reverse elt (nil elt)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_119) (t2tb skv_85)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_116) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((A ty) (L1 uni) (L2 uni)) (or (not (permut A L1 L2)) (= (length2 A L2) (length2 A L1))) ) 49.08/49.35 ( elt, (t2tb skv_87), (t2tb skv_85) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_86)) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb skv_85) (t2tb skv_84)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_85) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)), (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_89) (t2tb skv_86)) (t2tb skv_90)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (cons elt (t2tb1 skv_91) (t2tb skv_92))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (infix_plpl elt (t2tb skv_92) (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (t2tb skv_86)) (nil elt)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) (t2tb skv_90)), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))), (infix_plpl elt (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) (t2tb skv_86)) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (cons elt (t2tb1 skv_88) (nil elt))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_86)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_85) (t2tb skv_84)), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_84) (nil elt)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_86)), (infix_plpl elt (t2tb skv_86) (t2tb skv_84)) ) 49.08/49.35 ( elt, (let ((_let_0 (t2tb skv_86))) (infix_plpl elt (t2tb (tb2t (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) (nil elt))))) _let_0)), (let ((_let_0 (t2tb skv_86))) (infix_plpl elt _let_0 (t2tb (tb2t (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) (nil elt))))))) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (t2tb skv_86)) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_86)), (infix_plpl elt (t2tb skv_86) (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_118) (nil elt)) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (nil elt) (cons elt (t2tb1 skv_118) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))), (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_91) (t2tb skv_86))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_123) (cons elt (t2tb1 skv_124) (t2tb skv_125))), (cons elt (t2tb1 skv_124) (cons elt (t2tb1 skv_123) (t2tb skv_125))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_118) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (nil elt) (cons elt (t2tb1 skv_118) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_118) (nil elt)) (t2tb skv_86)), (infix_plpl elt (nil elt) (cons elt (t2tb1 skv_118) (t2tb skv_86))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_120) (nil elt)) (t2tb skv_84)), (infix_plpl elt (nil elt) (cons elt (t2tb1 skv_120) (t2tb skv_84))) ) 49.08/49.35 ( elt, (let ((_let_0 (t2tb skv_87))) (infix_plpl elt (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) _let_0) _let_0)), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (infix_plpl elt _let_0 _let_0))) ) 49.08/49.35 ( elt, (let ((_let_0 (t2tb skv_87))) (infix_plpl elt (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) _let_0) (t2tb (tb2t (cons elt (t2tb1 skv_88) _let_0))))), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (infix_plpl elt _let_0 (t2tb (tb2t (cons elt (t2tb1 skv_88) _let_0)))))) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))))) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) (t2tb skv_86)), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (infix_plpl elt (t2tb skv_87) (t2tb skv_86))) ) 49.08/49.35 ( elt, (let ((_let_0 (t2tb skv_92))) (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) _let_0) _let_0)), (let ((_let_0 (t2tb skv_92))) (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (infix_plpl elt _let_0 _let_0))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_120) (t2tb skv_84)) (nil elt)), (infix_plpl elt (t2tb skv_84) (cons elt (t2tb1 skv_120) (nil elt))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_118) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (nil elt)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (cons elt (t2tb1 skv_118) (nil elt))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_118) (t2tb skv_86)) (nil elt)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_118) (nil elt))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_118) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (nil elt)), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (cons elt (t2tb1 skv_118) (nil elt))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt))) (t2tb skv_90)), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_116) (t2tb skv_84)) (nil elt)), (infix_plpl elt (t2tb skv_84) (cons elt (t2tb1 skv_116) (nil elt))) ) 49.08/49.35 ( elt, (let ((_let_0 (nil elt))) (infix_plpl elt (cons elt (t2tb1 skv_116) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) _let_0))))) _let_0)), (let ((_let_0 (nil elt))) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) _let_0)))) (cons elt (t2tb1 skv_116) _let_0))) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)), (infix_plpl elt (t2tb skv_86) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87))) ) 49.08/49.35 ( elt, (let ((_let_0 (nil elt))) (infix_plpl elt (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (reverse elt _let_0)) (cons elt (t2tb1 skv_88) _let_0))), (let ((_let_0 (nil elt))) (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (infix_plpl elt (reverse elt _let_0) (cons elt (t2tb1 skv_88) _let_0)))) ) 49.08/49.35 ( elt, (let ((_let_0 (nil elt))) (infix_plpl elt (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (reverse elt _let_0)) (cons elt (t2tb1 skv_88) _let_0))), (let ((_let_0 (nil elt))) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (infix_plpl elt (reverse elt _let_0) (cons elt (t2tb1 skv_88) _let_0)))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_92) (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))), (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)) ) 49.08/49.35 ( elt, (infix_plpl elt (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) (t2tb skv_86)), (infix_plpl elt (t2tb skv_86) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_91) (t2tb skv_86))), (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_124) (cons elt (t2tb1 skv_123) (t2tb skv_125))), (cons elt (t2tb1 skv_123) (cons elt (t2tb1 skv_124) (t2tb skv_125))) ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((L1 list_elt) (L2 list_elt)) (= (sorted1 (tb2t (infix_plpl elt (t2tb L1) (t2tb L2)))) (and (sorted1 L2) (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb L1))) (not (mem elt (t2tb1 Y) (t2tb L2))) (le1 X Y)) ) (sorted1 L1))) ) 49.08/49.35 ( skv_84, skv_85 ) 49.08/49.35 ( skv_84, skv_86 ) 49.08/49.35 ( skv_84, skv_90 ) 49.08/49.35 ( skv_84, (tb2t (cons elt (t2tb1 skv_120) (nil elt))) ) 49.08/49.35 ( skv_85, skv_84 ) 49.08/49.35 ( skv_85, skv_90 ) 49.08/49.35 ( skv_86, skv_84 ) 49.08/49.35 ( skv_86, skv_90 ) 49.08/49.35 ( skv_86, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( skv_86, (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))) ) 49.08/49.35 ( skv_86, (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))) ) 49.08/49.35 ( skv_86, (tb2t (cons elt (t2tb1 skv_118) (nil elt))) ) 49.08/49.35 ( skv_86, (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( skv_87, skv_86 ) 49.08/49.35 ( skv_87, skv_87 ) 49.08/49.35 ( skv_87, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( skv_87, (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))) ) 49.08/49.35 ( skv_87, (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))) ) 49.08/49.35 ( skv_87, (tb2t (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( skv_90, skv_84 ) 49.08/49.35 ( skv_90, skv_85 ) 49.08/49.35 ( skv_90, skv_86 ) 49.08/49.35 ( skv_90, skv_90 ) 49.08/49.35 ( skv_90, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( skv_90, (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))) ) 49.08/49.35 ( skv_90, (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( skv_90, (tb2t (cons elt (t2tb1 skv_118) (nil elt))) ) 49.08/49.35 ( skv_90, (tb2t (cons elt (t2tb1 skv_120) (nil elt))) ) 49.08/49.35 ( skv_90, (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( skv_90, (tb2t (cons elt (t2tb1 skv_218) (nil elt))) ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))), skv_86 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))), skv_87 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))), skv_90 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))), (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))) ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))), (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))) ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))), (tb2t (cons elt (t2tb1 skv_118) (nil elt))) ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))), skv_86 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))), (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))), (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))), skv_86 ) 49.08/49.35 ( (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))), (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), skv_87 ) 49.08/49.35 ( (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), skv_90 ) 49.08/49.35 ( (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))) ) 49.08/49.35 ( (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (tb2t (cons elt (t2tb1 skv_118) (nil elt))) ) 49.08/49.35 ( (tb2t (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), skv_87 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_118) (nil elt))), skv_86 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_118) (nil elt))), skv_90 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_118) (nil elt))), (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_118) (nil elt))), (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_120) (nil elt))), skv_84 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_120) (nil elt))), skv_90 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90)))), skv_86 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90)))), skv_87 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90)))), skv_90 ) 49.08/49.35 ( (tb2t (cons elt (t2tb1 skv_218) (nil elt))), skv_90 ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((A ty) (L1 uni) (L2 uni) (L3 uni)) (= (infix_plpl A (infix_plpl A L1 L2) L3) (infix_plpl A L1 (infix_plpl A L2 L3))) ) 49.08/49.35 ( elt, (nil elt), (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (nil elt), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (nil elt), (t2tb skv_86), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.35 ( elt, (nil elt), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (cons elt (t2tb1 skv_91) (nil elt)) ) 49.08/49.35 ( elt, (nil elt), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.35 ( elt, (nil elt), (t2tb skv_84), (t2tb skv_86) ) 49.08/49.35 ( elt, (nil elt), (t2tb skv_84), (t2tb skv_85) ) 49.08/49.35 ( elt, (nil elt), (t2tb skv_85), (t2tb skv_84) ) 49.08/49.35 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.35 ( elt, (nil elt), skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.35 ( elt, (nil elt), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.35 ( elt, (nil elt), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (t2tb skv_86), (nil elt), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.35 ( elt, (t2tb skv_86), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt) ) 49.08/49.35 ( elt, (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_90) ) 49.08/49.35 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (t2tb skv_86), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (nil elt) ) 49.08/49.35 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_88) (t2tb skv_86)), (nil elt) ) 49.08/49.35 ( elt, (t2tb skv_86), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (nil elt) ) 49.08/49.35 ( elt, (t2tb skv_86), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb skv_86), (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (t2tb skv_86), (reverse elt (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt)))), (t2tb skv_90) ) 49.08/49.35 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_118) (reverse elt (nil elt))), (nil elt) ) 49.08/49.35 ( elt, (t2tb skv_86), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.35 ( elt, (t2tb skv_86), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.35 ( elt, (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (t2tb skv_90), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb skv_90), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_87)), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_87)), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_87)), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_89) (t2tb skv_87)), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, (t2tb skv_90), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_86), (t2tb skv_90) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (nil elt) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (t2tb skv_87), (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (t2tb skv_87), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (t2tb skv_87), (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (t2tb skv_87), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (t2tb skv_87), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.35 ( elt, (t2tb skv_87), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_87)), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.35 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (cons elt (t2tb1 skv_116) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (cons elt (t2tb1 skv_118) (reverse elt (nil elt))), (nil elt) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), skv_190, (cons elt (t2tb1 skv_91) skv_191) ) 49.08/49.35 ( elt, (t2tb skv_84), (cons elt (t2tb1 skv_120) (reverse elt (nil elt))), (nil elt) ) 49.08/49.35 ( elt, (t2tb skv_84), skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.35 ( elt, (t2tb skv_84), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (t2tb skv_85), (t2tb skv_84), (nil elt) ) 49.08/49.35 ( elt, (t2tb skv_85), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (nil elt), (t2tb skv_86) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_86), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_86), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_86) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (nil elt), (t2tb skv_86) ) 49.08/49.35 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt) ) 49.08/49.35 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.35 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (t2tb skv_92), (reverse elt (nil elt)), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (t2tb skv_92), (t2tb skv_92) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb skv_86), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (t2tb skv_86) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (t2tb skv_87) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 _let_0)) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 (t2tb (tb2t (cons elt (t2tb1 skv_88) _let_0))))) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)), (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.35 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_86) ) 49.08/49.35 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.35 ( elt, (reverse elt (nil elt)), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (t2tb skv_92) ) 49.08/49.35 ( elt, (reverse elt (nil elt)), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (let ((_let_0 (t2tb skv_92))) (infix_plpl elt _let_0 _let_0)) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_87)), (reverse elt (nil elt)), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb skv_86), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb skv_86), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), skv_194, (cons elt (t2tb1 skv_127) skv_195) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_120) (nil elt)), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.35 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt)))), (t2tb skv_90), (t2tb skv_87) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.35 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (t2tb skv_86)), (reverse elt (t2tb skv_90)), (cons elt (t2tb1 skv_89) (nil elt)) ) 49.08/49.35 ( elt, (reverse elt (cons elt (t2tb1 skv_89) (t2tb skv_86))), (cons elt (t2tb1 skv_88) (reverse elt (nil elt))), (nil elt) ) 49.08/49.35 ( elt, (reverse elt (t2tb skv_125)), (cons elt (t2tb1 skv_124) (nil elt)), (cons elt (t2tb1 skv_123) (nil elt)) ) 49.08/49.35 ( elt, (cons elt (t2tb1 skv_116) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt), (t2tb skv_92) ) 49.08/49.35 ( elt, skv_179, (cons elt (t2tb1 skv_113) skv_180), (nil elt) ) 49.08/49.35 ( elt, skv_179, (cons elt (t2tb1 skv_113) skv_180), (t2tb skv_84) ) 49.08/49.35 ( elt, skv_192, (cons elt (t2tb1 skv_126) skv_193), (nil elt) ) 49.08/49.35 ( elt, skv_192, (cons elt (t2tb1 skv_126) skv_193), (t2tb skv_86) ) 49.08/49.35 ( elt, skv_192, (cons elt (t2tb1 skv_126) skv_193), (t2tb skv_85) ) 49.08/49.35 ( elt, skv_192, (cons elt (t2tb1 skv_126) skv_193), (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (nil elt) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (t2tb skv_84) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.35 ( elt, skv_194, (cons elt (t2tb1 skv_127) skv_195), (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.35 ) 49.08/49.35 (instantiation (forall ((A ty) (X uni) (BOUND_VARIABLE_1696 uni) (BOUND_VARIABLE_1697 uni)) (or (not (sort1 A X)) (and (or (not (sort1 A BOUND_VARIABLE_1696)) (= (mem A X (cons A BOUND_VARIABLE_1696 BOUND_VARIABLE_1697)) (or (= X BOUND_VARIABLE_1696) (mem A X BOUND_VARIABLE_1697)))) (not (mem A X (nil A))))) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb1 skv_112), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb1 skv_116), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_89), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (t2tb1 skv_88), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.35 ( elt, (t2tb1 skv_88), (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt (reverse elt _let_0) (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (t2tb1 skv_118), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.35 ( elt, (t2tb1 skv_91), (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.35 ( elt, skv_111, skv_111, (t2tb skv_223) ) 49.08/49.35 ( elt, skv_111, (t2tb1 skv_119), (infix_plpl elt (nil elt) (t2tb skv_85)) ) 49.08/49.35 ( elt, (t2tb1 skv_112), (t2tb1 skv_116), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_112), (t2tb1 skv_119), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_112), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.35 ( elt, (t2tb1 skv_113), (t2tb1 skv_89), (nil elt) ) 49.08/49.35 ( elt, (t2tb1 skv_113), (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.36 ( elt, (t2tb1 skv_113), (t2tb1 skv_120), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_113), (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.36 ( elt, (t2tb1 skv_113), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_113), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.36 ( elt, (t2tb1 skv_113), (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.36 ( elt, (t2tb1 skv_114), (t2tb1 skv_88), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_114), (t2tb1 skv_88), (t2tb skv_86) ) 49.08/49.36 ( elt, (t2tb1 skv_114), (t2tb1 skv_88), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_114), (t2tb1 skv_112), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_114), (t2tb1 skv_116), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_114), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_115), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_115), (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.36 ( elt, (t2tb1 skv_115), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_115), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.36 ( elt, (t2tb1 skv_115), (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (t2tb1 skv_89), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (t2tb1 skv_88), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_117), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_118), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_120), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_124), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_124), (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.36 ( elt, (t2tb1 skv_124), (t2tb1 skv_124), (t2tb skv_125) ) 49.08/49.36 ( elt, (t2tb1 skv_124), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_124), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.36 ( elt, (t2tb1 skv_124), (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.36 ( elt, (t2tb1 skv_123), (t2tb1 skv_112), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_123), (t2tb1 skv_116), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_123), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_126), (t2tb1 skv_119), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_127), (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_127), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.36 ( elt, (t2tb1 skv_127), (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.36 ( elt, (t2tb1 skv_128), (t2tb1 skv_88), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_128), (t2tb1 skv_88), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_128), (t2tb1 skv_112), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_128), (t2tb1 skv_116), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_128), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_129), (t2tb1 skv_89), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_129), (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.36 ( elt, (t2tb1 skv_129), (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_129), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_129), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.36 ( elt, (t2tb1 skv_129), (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.36 ( elt, (t2tb1 skv_200), (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_201), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_202), (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_203), (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_204), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_205), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.36 ( elt, (t2tb1 skv_206), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.36 ( elt, (t2tb1 skv_207), (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_208), (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_209), (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.36 ( elt, (t2tb1 skv_210), (t2tb1 skv_119), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_211), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_212), (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.36 ( elt, (t2tb1 skv_213), (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.36 ( elt, (t2tb1 skv_222), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_224), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.36 ( elt, (t2tb1 skv_225), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_227), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.36 ( elt, (t2tb1 skv_230), (t2tb1 skv_119), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_232), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_235), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_239), (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.36 ( elt, (t2tb1 skv_241), (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (L1 uni) (L2 uni)) (or (not (permut A L1 L2)) (permut A L2 L1)) ) 49.08/49.36 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb skv_87), (t2tb skv_85) ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.36 ( elt, (t2tb skv_84), (t2tb skv_87) ) 49.08/49.36 ( elt, (t2tb skv_84), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb skv_85), (nil elt) ) 49.08/49.36 ( elt, (t2tb skv_85), (t2tb skv_87) ) 49.08/49.36 ( elt, (t2tb skv_85), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_85) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (nil elt)), (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (cons elt (t2tb1 skv_91) (t2tb skv_92))) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) (t2tb skv_90)), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_84) (nil elt)) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (t2tb skv_86)) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_120) (t2tb skv_84)) (nil elt)), (infix_plpl elt (t2tb skv_84) (cons elt (t2tb1 skv_120) (nil elt))) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_118) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (nil elt)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (cons elt (t2tb1 skv_118) (nil elt))) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_118) (t2tb skv_86)) (nil elt)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_118) (nil elt))) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_118) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (nil elt)), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (cons elt (t2tb1 skv_118) (nil elt))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (X uni) (BOUND_VARIABLE_1755 uni) (BOUND_VARIABLE_1756 uni)) (let ((_let_0 (= X BOUND_VARIABLE_1755))) (let ((_let_1 (num_occ1 A X BOUND_VARIABLE_1756))) (let ((_let_2 (num_occ1 A X (cons A BOUND_VARIABLE_1755 BOUND_VARIABLE_1756)))) (or (not (sort1 A X)) (and (or (not (sort1 A BOUND_VARIABLE_1755)) (and (or _let_0 (= _let_1 _let_2)) (or (not _let_0) (= _let_1 (+ (- 1) _let_2))))) (= (num_occ1 A X (nil A)) 0)))))) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_91), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_91), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.36 ( elt, skv_111, (t2tb1 skv_89), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.36 ( elt, skv_111, (t2tb1 skv_116), (infix_plpl elt (nil elt) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) ) 49.08/49.36 ( elt, skv_111, (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (infix_plpl elt (cons elt (t2tb1 skv_88) _let_0) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.36 ( elt, skv_111, (t2tb1 skv_119), (nil elt) ) 49.08/49.36 ( elt, skv_111, (t2tb1 skv_119), (infix_plpl elt (nil elt) (t2tb skv_85)) ) 49.08/49.36 ( elt, skv_111, (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.36 ( elt, skv_111, (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_112), (t2tb1 skv_119), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_113), (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.36 ( elt, (t2tb1 skv_114), (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.36 ( elt, (t2tb1 skv_115), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_127), (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_128), (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.36 ( elt, (t2tb1 skv_129), (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ( elt, skv_185, (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (infix_plpl elt (cons elt (t2tb1 skv_88) _let_0) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.36 ( elt, skv_185, (t2tb1 skv_119), (nil elt) ) 49.08/49.36 ( elt, skv_189, (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.36 ( elt, skv_189, (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((X elt1) (L list_elt)) (= (sorted1 (tb2t (cons elt (t2tb1 X) (t2tb L)))) (and (sorted1 L) (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb L))) (le1 X Y)) ))) ) 49.08/49.36 ( skv_88, skv_86 ) 49.08/49.36 ( skv_88, skv_87 ) 49.08/49.36 ( skv_88, skv_90 ) 49.08/49.36 ( skv_88, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.36 ( skv_88, (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( skv_89, skv_86 ) 49.08/49.36 ( skv_89, skv_87 ) 49.08/49.36 ( skv_89, skv_90 ) 49.08/49.36 ( skv_89, (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))) ) 49.08/49.36 ( skv_89, (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))) ) 49.08/49.36 ( skv_91, skv_92 ) 49.08/49.36 ( skv_112, skv_85 ) 49.08/49.36 ( skv_112, skv_86 ) 49.08/49.36 ( skv_112, skv_90 ) 49.08/49.36 ( skv_113, skv_90 ) 49.08/49.36 ( skv_114, skv_90 ) 49.08/49.36 ( skv_115, skv_90 ) 49.08/49.36 ( skv_116, skv_84 ) 49.08/49.36 ( skv_116, skv_90 ) 49.08/49.36 ( skv_116, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.36 ( skv_116, (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))) ) 49.08/49.36 ( skv_116, (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.36 ( skv_117, skv_86 ) 49.08/49.36 ( skv_117, skv_90 ) 49.08/49.36 ( skv_118, skv_86 ) 49.08/49.36 ( skv_118, skv_90 ) 49.08/49.36 ( skv_118, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.36 ( skv_118, (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( skv_119, skv_90 ) 49.08/49.36 ( skv_120, skv_84 ) 49.08/49.36 ( skv_120, skv_90 ) 49.08/49.36 ( skv_123, skv_90 ) 49.08/49.36 ( skv_123, skv_125 ) 49.08/49.36 ( skv_123, (tb2t (cons elt (t2tb1 skv_124) (t2tb skv_125))) ) 49.08/49.36 ( skv_124, skv_90 ) 49.08/49.36 ( skv_124, skv_125 ) 49.08/49.36 ( skv_128, skv_90 ) 49.08/49.36 ( skv_129, skv_90 ) 49.08/49.36 ( skv_187, skv_188 ) 49.08/49.36 ( skv_215, skv_216 ) 49.08/49.36 ( skv_218, skv_90 ) 49.08/49.36 ( skv_219, skv_90 ) 49.08/49.36 ( skv_220, skv_90 ) 49.08/49.36 ( skv_221, skv_87 ) 49.08/49.36 ( skv_222, skv_223 ) 49.08/49.36 ( skv_247, skv_90 ) 49.08/49.36 ( skv_248, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.36 ( skv_249, skv_90 ) 49.08/49.36 ( skv_252, skv_253 ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (L1 uni) (L2 uni) (L3 uni)) (or (not (permut A L1 L2)) (not (permut A L2 L3)) (permut A L1 L3)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_86)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb skv_85) (t2tb skv_84)) ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb skv_85) (t2tb skv_84)), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))), (infix_plpl elt (t2tb skv_86) (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt), (let ((_let_0 (nil elt))) (infix_plpl elt (reverse elt _let_0) (infix_plpl elt _let_0 _let_0))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_85), (let ((_let_0 (nil elt))) (infix_plpl elt (reverse elt _let_0) (infix_plpl elt _let_0 (t2tb skv_85)))) ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)), (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_89) (t2tb skv_86)) (t2tb skv_90)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_89) (t2tb skv_90))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_86)) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb skv_85) (t2tb skv_84)) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (cons elt (t2tb1 skv_91) (t2tb skv_92))), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (cons elt (t2tb1 skv_91) (t2tb skv_92))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (infix_plpl elt (t2tb skv_92) (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))), (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)) ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (cons elt (t2tb1 skv_91) (t2tb skv_92))), (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (infix_plpl elt (t2tb skv_92) (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (t2tb skv_86)) (nil elt)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) (t2tb skv_90)), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (cons elt (t2tb1 skv_89) (t2tb skv_90))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) (t2tb skv_90)), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (cons elt (t2tb1 skv_89) (t2tb skv_90))), (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_86)) ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (t2tb skv_86) (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (t2tb skv_85) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_86) (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_86)), (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_91) (t2tb skv_86))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_85) (t2tb skv_84)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (infix_plpl elt (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) (t2tb skv_86)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_85) (t2tb skv_84)), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_85) (t2tb skv_84)), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_84) (nil elt)), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_119) _let_0))) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (t2tb skv_86)) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_86)), (infix_plpl elt (t2tb skv_86) (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (nil elt) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))), (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_91) (t2tb skv_86))), (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_123) (cons elt (t2tb1 skv_124) (t2tb skv_125))), (cons elt (t2tb1 skv_124) (cons elt (t2tb1 skv_123) (t2tb skv_125))), (cons elt (t2tb1 skv_123) (cons elt (t2tb1 skv_124) (t2tb skv_125))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_116) (t2tb skv_84)) (nil elt)), (infix_plpl elt (t2tb skv_84) (cons elt (t2tb1 skv_116) (nil elt))), (infix_plpl elt (t2tb skv_86) (t2tb skv_84)) ) 49.08/49.36 ( elt, (let ((_let_0 (nil elt))) (infix_plpl elt (cons elt (t2tb1 skv_116) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) _let_0))))) _let_0)), (let ((_let_0 (nil elt))) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) _let_0)))) (cons elt (t2tb1 skv_116) _let_0))), (let ((_let_0 (t2tb skv_86))) (infix_plpl elt _let_0 (t2tb (tb2t (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) (nil elt))))))) ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_84) (nil elt)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_92) (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))), (infix_plpl elt (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (t2tb skv_92)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (cons elt (t2tb1 skv_91) (t2tb skv_92))) ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) (t2tb skv_86)), (infix_plpl elt (t2tb skv_86) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))), (infix_plpl elt (t2tb skv_85) (t2tb skv_84)) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_91) (t2tb skv_86))), (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))), (infix_plpl elt (t2tb skv_86) (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_124) (cons elt (t2tb1 skv_123) (t2tb skv_125))), (cons elt (t2tb1 skv_123) (cons elt (t2tb1 skv_124) (t2tb skv_125))), (cons elt (t2tb1 skv_124) (cons elt (t2tb1 skv_123) (t2tb skv_125))) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (X uni) (L1 uni) (L2 uni)) (or (not (permut A L1 L2)) (not (mem A X L1)) (mem A X L2)) ) 49.08/49.36 ( elt, (t2tb1 skv_114), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_211), (let ((_let_0 (t2tb skv_90))) (infix_plpl elt (cons elt (t2tb1 skv_89) (reverse elt _let_0)) _let_0)), (let ((_let_0 (t2tb skv_90))) (infix_plpl elt (reverse elt _let_0) (cons elt (t2tb1 skv_89) _let_0))) ) 49.08/49.36 ( elt, (t2tb1 skv_212), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_213), (let ((_let_0 (nil elt))) (infix_plpl elt (cons elt (t2tb1 skv_116) _let_0) (cons elt (t2tb1 skv_88) _let_0))), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_116) (cons elt (t2tb1 skv_88) _let_0)))) ) 49.08/49.36 ( elt, (t2tb1 skv_217), (let ((_let_0 (nil elt))) (infix_plpl elt (infix_plpl elt (reverse elt _let_0) _let_0) _let_0)), (let ((_let_0 (nil elt))) (infix_plpl elt (reverse elt _let_0) (infix_plpl elt _let_0 _let_0))) ) 49.08/49.36 ( elt, (t2tb1 skv_230), (let ((_let_0 (nil elt))) (infix_plpl elt (cons elt (t2tb1 skv_119) _let_0) _let_0)), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_119) _let_0))) ) 49.08/49.36 ( elt, (t2tb1 skv_239), (let ((_let_0 (nil elt))) (infix_plpl elt (infix_plpl elt (reverse elt _let_0) _let_0) (t2tb skv_85))), (let ((_let_0 (nil elt))) (infix_plpl elt (reverse elt _let_0) (infix_plpl elt _let_0 (t2tb skv_85)))) ) 49.08/49.36 ( elt, (t2tb1 skv_241), (let ((_let_0 (nil elt))) (infix_plpl elt (cons elt (t2tb1 skv_116) _let_0) _let_0)), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_116) _let_0))) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (L uni)) (= (length2 A L) (length2 A (reverse A L))) ) 49.08/49.36 ( elt, (t2tb skv_87) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_87)) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt))) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))) ) 49.08/49.36 ( elt, (t2tb skv_125) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_124) (t2tb skv_125)) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_123) (cons elt (t2tb1 skv_124) (t2tb skv_125))) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_118) (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_218) (nil elt)) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((J uni)) (= J (t2tb (tb2t J))) ) 49.08/49.36 ( (nil elt) ) 49.08/49.36 ( (cons elt (t2tb1 skv_89) (t2tb skv_90)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_88) (t2tb skv_87)) ) 49.08/49.36 ( (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.36 ( (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))) ) 49.08/49.36 ( (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( (cons elt (t2tb1 skv_91) (t2tb skv_92)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_89) (t2tb skv_86)) ) 49.08/49.36 ( (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.36 ( (infix_plpl elt (t2tb skv_85) (t2tb skv_84)) ) 49.08/49.36 ( (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.36 ( (cons elt (t2tb1 skv_116) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_117) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_119) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.36 ( (infix_plpl elt (t2tb skv_84) (t2tb skv_86)) ) 49.08/49.36 ( (let ((_let_0 (t2tb skv_86))) (infix_plpl elt (t2tb (tb2t (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) (nil elt))))) _let_0)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86))) ) 49.08/49.36 ( (cons elt (t2tb1 skv_124) (t2tb skv_125)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_123) (cons elt (t2tb1 skv_124) (t2tb skv_125))) ) 49.08/49.36 ( (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.36 ( (cons elt (t2tb1 skv_88) (cons elt (t2tb1 skv_116) (t2tb skv_90))) ) 49.08/49.36 ( (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.36 ( (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (t2tb skv_86)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_124) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_123) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_113) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_114) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_115) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_128) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_129) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_187) (t2tb skv_188)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_186) (cons elt (t2tb1 skv_187) (t2tb skv_188))) ) 49.08/49.36 ( (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_214) (cons elt (t2tb1 skv_215) (t2tb skv_216))) ) 49.08/49.36 ( (cons elt (t2tb1 skv_218) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_219) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_220) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_221) (cons elt (t2tb1 skv_222) (t2tb skv_223))) ) 49.08/49.36 ( (cons elt (t2tb1 skv_247) (nil elt)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_248) (cons elt (t2tb1 skv_249) (t2tb skv_250))) ) 49.08/49.36 ( (cons elt (t2tb1 skv_129) (cons elt (t2tb1 skv_128) (t2tb skv_90))) ) 49.08/49.36 ( (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.36 ( (cons elt (t2tb1 skv_251) (cons elt (t2tb1 skv_252) (t2tb skv_253))) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (U uni) (U1 uni)) (or (not (sort1 A U)) (= U (cons_proj_11 A (cons A U U1)))) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (t2tb skv_86) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (t2tb skv_87) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (infix_plpl elt (t2tb skv_90) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_91) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_88), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_88), (t2tb skv_86) ) 49.08/49.36 ( elt, (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.36 ( elt, (t2tb1 skv_88), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb1 skv_88), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.36 ( elt, (t2tb1 skv_88), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_91), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb1 skv_91), (t2tb skv_92) ) 49.08/49.36 ( elt, (t2tb1 skv_91), (cons elt (t2tb1 skv_89) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_91), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_92)) ) 49.08/49.36 ( elt, (t2tb1 skv_91), skv_191 ) 49.08/49.36 ( elt, (t2tb1 skv_112), skv_178 ) 49.08/49.36 ( elt, (t2tb1 skv_113), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_113), skv_180 ) 49.08/49.36 ( elt, (t2tb1 skv_114), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_114), skv_182 ) 49.08/49.36 ( elt, (t2tb1 skv_115), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_115), skv_184 ) 49.08/49.36 ( elt, (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (t2tb skv_84) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (infix_plpl elt (nil elt) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (infix_plpl elt (cons elt (t2tb1 skv_88) _let_0) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.36 ( elt, (t2tb1 skv_117), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_117), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_118), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (t2tb1 skv_119), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_119), (infix_plpl elt (nil elt) (t2tb skv_85)) ) 49.08/49.36 ( elt, (t2tb1 skv_119), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_120), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_120), (infix_plpl elt (nil elt) (t2tb skv_84)) ) 49.08/49.36 ( elt, (t2tb1 skv_124), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_124), (t2tb skv_125) ) 49.08/49.36 ( elt, (t2tb1 skv_124), (cons elt (t2tb1 skv_123) (t2tb skv_125)) ) 49.08/49.36 ( elt, (t2tb1 skv_123), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_123), (t2tb skv_125) ) 49.08/49.36 ( elt, (t2tb1 skv_123), (cons elt (t2tb1 skv_124) (t2tb skv_125)) ) 49.08/49.36 ( elt, (t2tb1 skv_126), skv_193 ) 49.08/49.36 ( elt, (t2tb1 skv_127), skv_195 ) 49.08/49.36 ( elt, (t2tb1 skv_128), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_128), skv_197 ) 49.08/49.36 ( elt, (t2tb1 skv_129), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_129), skv_199 ) 49.08/49.36 ( elt, (t2tb1 skv_129), (cons elt (t2tb1 skv_128) (t2tb skv_90)) ) 49.08/49.36 ( elt, (t2tb1 skv_187), (t2tb skv_188) ) 49.08/49.36 ( elt, (t2tb1 skv_186), (cons elt (t2tb1 skv_187) (t2tb skv_188)) ) 49.08/49.36 ( elt, (t2tb1 skv_215), (t2tb skv_216) ) 49.08/49.36 ( elt, (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.36 ( elt, (t2tb1 skv_218), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_219), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_220), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.36 ( elt, (t2tb1 skv_247), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.36 ( elt, (t2tb1 skv_248), (cons elt (t2tb1 skv_249) (t2tb skv_250)) ) 49.08/49.36 ( elt, (t2tb1 skv_252), (t2tb skv_253) ) 49.08/49.36 ( elt, (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((X elt1) (Y elt1) (Z elt1)) (or (not (le1 X Y)) (not (le1 Y Z)) (le1 X Z)) ) 49.08/49.36 ( skv_88, skv_88, skv_88 ) 49.08/49.36 ( skv_89, skv_89, skv_89 ) 49.08/49.36 ( skv_89, skv_113, skv_112 ) 49.08/49.36 ( skv_89, skv_115, skv_88 ) 49.08/49.36 ( skv_89, skv_115, skv_114 ) 49.08/49.36 ( skv_89, skv_118, skv_228 ) 49.08/49.36 ( skv_89, skv_120, skv_217 ) 49.08/49.36 ( skv_89, skv_124, skv_123 ) 49.08/49.36 ( skv_89, skv_128, skv_88 ) 49.08/49.36 ( skv_91, skv_89, skv_112 ) 49.08/49.36 ( skv_91, skv_89, skv_114 ) 49.08/49.36 ( skv_112, skv_88, skv_116 ) 49.08/49.36 ( skv_113, skv_112, skv_245 ) 49.08/49.36 ( skv_114, skv_115, skv_114 ) 49.08/49.36 ( skv_115, skv_114, skv_88 ) 49.08/49.36 ( skv_115, skv_114, skv_115 ) 49.08/49.36 ( skv_118, skv_88, skv_116 ) 49.08/49.36 ( skv_120, skv_88, skv_112 ) 49.08/49.36 ( skv_123, skv_88, skv_124 ) 49.08/49.36 ( skv_127, skv_126, skv_246 ) 49.08/49.36 ( skv_128, skv_129, skv_88 ) 49.08/49.36 ( skv_128, skv_129, skv_128 ) 49.08/49.36 ( skv_129, skv_128, skv_129 ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (L uni) (X uni)) (= (infix_plpl A (reverse A L) (cons A X (nil A))) (reverse A (cons A X L))) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_88) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_113) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_114) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_115) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_117) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_119) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_120) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_124) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_123) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_128) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_129) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_219) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_220) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_247) ) 49.08/49.36 ( elt, (t2tb skv_86), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_86), (t2tb1 skv_88) ) 49.08/49.36 ( elt, (t2tb skv_90), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_90), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (t2tb skv_90), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (t2tb skv_90), (t2tb1 skv_120) ) 49.08/49.36 ( elt, (t2tb skv_90), (t2tb1 skv_218) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_90)), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_90)), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (t2tb skv_87), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_87), (t2tb1 skv_88) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb1 skv_91) ) 49.08/49.36 ( elt, (t2tb skv_84), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb1 skv_249) ) 49.08/49.36 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (t2tb skv_92), (t2tb1 skv_91) ) 49.08/49.36 ( elt, (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb1 skv_88) ) 49.08/49.36 ( elt, (infix_plpl elt (nil elt) (t2tb skv_85)), (t2tb1 skv_119) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (t2tb1 skv_91) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb1 skv_88) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (infix_plpl elt (nil elt) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (infix_plpl elt (cons elt (t2tb1 skv_88) _let_0) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (infix_plpl elt (nil elt) (t2tb skv_86)), (t2tb1 skv_117) ) 49.08/49.36 ( elt, (infix_plpl elt (nil elt) (t2tb skv_86)), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (infix_plpl elt (nil elt) (t2tb skv_86)), (t2tb1 skv_119) ) 49.08/49.36 ( elt, (infix_plpl elt (nil elt) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_92)), (t2tb1 skv_91) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_119) (nil elt)), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_119) (nil elt)), (t2tb1 skv_120) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt))), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (t2tb skv_125), (t2tb1 skv_124) ) 49.08/49.36 ( elt, (t2tb skv_125), (t2tb1 skv_123) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_124) (t2tb skv_125)), (t2tb1 skv_123) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_90) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_87) (t2tb skv_86)), (t2tb1 skv_88) ) 49.08/49.36 ( elt, (infix_plpl elt (nil elt) (t2tb skv_84)), (t2tb1 skv_120) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_90)), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_90)), (t2tb1 skv_119) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_90)), (t2tb1 skv_249) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_120) (t2tb skv_90)), (t2tb1 skv_119) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_91) (t2tb skv_86)), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_116) (cons elt (t2tb1 skv_88) (nil elt))), (t2tb1 skv_249) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_123) (t2tb skv_125)), (t2tb1 skv_124) ) 49.08/49.36 ( elt, skv_178, (t2tb1 skv_112) ) 49.08/49.36 ( elt, skv_180, (t2tb1 skv_113) ) 49.08/49.36 ( elt, skv_182, (t2tb1 skv_114) ) 49.08/49.36 ( elt, skv_184, (t2tb1 skv_115) ) 49.08/49.36 ( elt, (t2tb skv_188), (t2tb1 skv_187) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_187) (t2tb skv_188)), (t2tb1 skv_186) ) 49.08/49.36 ( elt, skv_191, (t2tb1 skv_91) ) 49.08/49.36 ( elt, skv_193, (t2tb1 skv_126) ) 49.08/49.36 ( elt, skv_195, (t2tb1 skv_127) ) 49.08/49.36 ( elt, skv_197, (t2tb1 skv_128) ) 49.08/49.36 ( elt, skv_199, (t2tb1 skv_129) ) 49.08/49.36 ( elt, (t2tb skv_216), (t2tb1 skv_215) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_215) (t2tb skv_216)), (t2tb1 skv_214) ) 49.08/49.36 ( elt, (t2tb skv_223), (t2tb1 skv_222) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_222) (t2tb skv_223)), (t2tb1 skv_221) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_128) (t2tb skv_90)), (t2tb1 skv_129) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_249) (t2tb skv_250)), (t2tb1 skv_248) ) 49.08/49.36 ( elt, (t2tb skv_253), (t2tb1 skv_252) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_252) (t2tb skv_253)), (t2tb1 skv_251) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty)) (= (length2 A (nil A)) 0) ) 49.08/49.36 ( elt ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (X uni) (X1 uni)) (= (length2 A X1) (+ (- 1) (length2 A (cons A X X1)))) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (t2tb skv_86) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (t2tb skv_87) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (infix_plpl elt (t2tb skv_90) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.36 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_91) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_88), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_88), (t2tb skv_86) ) 49.08/49.36 ( elt, (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.36 ( elt, (t2tb1 skv_88), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb1 skv_88), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.36 ( elt, (t2tb1 skv_88), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_91), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb1 skv_91), (t2tb skv_92) ) 49.08/49.36 ( elt, (t2tb1 skv_91), (cons elt (t2tb1 skv_89) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_91), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_92)) ) 49.08/49.36 ( elt, (t2tb1 skv_91), skv_191 ) 49.08/49.36 ( elt, (t2tb1 skv_112), skv_178 ) 49.08/49.36 ( elt, (t2tb1 skv_113), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_113), skv_180 ) 49.08/49.36 ( elt, (t2tb1 skv_114), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_114), skv_182 ) 49.08/49.36 ( elt, (t2tb1 skv_115), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_115), skv_184 ) 49.08/49.36 ( elt, (t2tb1 skv_116), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (t2tb skv_84) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (infix_plpl elt (nil elt) (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) ) 49.08/49.36 ( elt, (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (infix_plpl elt (cons elt (t2tb1 skv_88) _let_0) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.36 ( elt, (t2tb1 skv_117), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_117), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_118), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_118), (infix_plpl elt (nil elt) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (t2tb1 skv_119), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_119), (infix_plpl elt (nil elt) (t2tb skv_85)) ) 49.08/49.36 ( elt, (t2tb1 skv_119), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.36 ( elt, (t2tb1 skv_120), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_120), (infix_plpl elt (nil elt) (t2tb skv_84)) ) 49.08/49.36 ( elt, (t2tb1 skv_124), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_124), (t2tb skv_125) ) 49.08/49.36 ( elt, (t2tb1 skv_124), (cons elt (t2tb1 skv_123) (t2tb skv_125)) ) 49.08/49.36 ( elt, (t2tb1 skv_123), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_123), (t2tb skv_125) ) 49.08/49.36 ( elt, (t2tb1 skv_123), (cons elt (t2tb1 skv_124) (t2tb skv_125)) ) 49.08/49.36 ( elt, (t2tb1 skv_126), skv_193 ) 49.08/49.36 ( elt, (t2tb1 skv_127), skv_195 ) 49.08/49.36 ( elt, (t2tb1 skv_128), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_128), skv_197 ) 49.08/49.36 ( elt, (t2tb1 skv_129), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_129), skv_199 ) 49.08/49.36 ( elt, (t2tb1 skv_129), (cons elt (t2tb1 skv_128) (t2tb skv_90)) ) 49.08/49.36 ( elt, (t2tb1 skv_187), (t2tb skv_188) ) 49.08/49.36 ( elt, (t2tb1 skv_186), (cons elt (t2tb1 skv_187) (t2tb skv_188)) ) 49.08/49.36 ( elt, (t2tb1 skv_215), (t2tb skv_216) ) 49.08/49.36 ( elt, (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.36 ( elt, (t2tb1 skv_218), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_219), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_220), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.36 ( elt, (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.36 ( elt, (t2tb1 skv_247), (nil elt) ) 49.08/49.36 ( elt, (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.36 ( elt, (t2tb1 skv_248), (cons elt (t2tb1 skv_249) (t2tb skv_250)) ) 49.08/49.36 ( elt, (t2tb1 skv_252), (t2tb skv_253) ) 49.08/49.36 ( elt, (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (L1 uni) (L2 uni) (X uni)) (= (infix_plpl A (reverse A (cons A X L1)) L2) (infix_plpl A (reverse A L1) (cons A X L2))) ) 49.08/49.36 ( elt, (nil elt), (t2tb skv_86), (t2tb1 skv_88) ) 49.08/49.36 ( elt, (nil elt), (t2tb skv_86), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (nil elt), (t2tb skv_86), (t2tb1 skv_119) ) 49.08/49.36 ( elt, (nil elt), (t2tb skv_90), (t2tb1 skv_218) ) 49.08/49.36 ( elt, (nil elt), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (nil elt), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (nil elt), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (nil elt), (t2tb skv_84), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (nil elt), (t2tb skv_85), (t2tb1 skv_119) ) 49.08/49.36 ( elt, (nil elt), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb1 skv_88) ) 49.08/49.36 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (nil elt), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (nil elt), (cons elt (t2tb1 skv_118) (nil elt)), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (nil elt), (cons elt (t2tb1 skv_120) (nil elt)), (t2tb1 skv_119) ) 49.08/49.36 ( elt, (nil elt), (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (t2tb skv_86), (nil elt), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_86), (t2tb skv_90), (t2tb1 skv_88) ) 49.08/49.36 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_91) (nil elt)), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_86), (cons elt (t2tb1 skv_118) (nil elt)), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_90), (nil elt), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (t2tb skv_90), (nil elt), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (t2tb skv_90), (nil elt), (t2tb1 skv_120) ) 49.08/49.36 ( elt, (t2tb skv_90), (t2tb skv_86), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_90), (t2tb skv_87), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_90), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_90), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_118) (nil elt)), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_90), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_90), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 _let_0)), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_90), (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 (t2tb (tb2t (cons elt (t2tb1 skv_88) _let_0))))), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_90), (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_215) (t2tb skv_216)), (t2tb1 skv_214) ) 49.08/49.36 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_222) (t2tb skv_223)), (t2tb1 skv_221) ) 49.08/49.36 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_249) (t2tb skv_250)), (t2tb1 skv_248) ) 49.08/49.36 ( elt, (t2tb skv_90), (cons elt (t2tb1 skv_252) (t2tb skv_253)), (t2tb1 skv_251) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_90)), (nil elt), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_90)), (nil elt), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_90)), (t2tb skv_223), (t2tb1 skv_222) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_90)), (cons elt (t2tb1 skv_222) (t2tb skv_223)), (t2tb1 skv_221) ) 49.08/49.36 ( elt, (t2tb skv_87), (nil elt), (t2tb1 skv_88) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (nil elt), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_86), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_90), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb skv_250), (t2tb1 skv_249) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (cons elt (t2tb1 skv_252) (t2tb skv_253)), (t2tb1 skv_251) ) 49.08/49.36 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb skv_92), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (let ((_let_0 (t2tb skv_92))) (infix_plpl elt _let_0 _let_0)), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))), (cons elt (t2tb1 skv_89) (nil elt)), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (nil elt), (t2tb1 skv_88) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (nil elt), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (t2tb skv_223), (t2tb1 skv_222) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (cons elt (t2tb1 skv_222) (t2tb skv_223)), (t2tb1 skv_221) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (nil elt), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (t2tb skv_90), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (t2tb skv_86)), (t2tb skv_87), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (t2tb skv_223), (t2tb1 skv_222) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (nil elt), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb skv_90), (t2tb1 skv_89) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (cons elt (t2tb1 skv_252) (t2tb skv_253)), (t2tb1 skv_251) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_119) (nil elt)), (nil elt), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_119) (nil elt)), (nil elt), (t2tb1 skv_120) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_119) (nil elt)), (cons elt (t2tb1 skv_215) (t2tb skv_216)), (t2tb1 skv_214) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt))), (nil elt), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt))), (t2tb skv_223), (t2tb1 skv_222) ) 49.08/49.36 ( elt, (t2tb skv_125), (nil elt), (t2tb1 skv_124) ) 49.08/49.36 ( elt, (t2tb skv_125), (cons elt (t2tb1 skv_123) (nil elt)), (t2tb1 skv_124) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_124) (t2tb skv_125)), (nil elt), (t2tb1 skv_123) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_90)), (nil elt), (t2tb1 skv_118) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_90)), (nil elt), (t2tb1 skv_119) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_90)), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))), (t2tb1 skv_116) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_90)), (cons elt (t2tb1 skv_222) (t2tb skv_223)), (t2tb1 skv_221) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_90)), (t2tb skv_250), (t2tb1 skv_249) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_116) (t2tb skv_90)), (cons elt (t2tb1 skv_249) (t2tb skv_250)), (t2tb1 skv_248) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_120) (t2tb skv_90)), (nil elt), (t2tb1 skv_119) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_116) (cons elt (t2tb1 skv_88) (nil elt))), (t2tb skv_250), (t2tb1 skv_249) ) 49.08/49.36 ( elt, (t2tb skv_223), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb1 skv_222) ) 49.08/49.36 ( elt, (t2tb skv_250), (t2tb skv_86), (t2tb1 skv_249) ) 49.08/49.36 ( elt, (t2tb skv_250), (t2tb skv_87), (t2tb1 skv_249) ) 49.08/49.36 ( elt, (t2tb skv_250), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb1 skv_249) ) 49.08/49.36 ( elt, (t2tb skv_250), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb1 skv_249) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_249) (t2tb skv_250)), (t2tb skv_90), (t2tb1 skv_248) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_252) (t2tb skv_253)), (t2tb skv_90), (t2tb1 skv_251) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_252) (t2tb skv_253)), (cons elt (t2tb1 skv_88) (nil elt)), (t2tb1 skv_251) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (L1 uni) (L2 uni) (K1 uni) (K2 uni)) (or (not (permut A L1 K1)) (not (permut A L2 K2)) (permut A (infix_plpl A L1 L2) (infix_plpl A K1 K2))) ) 49.08/49.36 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (reverse elt (nil elt)), (nil elt) ) 49.08/49.36 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.36 ( elt, (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.36 ( elt, (t2tb skv_87), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt), (cons elt (t2tb1 skv_119) (t2tb skv_85)) ) 49.08/49.36 ( elt, (t2tb skv_87), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_84), (nil elt) ) 49.08/49.36 ( elt, (t2tb skv_87), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_84), (t2tb skv_85) ) 49.08/49.36 ( elt, (t2tb skv_87), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), skv_192, (cons elt (t2tb1 skv_126) skv_193) ) 49.08/49.36 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb skv_84), (t2tb skv_85), (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb skv_84), (t2tb skv_85), (t2tb skv_86), (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.36 ( elt, (t2tb skv_84), (t2tb skv_85), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87), (nil elt), (cons elt (t2tb1 skv_119) (t2tb skv_85)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_87), (t2tb skv_84), (t2tb skv_85) ) 49.08/49.36 ( elt, (reverse elt (nil elt)), (nil elt), (nil elt), (t2tb skv_85) ) 49.08/49.36 ( elt, (reverse elt (nil elt)), (nil elt), skv_179, (cons elt (t2tb1 skv_113) skv_180) ) 49.08/49.36 ( elt, skv_192, (cons elt (t2tb1 skv_126) skv_193), (nil elt), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (L1 uni) (L2 uni)) (or (not (forall ((X uni)) (or (not (sort1 A X)) (= (num_occ1 A X L1) (num_occ1 A X L2))) )) (permut A L1 L2)) ) 49.08/49.36 ( elt, (nil elt), (t2tb skv_85) ) 49.08/49.36 ( elt, (t2tb skv_87), (t2tb skv_84) ) 49.08/49.36 ( elt, (t2tb skv_87), (t2tb skv_85) ) 49.08/49.36 ( elt, (t2tb skv_84), (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (t2tb skv_85), (t2tb skv_87) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (nil elt) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_84) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb skv_85) ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (t2tb skv_84) (nil elt)) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (L1 uni) (L2 uni) (BOUND_VARIABLE_1871 uni)) (or (not (permut A L1 L2)) (= (num_occ1 A BOUND_VARIABLE_1871 L1) (num_occ1 A BOUND_VARIABLE_1871 L2))) ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), skv_111 ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), skv_111 ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)), (infix_plpl elt (t2tb skv_85) (t2tb skv_84)), skv_111 ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)), (t2tb1 skv_114) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), skv_111 ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), skv_185 ) 49.08/49.36 ( elt, (infix_plpl elt (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)), (infix_plpl elt (t2tb skv_87) (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), skv_111 ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb skv_86) (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_86)), skv_111 ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (L2 uni)) (= L2 (infix_plpl A (nil A) L2)) ) 49.08/49.36 ( elt, (nil elt) ) 49.08/49.36 ( elt, (t2tb skv_86) ) 49.08/49.36 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.36 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.36 ( elt, (t2tb skv_84) ) 49.08/49.36 ( elt, (t2tb skv_85) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.36 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_87)) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_119) (t2tb skv_85)) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_89) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_120) (t2tb skv_84)) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_119) (t2tb skv_86)) ) 49.08/49.36 ( elt, (cons elt (t2tb1 skv_218) (t2tb skv_90)) ) 49.08/49.36 ) 49.08/49.36 (instantiation (forall ((A ty) (L2 uni) (X uni) (X1 uni)) (= (infix_plpl A (cons A X X1) L2) (cons A X (infix_plpl A X1 L2))) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_89), (infix_plpl elt (t2tb skv_90) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_88), (t2tb skv_86) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_88), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_113), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_114), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_115), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_116), (t2tb skv_84) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_116), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_116), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_116), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_116), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_118), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_118), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_118), (infix_plpl elt (nil elt) (t2tb skv_86)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_118), (infix_plpl elt (nil elt) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_120), (t2tb skv_84) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_120), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_124), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_123), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_128), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_129), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_219), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_220), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_247), (reverse elt (nil elt)) ) 49.08/49.36 ( elt, (nil elt), (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.36 ( elt, (t2tb skv_86), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.36 ( elt, (t2tb skv_86), (t2tb1 skv_89), (t2tb skv_87) ) 49.08/49.36 ( elt, (t2tb skv_86), (t2tb1 skv_89), (infix_plpl elt (t2tb skv_90) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.37 ( elt, (t2tb skv_86), (t2tb1 skv_88), (nil elt) ) 49.08/49.37 ( elt, (t2tb skv_86), (t2tb1 skv_88), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb skv_86), (t2tb1 skv_88), (infix_plpl elt (nil elt) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.37 ( elt, (t2tb skv_86), (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.37 ( elt, (t2tb skv_86), (t2tb1 skv_117), (nil elt) ) 49.08/49.37 ( elt, (t2tb skv_86), (t2tb1 skv_118), (nil elt) ) 49.08/49.37 ( elt, (t2tb skv_86), (t2tb1 skv_119), (nil elt) ) 49.08/49.37 ( elt, (t2tb skv_86), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.37 ( elt, (t2tb skv_86), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.37 ( elt, (t2tb skv_86), (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.37 ( elt, (t2tb skv_86), (t2tb1 skv_248), (cons elt (t2tb1 skv_249) (t2tb skv_250)) ) 49.08/49.37 ( elt, (t2tb skv_90), (t2tb1 skv_89), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb skv_90), (t2tb1 skv_89), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.37 ( elt, (t2tb skv_90), (t2tb1 skv_89), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.37 ( elt, (t2tb skv_90), (t2tb1 skv_91), (cons elt (t2tb1 skv_89) (t2tb skv_86)) ) 49.08/49.37 ( elt, (t2tb skv_90), (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.37 ( elt, (t2tb skv_90), (t2tb1 skv_116), (reverse elt (cons elt (t2tb1 skv_89) (cons elt (t2tb1 skv_88) (nil elt)))) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb1 skv_88), (nil elt) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb1 skv_88), (infix_plpl elt (t2tb skv_87) (t2tb skv_86)) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb1 skv_91), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb1 skv_116), (nil elt) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb1 skv_118), (nil elt) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb1 skv_118), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.37 ( elt, (t2tb skv_87), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb skv_87), (t2tb1 skv_89), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb skv_87), (t2tb1 skv_88), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb skv_87), (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (infix_plpl elt (cons elt (t2tb1 skv_88) _let_0) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.37 ( elt, (t2tb skv_87), (t2tb1 skv_248), (cons elt (t2tb1 skv_249) (t2tb skv_250)) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb1 skv_89), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb1 skv_116), (nil elt) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.37 ( elt, (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))), (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.37 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb1 skv_88), (nil elt) ) 49.08/49.37 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb1 skv_118), (nil elt) ) 49.08/49.37 ( elt, (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb1 skv_221), (cons elt (t2tb1 skv_222) (t2tb skv_223)) ) 49.08/49.37 ( elt, (t2tb skv_84), (t2tb1 skv_116), (nil elt) ) 49.08/49.37 ( elt, (t2tb skv_84), (t2tb1 skv_120), (nil elt) ) 49.08/49.37 ( elt, (t2tb skv_84), (t2tb1 skv_214), (cons elt (t2tb1 skv_215) (t2tb skv_216)) ) 49.08/49.37 ( elt, (t2tb skv_85), (t2tb1 skv_119), (nil elt) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb1 skv_89), (t2tb skv_86) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb1 skv_116), (nil elt) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb1 skv_116), (t2tb skv_86) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_88) (nil elt)), (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.37 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb1 skv_89), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb1 skv_116), (nil elt) ) 49.08/49.37 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.37 ( elt, (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))), (t2tb1 skv_249), (t2tb skv_250) ) 49.08/49.37 ( elt, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.37 ( elt, (t2tb skv_92), (t2tb1 skv_91), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.37 ( elt, (t2tb skv_92), (t2tb1 skv_91), (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_92)) ) 49.08/49.37 ( elt, (t2tb skv_92), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.37 ( elt, (t2tb skv_92), (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_89) (t2tb skv_86)), (t2tb1 skv_91), (t2tb skv_90) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))), (t2tb1 skv_222), (t2tb skv_223) ) 49.08/49.37 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))), (t2tb1 skv_116), (nil elt) ) 49.08/49.37 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))), (t2tb1 skv_116), (nil elt) ) 49.08/49.37 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb1 skv_91), (t2tb skv_86) ) 49.08/49.37 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb1 skv_116), (nil elt) ) 49.08/49.37 ( elt, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)), (t2tb1 skv_116), (let ((_let_0 (nil elt))) (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_89) (nil elt)), (t2tb1 skv_248), (reverse elt (t2tb skv_90)) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_91) (nil elt)), (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.37 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)), (t2tb1 skv_89), (reverse elt (nil elt)) ) 49.08/49.37 ( elt, (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)), (t2tb1 skv_116), (nil elt) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb1 skv_116), (nil elt) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_118) (nil elt)), (t2tb1 skv_251), (cons elt (t2tb1 skv_252) (t2tb skv_253)) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_120) (nil elt)), (t2tb1 skv_119), (nil elt) ) 49.08/49.37 ( elt, (infix_plpl elt (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)), (t2tb1 skv_116), (nil elt) ) 49.08/49.37 ( elt, (infix_plpl elt (t2tb skv_87) (t2tb skv_86)), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.37 ( elt, (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 _let_0)), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.37 ( elt, (let ((_let_0 (t2tb skv_87))) (infix_plpl elt _let_0 (t2tb (tb2t (cons elt (t2tb1 skv_88) _let_0))))), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.37 ( elt, (infix_plpl elt (t2tb skv_87) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))), (t2tb1 skv_89), (t2tb skv_90) ) 49.08/49.37 ( elt, (let ((_let_0 (t2tb skv_92))) (infix_plpl elt _let_0 _let_0)), (t2tb1 skv_91), (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_113) skv_180), (t2tb1 skv_119), skv_179 ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_91) skv_191), (t2tb1 skv_89), skv_190 ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_126) skv_193), (t2tb1 skv_116), skv_192 ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_126) skv_193), (t2tb1 skv_120), skv_192 ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_127) skv_195), (t2tb1 skv_89), skv_194 ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_127) skv_195), (t2tb1 skv_88), skv_194 ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_127) skv_195), (t2tb1 skv_118), skv_194 ) 49.08/49.37 ( elt, (cons elt (t2tb1 skv_127) skv_195), (t2tb1 skv_119), skv_194 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((A ty) (X uni) (L uni)) (or (not (mem A X L)) (not (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list A))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= L (infix_plpl A L1 (cons A X L2)))))) ))) ) 49.08/49.37 ( elt, (t2tb1 skv_91), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_91), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_91), (let ((_let_0 (nil elt))) (infix_plpl elt (reverse elt _let_0) (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.37 ( elt, (t2tb1 skv_112), (t2tb skv_84) ) 49.08/49.37 ( elt, (t2tb1 skv_113), (t2tb skv_85) ) 49.08/49.37 ( elt, (t2tb1 skv_114), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.37 ( elt, (t2tb1 skv_115), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_124), (cons elt (t2tb1 skv_124) (t2tb skv_125)) ) 49.08/49.37 ( elt, (t2tb1 skv_126), (t2tb skv_84) ) 49.08/49.37 ( elt, (t2tb1 skv_127), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_128), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.37 ( elt, (t2tb1 skv_129), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_200), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_201), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_202), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_203), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_204), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_205), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_206), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_207), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_208), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_209), (t2tb skv_85) ) 49.08/49.37 ( elt, (t2tb1 skv_210), (t2tb skv_84) ) 49.08/49.37 ( elt, (t2tb1 skv_211), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_212), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.37 ( elt, (t2tb1 skv_213), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.37 ( elt, (t2tb1 skv_217), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_224), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_225), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_226), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_227), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_228), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_230), (t2tb skv_84) ) 49.08/49.37 ( elt, (t2tb1 skv_231), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_232), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_233), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_234), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_235), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_236), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_237), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_238), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_239), (t2tb skv_85) ) 49.08/49.37 ( elt, (t2tb1 skv_240), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_241), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_242), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_243), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_244), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_245), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_246), (t2tb skv_90) ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((A ty)) (let ((_let_0 (nil A))) (= _let_0 (reverse A _let_0))) ) 49.08/49.37 ( elt ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((A ty) (X uni) (L uni)) (= (num_occ1 A X (reverse A L)) (num_occ1 A X L)) ) 49.08/49.37 ( elt, skv_111, (cons elt (t2tb1 skv_91) (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.37 ( elt, (t2tb1 skv_114), (cons elt (t2tb1 skv_88) (t2tb skv_86)) ) 49.08/49.37 ( elt, (t2tb1 skv_128), (cons elt (t2tb1 skv_88) (t2tb skv_86)) ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((Z list_elt)) (or (not (sorted1 Z)) (= (tb2t (nil elt)) Z) (not (forall ((X elt1)) (not (= Z (tb2t (cons elt (t2tb1 X) (nil elt))))) )) (not (forall ((X elt1) (Y elt1) (L list_elt)) (let ((_let_0 (cons elt (t2tb1 Y) (t2tb L)))) (or (not (le1 X Y)) (not (sorted1 (tb2t _let_0))) (not (= Z (tb2t (cons elt (t2tb1 X) _let_0)))))) ))) ) 49.08/49.37 ( skv_84 ) 49.08/49.37 ( skv_85 ) 49.08/49.37 ( skv_86 ) 49.08/49.37 ( skv_87 ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))) ) 49.08/49.37 ( (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))) ) 49.08/49.37 ( (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_88) (nil elt))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_86)))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_124) (t2tb skv_125))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_123) (cons elt (t2tb1 skv_124) (t2tb skv_125)))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_113) (nil elt))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_114) (nil elt))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_115) (nil elt))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_123) (nil elt))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_124) (nil elt))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_128) (nil elt))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_129) (nil elt))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_118) (t2tb skv_90))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_120) (t2tb skv_90))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_187) (t2tb skv_188))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_215) (t2tb skv_216))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_129) (cons elt (t2tb1 skv_128) (t2tb skv_90)))) ) 49.08/49.37 ( (tb2t (cons elt (t2tb1 skv_252) (t2tb skv_253))) ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((A ty) (X uni) (L uni)) (= (>= (num_occ1 A X L) 1) (mem A X L)) ) 49.08/49.37 ( elt, (t2tb1 skv_89), (nil elt) ) 49.08/49.37 ( elt, (t2tb1 skv_89), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_89), (cons elt (t2tb1 skv_88) (t2tb skv_87)) ) 49.08/49.37 ( elt, (t2tb1 skv_89), (t2tb skv_84) ) 49.08/49.37 ( elt, (t2tb1 skv_91), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_91), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_91), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_91), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_91), (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb skv_87)) ) 49.08/49.37 ( elt, (t2tb1 skv_91), (let ((_let_0 (nil elt))) (infix_plpl elt (reverse elt _let_0) (cons elt (t2tb1 skv_88) _let_0))) ) 49.08/49.37 ( elt, (t2tb1 skv_91), (cons elt (t2tb1 skv_118) (nil elt)) ) 49.08/49.37 ( elt, skv_111, (t2tb skv_87) ) 49.08/49.37 ( elt, skv_111, (infix_plpl elt (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.37 ( elt, skv_111, (t2tb skv_84) ) 49.08/49.37 ( elt, skv_111, (t2tb skv_85) ) 49.08/49.37 ( elt, skv_111, (infix_plpl elt (t2tb skv_84) (t2tb skv_85)) ) 49.08/49.37 ( elt, skv_111, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.37 ( elt, skv_111, (infix_plpl elt (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) (t2tb skv_87)) ) 49.08/49.37 ( elt, skv_111, (infix_plpl elt (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt)))))) ) 49.08/49.37 ( elt, (t2tb1 skv_112), (nil elt) ) 49.08/49.37 ( elt, (t2tb1 skv_112), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_112), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_112), (t2tb skv_84) ) 49.08/49.37 ( elt, (t2tb1 skv_113), (nil elt) ) 49.08/49.37 ( elt, (t2tb1 skv_113), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_113), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_113), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_113), (t2tb skv_85) ) 49.08/49.37 ( elt, (t2tb1 skv_113), (cons elt (t2tb1 skv_120) (nil elt)) ) 49.08/49.37 ( elt, (t2tb1 skv_114), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_114), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_114), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_114), (t2tb skv_84) ) 49.08/49.37 ( elt, (t2tb1 skv_114), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.37 ( elt, (t2tb1 skv_114), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.37 ( elt, (t2tb1 skv_114), (infix_plpl elt (cons elt (t2tb1 skv_88) (nil elt)) (t2tb skv_86)) ) 49.08/49.37 ( elt, (t2tb1 skv_115), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_115), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_115), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_115), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_116), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_117), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_118), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_118), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_120), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_120), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_124), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_124), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_124), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_124), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_124), (cons elt (t2tb1 skv_124) (t2tb skv_125)) ) 49.08/49.37 ( elt, (t2tb1 skv_123), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_123), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_123), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_123), (t2tb skv_84) ) 49.08/49.37 ( elt, (t2tb1 skv_126), (t2tb skv_84) ) 49.08/49.37 ( elt, (t2tb1 skv_127), (nil elt) ) 49.08/49.37 ( elt, (t2tb1 skv_127), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_127), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_127), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_128), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_128), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_128), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_128), (t2tb skv_84) ) 49.08/49.37 ( elt, (t2tb1 skv_128), (cons elt (t2tb1 skv_88) (nil elt)) ) 49.08/49.37 ( elt, (t2tb1 skv_128), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.37 ( elt, (t2tb1 skv_129), (nil elt) ) 49.08/49.37 ( elt, (t2tb1 skv_129), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_129), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_129), (t2tb skv_87) ) 49.08/49.37 ( elt, (t2tb1 skv_129), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, skv_185, (t2tb skv_84) ) 49.08/49.37 ( elt, skv_185, (infix_plpl elt (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))) ) 49.08/49.37 ( elt, skv_189, (t2tb skv_87) ) 49.08/49.37 ( elt, skv_189, (t2tb skv_85) ) 49.08/49.37 ( elt, (t2tb1 skv_200), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_201), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_202), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_203), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_204), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_205), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_206), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_207), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_208), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_209), (t2tb skv_85) ) 49.08/49.37 ( elt, (t2tb1 skv_210), (t2tb skv_84) ) 49.08/49.37 ( elt, (t2tb1 skv_211), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_212), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.37 ( elt, (t2tb1 skv_213), (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) ) 49.08/49.37 ( elt, (t2tb1 skv_217), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_224), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_225), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_226), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_227), (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))) ) 49.08/49.37 ( elt, (t2tb1 skv_228), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_230), (t2tb skv_84) ) 49.08/49.37 ( elt, (t2tb1 skv_231), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_232), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_233), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_234), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_235), (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) ) 49.08/49.37 ( elt, (t2tb1 skv_236), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_237), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_238), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_239), (t2tb skv_85) ) 49.08/49.37 ( elt, (t2tb1 skv_240), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_241), (t2tb skv_86) ) 49.08/49.37 ( elt, (t2tb1 skv_242), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_243), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_244), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_245), (t2tb skv_90) ) 49.08/49.37 ( elt, (t2tb1 skv_246), (t2tb skv_90) ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb INST_CONSTANT_2614))) (not (mem elt (t2tb1 Y) (t2tb INST_CONSTANT_2615))) (le1 X Y)) ) 49.08/49.37 ( skv_88, skv_88 ) 49.08/49.37 ( skv_88, skv_112 ) 49.08/49.37 ( skv_88, skv_113 ) 49.08/49.37 ( skv_88, skv_114 ) 49.08/49.37 ( skv_88, skv_115 ) 49.08/49.37 ( skv_88, skv_116 ) 49.08/49.37 ( skv_88, skv_118 ) 49.08/49.37 ( skv_88, skv_120 ) 49.08/49.37 ( skv_88, skv_123 ) 49.08/49.37 ( skv_88, skv_124 ) 49.08/49.37 ( skv_88, skv_128 ) 49.08/49.37 ( skv_88, skv_129 ) 49.08/49.37 ( skv_88, skv_208 ) 49.08/49.37 ( skv_88, skv_242 ) 49.08/49.37 ( skv_89, skv_89 ) 49.08/49.37 ( skv_89, skv_91 ) 49.08/49.37 ( skv_89, skv_112 ) 49.08/49.37 ( skv_89, skv_113 ) 49.08/49.37 ( skv_89, skv_114 ) 49.08/49.37 ( skv_89, skv_115 ) 49.08/49.37 ( skv_89, skv_116 ) 49.08/49.37 ( skv_89, skv_118 ) 49.08/49.37 ( skv_89, skv_120 ) 49.08/49.37 ( skv_89, skv_123 ) 49.08/49.37 ( skv_89, skv_124 ) 49.08/49.37 ( skv_89, skv_128 ) 49.08/49.37 ( skv_89, skv_129 ) 49.08/49.37 ( skv_89, skv_200 ) 49.08/49.37 ( skv_89, skv_213 ) 49.08/49.37 ( skv_112, skv_113 ) 49.08/49.37 ( skv_112, skv_246 ) 49.08/49.37 ( skv_114, skv_115 ) 49.08/49.37 ( skv_116, skv_243 ) 49.08/49.37 ( skv_117, skv_203 ) 49.08/49.37 ( skv_117, skv_244 ) 49.08/49.37 ( skv_118, skv_228 ) 49.08/49.37 ( skv_119, skv_245 ) 49.08/49.37 ( skv_120, skv_217 ) 49.08/49.37 ( skv_123, skv_124 ) 49.08/49.37 ( skv_126, skv_127 ) 49.08/49.37 ( skv_128, skv_129 ) 49.08/49.37 ( skv_186, skv_187 ) 49.08/49.37 ( skv_201, skv_202 ) 49.08/49.37 ( skv_204, skv_205 ) 49.08/49.37 ( skv_206, skv_207 ) 49.08/49.37 ( skv_209, skv_210 ) 49.08/49.37 ( skv_211, skv_212 ) 49.08/49.37 ( skv_224, skv_225 ) 49.08/49.37 ( skv_226, skv_227 ) 49.08/49.37 ( skv_230, skv_231 ) 49.08/49.37 ( skv_232, skv_233 ) 49.08/49.37 ( skv_234, skv_235 ) 49.08/49.37 ( skv_236, skv_237 ) 49.08/49.37 ( skv_238, skv_239 ) 49.08/49.37 ( skv_240, skv_241 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb INST_CONSTANT_3003))) (le1 INST_CONSTANT_3002 Y)) ) 49.08/49.37 ( skv_88 ) 49.08/49.37 ( skv_89 ) 49.08/49.37 ( skv_91 ) 49.08/49.37 ( skv_112 ) 49.08/49.37 ( skv_113 ) 49.08/49.37 ( skv_114 ) 49.08/49.37 ( skv_115 ) 49.08/49.37 ( skv_116 ) 49.08/49.37 ( skv_117 ) 49.08/49.37 ( skv_118 ) 49.08/49.37 ( skv_119 ) 49.08/49.37 ( skv_120 ) 49.08/49.37 ( skv_123 ) 49.08/49.37 ( skv_124 ) 49.08/49.37 ( skv_126 ) 49.08/49.37 ( skv_127 ) 49.08/49.37 ( skv_128 ) 49.08/49.37 ( skv_129 ) 49.08/49.37 ( (tb2t1 skv_111) ) 49.08/49.37 ( skv_186 ) 49.08/49.37 ( skv_187 ) 49.08/49.37 ( skv_200 ) 49.08/49.37 ( skv_201 ) 49.08/49.37 ( skv_202 ) 49.08/49.37 ( skv_203 ) 49.08/49.37 ( skv_204 ) 49.08/49.37 ( skv_205 ) 49.08/49.37 ( skv_206 ) 49.08/49.37 ( skv_207 ) 49.08/49.37 ( skv_208 ) 49.08/49.37 ( skv_209 ) 49.08/49.37 ( skv_210 ) 49.08/49.37 ( skv_211 ) 49.08/49.37 ( skv_212 ) 49.08/49.37 ( skv_213 ) 49.08/49.37 ( skv_214 ) 49.08/49.37 ( skv_215 ) 49.08/49.37 ( skv_217 ) 49.08/49.37 ( skv_218 ) 49.08/49.37 ( skv_219 ) 49.08/49.37 ( skv_220 ) 49.08/49.37 ( skv_221 ) 49.08/49.37 ( skv_222 ) 49.08/49.37 ( skv_224 ) 49.08/49.37 ( skv_225 ) 49.08/49.37 ( skv_226 ) 49.08/49.37 ( skv_227 ) 49.08/49.37 ( skv_228 ) 49.08/49.37 ( skv_230 ) 49.08/49.37 ( skv_231 ) 49.08/49.37 ( skv_232 ) 49.08/49.37 ( skv_233 ) 49.08/49.37 ( skv_234 ) 49.08/49.37 ( skv_235 ) 49.08/49.37 ( skv_236 ) 49.08/49.37 ( skv_237 ) 49.08/49.37 ( skv_238 ) 49.08/49.37 ( skv_239 ) 49.08/49.37 ( skv_240 ) 49.08/49.37 ( skv_241 ) 49.08/49.37 ( skv_242 ) 49.08/49.37 ( skv_243 ) 49.08/49.37 ( skv_244 ) 49.08/49.37 ( skv_245 ) 49.08/49.37 ( skv_246 ) 49.08/49.37 ( skv_247 ) 49.08/49.37 ( skv_248 ) 49.08/49.37 ( skv_249 ) 49.08/49.37 ( skv_251 ) 49.08/49.37 ( skv_252 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) INST_CONSTANT_3762)) ) 49.08/49.37 ( skv_88 ) 49.08/49.37 ( skv_89 ) 49.08/49.37 ( skv_91 ) 49.08/49.37 ( skv_112 ) 49.08/49.37 ( skv_113 ) 49.08/49.37 ( skv_114 ) 49.08/49.37 ( skv_115 ) 49.08/49.37 ( skv_116 ) 49.08/49.37 ( skv_118 ) 49.08/49.37 ( skv_119 ) 49.08/49.37 ( skv_120 ) 49.08/49.37 ( skv_123 ) 49.08/49.37 ( skv_124 ) 49.08/49.37 ( skv_126 ) 49.08/49.37 ( skv_127 ) 49.08/49.37 ( skv_128 ) 49.08/49.37 ( skv_129 ) 49.08/49.37 ( (tb2t1 skv_111) ) 49.08/49.37 ( skv_186 ) 49.08/49.37 ( skv_187 ) 49.08/49.37 ( skv_200 ) 49.08/49.37 ( skv_201 ) 49.08/49.37 ( skv_202 ) 49.08/49.37 ( skv_203 ) 49.08/49.37 ( skv_204 ) 49.08/49.37 ( skv_205 ) 49.08/49.37 ( skv_206 ) 49.08/49.37 ( skv_207 ) 49.08/49.37 ( skv_208 ) 49.08/49.37 ( skv_209 ) 49.08/49.37 ( skv_210 ) 49.08/49.37 ( skv_211 ) 49.08/49.37 ( skv_212 ) 49.08/49.37 ( skv_213 ) 49.08/49.37 ( skv_214 ) 49.08/49.37 ( skv_215 ) 49.08/49.37 ( skv_217 ) 49.08/49.37 ( skv_218 ) 49.08/49.37 ( skv_219 ) 49.08/49.37 ( skv_220 ) 49.08/49.37 ( skv_221 ) 49.08/49.37 ( skv_222 ) 49.08/49.37 ( skv_224 ) 49.08/49.37 ( skv_225 ) 49.08/49.37 ( skv_226 ) 49.08/49.37 ( skv_227 ) 49.08/49.37 ( skv_228 ) 49.08/49.37 ( skv_230 ) 49.08/49.37 ( skv_231 ) 49.08/49.37 ( skv_232 ) 49.08/49.37 ( skv_233 ) 49.08/49.37 ( skv_234 ) 49.08/49.37 ( skv_235 ) 49.08/49.37 ( skv_236 ) 49.08/49.37 ( skv_237 ) 49.08/49.37 ( skv_238 ) 49.08/49.37 ( skv_239 ) 49.08/49.37 ( skv_240 ) 49.08/49.37 ( skv_241 ) 49.08/49.37 ( skv_242 ) 49.08/49.37 ( skv_243 ) 49.08/49.37 ( skv_244 ) 49.08/49.37 ( skv_245 ) 49.08/49.37 ( skv_246 ) 49.08/49.37 ( skv_247 ) 49.08/49.37 ( skv_248 ) 49.08/49.37 ( skv_251 ) 49.08/49.37 ( skv_252 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((X elt1) (Y elt1) (L list_elt)) (let ((_let_0 (cons elt (t2tb1 Y) (t2tb L)))) (or (not (le1 X Y)) (not (sorted1 (tb2t _let_0))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) INST_CONSTANT_3762)))) ) 49.08/49.37 ( skv_88, skv_89, skv_87 ) 49.08/49.37 ( skv_88, skv_116, skv_90 ) 49.08/49.37 ( skv_89, skv_116, skv_90 ) 49.08/49.37 ( skv_89, skv_221, skv_87 ) 49.08/49.37 ( skv_89, skv_222, skv_223 ) 49.08/49.37 ( skv_91, skv_89, skv_90 ) 49.08/49.37 ( skv_116, skv_88, skv_90 ) 49.08/49.37 ( skv_116, skv_112, skv_90 ) 49.08/49.37 ( skv_116, skv_248, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.37 ( skv_117, skv_116, skv_90 ) 49.08/49.37 ( skv_118, skv_89, skv_90 ) 49.08/49.37 ( skv_118, skv_116, skv_90 ) 49.08/49.37 ( skv_118, skv_116, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.37 ( skv_120, skv_112, skv_90 ) 49.08/49.37 ( skv_123, skv_124, skv_125 ) 49.08/49.37 ( skv_124, skv_123, skv_125 ) 49.08/49.37 ( skv_129, skv_128, skv_90 ) 49.08/49.37 ( skv_186, skv_187, skv_188 ) 49.08/49.37 ( skv_214, skv_215, skv_216 ) 49.08/49.37 ( skv_221, skv_222, skv_223 ) 49.08/49.37 ( skv_251, skv_252, skv_253 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_86))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (le1 X Y)) ) 49.08/49.37 ( skv_88, skv_112 ) 49.08/49.37 ( skv_88, skv_114 ) 49.08/49.37 ( skv_88, skv_118 ) 49.08/49.37 ( skv_88, skv_120 ) 49.08/49.37 ( skv_88, skv_123 ) 49.08/49.37 ( skv_88, skv_128 ) 49.08/49.37 ( skv_88, skv_208 ) 49.08/49.37 ( skv_88, skv_242 ) 49.08/49.37 ( skv_89, skv_91 ) 49.08/49.37 ( skv_112, skv_113 ) 49.08/49.37 ( skv_114, skv_115 ) 49.08/49.37 ( skv_116, skv_243 ) 49.08/49.37 ( skv_118, skv_228 ) 49.08/49.37 ( skv_120, skv_217 ) 49.08/49.37 ( skv_123, skv_124 ) 49.08/49.37 ( skv_126, skv_127 ) 49.08/49.37 ( skv_128, skv_129 ) 49.08/49.37 ( skv_186, skv_187 ) 49.08/49.37 ( skv_201, skv_202 ) 49.08/49.37 ( skv_204, skv_205 ) 49.08/49.37 ( skv_206, skv_207 ) 49.08/49.37 ( skv_209, skv_210 ) 49.08/49.37 ( skv_211, skv_212 ) 49.08/49.37 ( skv_224, skv_225 ) 49.08/49.37 ( skv_226, skv_227 ) 49.08/49.37 ( skv_230, skv_231 ) 49.08/49.37 ( skv_232, skv_233 ) 49.08/49.37 ( skv_234, skv_235 ) 49.08/49.37 ( skv_236, skv_237 ) 49.08/49.37 ( skv_238, skv_239 ) 49.08/49.37 ( skv_240, skv_241 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_86))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) (le1 X Y)) ) 49.08/49.37 ( skv_88, skv_88 ) 49.08/49.37 ( skv_88, skv_112 ) 49.08/49.37 ( skv_88, skv_114 ) 49.08/49.37 ( skv_88, skv_118 ) 49.08/49.37 ( skv_88, skv_120 ) 49.08/49.37 ( skv_88, skv_123 ) 49.08/49.37 ( skv_88, skv_128 ) 49.08/49.37 ( skv_88, skv_208 ) 49.08/49.37 ( skv_88, skv_242 ) 49.08/49.37 ( skv_89, skv_91 ) 49.08/49.37 ( skv_112, skv_113 ) 49.08/49.37 ( skv_114, skv_115 ) 49.08/49.37 ( skv_116, skv_243 ) 49.08/49.37 ( skv_118, skv_228 ) 49.08/49.37 ( skv_120, skv_217 ) 49.08/49.37 ( skv_123, skv_124 ) 49.08/49.37 ( skv_126, skv_127 ) 49.08/49.37 ( skv_128, skv_129 ) 49.08/49.37 ( skv_186, skv_187 ) 49.08/49.37 ( skv_201, skv_202 ) 49.08/49.37 ( skv_204, skv_205 ) 49.08/49.37 ( skv_206, skv_207 ) 49.08/49.37 ( skv_209, skv_210 ) 49.08/49.37 ( skv_211, skv_212 ) 49.08/49.37 ( skv_224, skv_225 ) 49.08/49.37 ( skv_226, skv_227 ) 49.08/49.37 ( skv_230, skv_231 ) 49.08/49.37 ( skv_232, skv_233 ) 49.08/49.37 ( skv_234, skv_235 ) 49.08/49.37 ( skv_236, skv_237 ) 49.08/49.37 ( skv_238, skv_239 ) 49.08/49.37 ( skv_240, skv_241 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_89 Y)) ) 49.08/49.37 ( skv_88 ) 49.08/49.37 ( skv_89 ) 49.08/49.37 ( skv_91 ) 49.08/49.37 ( skv_112 ) 49.08/49.37 ( skv_113 ) 49.08/49.37 ( skv_114 ) 49.08/49.37 ( skv_115 ) 49.08/49.37 ( skv_116 ) 49.08/49.37 ( skv_117 ) 49.08/49.37 ( skv_118 ) 49.08/49.37 ( skv_119 ) 49.08/49.37 ( skv_120 ) 49.08/49.37 ( skv_123 ) 49.08/49.37 ( skv_124 ) 49.08/49.37 ( skv_126 ) 49.08/49.37 ( skv_127 ) 49.08/49.37 ( skv_128 ) 49.08/49.37 ( skv_129 ) 49.08/49.37 ( (tb2t1 skv_111) ) 49.08/49.37 ( skv_186 ) 49.08/49.37 ( skv_187 ) 49.08/49.37 ( skv_200 ) 49.08/49.37 ( skv_201 ) 49.08/49.37 ( skv_202 ) 49.08/49.37 ( skv_203 ) 49.08/49.37 ( skv_204 ) 49.08/49.37 ( skv_205 ) 49.08/49.37 ( skv_206 ) 49.08/49.37 ( skv_207 ) 49.08/49.37 ( skv_208 ) 49.08/49.37 ( skv_209 ) 49.08/49.37 ( skv_210 ) 49.08/49.37 ( skv_211 ) 49.08/49.37 ( skv_212 ) 49.08/49.37 ( skv_213 ) 49.08/49.37 ( skv_214 ) 49.08/49.37 ( skv_215 ) 49.08/49.37 ( skv_217 ) 49.08/49.37 ( skv_218 ) 49.08/49.37 ( skv_219 ) 49.08/49.37 ( skv_220 ) 49.08/49.37 ( skv_221 ) 49.08/49.37 ( skv_222 ) 49.08/49.37 ( skv_224 ) 49.08/49.37 ( skv_225 ) 49.08/49.37 ( skv_226 ) 49.08/49.37 ( skv_227 ) 49.08/49.37 ( skv_228 ) 49.08/49.37 ( skv_230 ) 49.08/49.37 ( skv_231 ) 49.08/49.37 ( skv_232 ) 49.08/49.37 ( skv_233 ) 49.08/49.37 ( skv_234 ) 49.08/49.37 ( skv_235 ) 49.08/49.37 ( skv_236 ) 49.08/49.37 ( skv_237 ) 49.08/49.37 ( skv_238 ) 49.08/49.37 ( skv_239 ) 49.08/49.37 ( skv_240 ) 49.08/49.37 ( skv_241 ) 49.08/49.37 ( skv_242 ) 49.08/49.37 ( skv_243 ) 49.08/49.37 ( skv_244 ) 49.08/49.37 ( skv_245 ) 49.08/49.37 ( skv_246 ) 49.08/49.37 ( skv_247 ) 49.08/49.37 ( skv_248 ) 49.08/49.37 ( skv_249 ) 49.08/49.37 ( skv_251 ) 49.08/49.37 ( skv_252 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (le1 X Y)) ) 49.08/49.37 ( skv_88, skv_112 ) 49.08/49.37 ( skv_88, skv_114 ) 49.08/49.37 ( skv_88, skv_118 ) 49.08/49.37 ( skv_88, skv_120 ) 49.08/49.37 ( skv_88, skv_123 ) 49.08/49.37 ( skv_88, skv_128 ) 49.08/49.37 ( skv_88, skv_208 ) 49.08/49.37 ( skv_88, skv_242 ) 49.08/49.37 ( skv_89, skv_89 ) 49.08/49.37 ( skv_89, skv_112 ) 49.08/49.37 ( skv_89, skv_114 ) 49.08/49.37 ( skv_89, skv_118 ) 49.08/49.37 ( skv_89, skv_120 ) 49.08/49.37 ( skv_89, skv_123 ) 49.08/49.37 ( skv_89, skv_128 ) 49.08/49.37 ( skv_89, skv_200 ) 49.08/49.37 ( skv_89, skv_213 ) 49.08/49.37 ( skv_112, skv_246 ) 49.08/49.37 ( skv_116, skv_243 ) 49.08/49.37 ( skv_117, skv_203 ) 49.08/49.37 ( skv_117, skv_244 ) 49.08/49.37 ( skv_118, skv_228 ) 49.08/49.37 ( skv_119, skv_245 ) 49.08/49.37 ( skv_120, skv_217 ) 49.08/49.37 ( skv_186, skv_187 ) 49.08/49.37 ( skv_201, skv_202 ) 49.08/49.37 ( skv_204, skv_205 ) 49.08/49.37 ( skv_206, skv_207 ) 49.08/49.37 ( skv_209, skv_210 ) 49.08/49.37 ( skv_211, skv_212 ) 49.08/49.37 ( skv_224, skv_225 ) 49.08/49.37 ( skv_226, skv_227 ) 49.08/49.37 ( skv_230, skv_231 ) 49.08/49.37 ( skv_232, skv_233 ) 49.08/49.37 ( skv_234, skv_235 ) 49.08/49.37 ( skv_236, skv_237 ) 49.08/49.37 ( skv_238, skv_239 ) 49.08/49.37 ( skv_240, skv_241 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_87))) (le1 skv_88 Y)) ) 49.08/49.37 ( skv_88 ) 49.08/49.37 ( skv_112 ) 49.08/49.37 ( skv_113 ) 49.08/49.37 ( skv_114 ) 49.08/49.37 ( skv_115 ) 49.08/49.37 ( skv_116 ) 49.08/49.37 ( skv_117 ) 49.08/49.37 ( skv_118 ) 49.08/49.37 ( skv_119 ) 49.08/49.37 ( skv_120 ) 49.08/49.37 ( skv_123 ) 49.08/49.37 ( skv_124 ) 49.08/49.37 ( skv_126 ) 49.08/49.37 ( skv_127 ) 49.08/49.37 ( skv_128 ) 49.08/49.37 ( skv_129 ) 49.08/49.37 ( (tb2t1 skv_111) ) 49.08/49.37 ( skv_186 ) 49.08/49.37 ( skv_187 ) 49.08/49.37 ( skv_200 ) 49.08/49.37 ( skv_201 ) 49.08/49.37 ( skv_202 ) 49.08/49.37 ( skv_203 ) 49.08/49.37 ( skv_204 ) 49.08/49.37 ( skv_205 ) 49.08/49.37 ( skv_206 ) 49.08/49.37 ( skv_207 ) 49.08/49.37 ( skv_208 ) 49.08/49.37 ( skv_209 ) 49.08/49.37 ( skv_210 ) 49.08/49.37 ( skv_211 ) 49.08/49.37 ( skv_212 ) 49.08/49.37 ( skv_213 ) 49.08/49.37 ( skv_214 ) 49.08/49.37 ( skv_215 ) 49.08/49.37 ( skv_217 ) 49.08/49.37 ( skv_218 ) 49.08/49.37 ( skv_219 ) 49.08/49.37 ( skv_220 ) 49.08/49.37 ( skv_221 ) 49.08/49.37 ( skv_222 ) 49.08/49.37 ( skv_224 ) 49.08/49.37 ( skv_225 ) 49.08/49.37 ( skv_226 ) 49.08/49.37 ( skv_227 ) 49.08/49.37 ( skv_228 ) 49.08/49.37 ( skv_230 ) 49.08/49.37 ( skv_231 ) 49.08/49.37 ( skv_232 ) 49.08/49.37 ( skv_233 ) 49.08/49.37 ( skv_234 ) 49.08/49.37 ( skv_235 ) 49.08/49.37 ( skv_236 ) 49.08/49.37 ( skv_237 ) 49.08/49.37 ( skv_238 ) 49.08/49.37 ( skv_239 ) 49.08/49.37 ( skv_240 ) 49.08/49.37 ( skv_241 ) 49.08/49.37 ( skv_242 ) 49.08/49.37 ( skv_243 ) 49.08/49.37 ( skv_244 ) 49.08/49.37 ( skv_245 ) 49.08/49.37 ( skv_246 ) 49.08/49.37 ( skv_247 ) 49.08/49.37 ( skv_248 ) 49.08/49.37 ( skv_249 ) 49.08/49.37 ( skv_251 ) 49.08/49.37 ( skv_252 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_92))) (le1 skv_91 Y)) ) 49.08/49.37 ( skv_88 ) 49.08/49.37 ( skv_112 ) 49.08/49.37 ( skv_113 ) 49.08/49.37 ( skv_114 ) 49.08/49.37 ( skv_115 ) 49.08/49.37 ( skv_116 ) 49.08/49.37 ( skv_117 ) 49.08/49.37 ( skv_118 ) 49.08/49.37 ( skv_119 ) 49.08/49.37 ( skv_120 ) 49.08/49.37 ( skv_123 ) 49.08/49.37 ( skv_124 ) 49.08/49.37 ( skv_126 ) 49.08/49.37 ( skv_127 ) 49.08/49.37 ( skv_128 ) 49.08/49.37 ( skv_129 ) 49.08/49.37 ( (tb2t1 skv_111) ) 49.08/49.37 ( skv_186 ) 49.08/49.37 ( skv_187 ) 49.08/49.37 ( skv_200 ) 49.08/49.37 ( skv_201 ) 49.08/49.37 ( skv_202 ) 49.08/49.37 ( skv_203 ) 49.08/49.37 ( skv_204 ) 49.08/49.37 ( skv_205 ) 49.08/49.37 ( skv_206 ) 49.08/49.37 ( skv_207 ) 49.08/49.37 ( skv_208 ) 49.08/49.37 ( skv_209 ) 49.08/49.37 ( skv_210 ) 49.08/49.37 ( skv_211 ) 49.08/49.37 ( skv_212 ) 49.08/49.37 ( skv_213 ) 49.08/49.37 ( skv_214 ) 49.08/49.37 ( skv_215 ) 49.08/49.37 ( skv_217 ) 49.08/49.37 ( skv_218 ) 49.08/49.37 ( skv_219 ) 49.08/49.37 ( skv_220 ) 49.08/49.37 ( skv_221 ) 49.08/49.37 ( skv_222 ) 49.08/49.37 ( skv_224 ) 49.08/49.37 ( skv_225 ) 49.08/49.37 ( skv_226 ) 49.08/49.37 ( skv_227 ) 49.08/49.37 ( skv_228 ) 49.08/49.37 ( skv_230 ) 49.08/49.37 ( skv_231 ) 49.08/49.37 ( skv_232 ) 49.08/49.37 ( skv_233 ) 49.08/49.37 ( skv_234 ) 49.08/49.37 ( skv_235 ) 49.08/49.37 ( skv_236 ) 49.08/49.37 ( skv_237 ) 49.08/49.37 ( skv_238 ) 49.08/49.37 ( skv_239 ) 49.08/49.37 ( skv_240 ) 49.08/49.37 ( skv_241 ) 49.08/49.37 ( skv_242 ) 49.08/49.37 ( skv_243 ) 49.08/49.37 ( skv_244 ) 49.08/49.37 ( skv_245 ) 49.08/49.37 ( skv_246 ) 49.08/49.37 ( skv_247 ) 49.08/49.37 ( skv_248 ) 49.08/49.37 ( skv_249 ) 49.08/49.37 ( skv_251 ) 49.08/49.37 ( skv_252 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) skv_85)) ) 49.08/49.37 ( skv_88 ) 49.08/49.37 ( skv_112 ) 49.08/49.37 ( skv_113 ) 49.08/49.37 ( skv_114 ) 49.08/49.37 ( skv_115 ) 49.08/49.37 ( skv_118 ) 49.08/49.37 ( skv_123 ) 49.08/49.37 ( skv_124 ) 49.08/49.37 ( skv_128 ) 49.08/49.37 ( skv_129 ) 49.08/49.37 ( (tb2t1 skv_111) ) 49.08/49.37 ( skv_186 ) 49.08/49.37 ( skv_187 ) 49.08/49.37 ( skv_200 ) 49.08/49.37 ( skv_201 ) 49.08/49.37 ( skv_202 ) 49.08/49.37 ( skv_203 ) 49.08/49.37 ( skv_204 ) 49.08/49.37 ( skv_205 ) 49.08/49.37 ( skv_206 ) 49.08/49.37 ( skv_207 ) 49.08/49.37 ( skv_208 ) 49.08/49.37 ( skv_209 ) 49.08/49.37 ( skv_210 ) 49.08/49.37 ( skv_211 ) 49.08/49.37 ( skv_212 ) 49.08/49.37 ( skv_213 ) 49.08/49.37 ( skv_214 ) 49.08/49.37 ( skv_215 ) 49.08/49.37 ( skv_217 ) 49.08/49.37 ( skv_218 ) 49.08/49.37 ( skv_219 ) 49.08/49.37 ( skv_220 ) 49.08/49.37 ( skv_221 ) 49.08/49.37 ( skv_222 ) 49.08/49.37 ( skv_224 ) 49.08/49.37 ( skv_225 ) 49.08/49.37 ( skv_226 ) 49.08/49.37 ( skv_227 ) 49.08/49.37 ( skv_228 ) 49.08/49.37 ( skv_230 ) 49.08/49.37 ( skv_231 ) 49.08/49.37 ( skv_232 ) 49.08/49.37 ( skv_233 ) 49.08/49.37 ( skv_234 ) 49.08/49.37 ( skv_235 ) 49.08/49.37 ( skv_236 ) 49.08/49.37 ( skv_237 ) 49.08/49.37 ( skv_238 ) 49.08/49.37 ( skv_239 ) 49.08/49.37 ( skv_240 ) 49.08/49.37 ( skv_241 ) 49.08/49.37 ( skv_242 ) 49.08/49.37 ( skv_243 ) 49.08/49.37 ( skv_244 ) 49.08/49.37 ( skv_245 ) 49.08/49.37 ( skv_246 ) 49.08/49.37 ( skv_247 ) 49.08/49.37 ( skv_248 ) 49.08/49.37 ( skv_251 ) 49.08/49.37 ( skv_252 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((X elt1) (Y elt1) (L list_elt)) (let ((_let_0 (cons elt (t2tb1 Y) (t2tb L)))) (or (not (le1 X Y)) (not (sorted1 (tb2t _let_0))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) skv_86)))) ) 49.08/49.37 ( skv_88, skv_89, skv_87 ) 49.08/49.37 ( skv_89, skv_221, skv_87 ) 49.08/49.37 ( skv_89, skv_222, skv_223 ) 49.08/49.37 ( skv_91, skv_89, skv_90 ) 49.08/49.37 ( skv_116, skv_88, skv_90 ) 49.08/49.37 ( skv_116, skv_112, skv_90 ) 49.08/49.37 ( skv_116, skv_248, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.37 ( skv_118, skv_89, skv_90 ) 49.08/49.37 ( skv_118, skv_116, skv_90 ) 49.08/49.37 ( skv_118, skv_116, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.37 ( skv_120, skv_112, skv_90 ) 49.08/49.37 ( skv_124, skv_123, skv_125 ) 49.08/49.37 ( skv_129, skv_128, skv_90 ) 49.08/49.37 ( skv_186, skv_187, skv_188 ) 49.08/49.37 ( skv_214, skv_215, skv_216 ) 49.08/49.37 ( skv_221, skv_222, skv_223 ) 49.08/49.37 ( skv_251, skv_252, skv_253 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((X elt1) (Y elt1) (L list_elt)) (let ((_let_0 (cons elt (t2tb1 Y) (t2tb L)))) (or (not (le1 X Y)) (not (sorted1 (tb2t _let_0))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))))))) ) 49.08/49.37 ( skv_88, skv_89, skv_87 ) 49.08/49.37 ( skv_88, skv_116, skv_90 ) 49.08/49.37 ( skv_89, skv_116, skv_90 ) 49.08/49.37 ( skv_89, skv_221, skv_87 ) 49.08/49.37 ( skv_89, skv_222, skv_223 ) 49.08/49.37 ( skv_91, skv_89, skv_90 ) 49.08/49.37 ( skv_116, skv_88, skv_90 ) 49.08/49.37 ( skv_116, skv_112, skv_90 ) 49.08/49.37 ( skv_116, skv_248, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.37 ( skv_117, skv_116, skv_90 ) 49.08/49.37 ( skv_118, skv_89, skv_90 ) 49.08/49.37 ( skv_118, skv_116, skv_90 ) 49.08/49.37 ( skv_118, skv_116, (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90))) ) 49.08/49.37 ( skv_120, skv_112, skv_90 ) 49.08/49.37 ( skv_123, skv_124, skv_125 ) 49.08/49.37 ( skv_124, skv_123, skv_125 ) 49.08/49.37 ( skv_129, skv_128, skv_90 ) 49.08/49.37 ( skv_186, skv_187, skv_188 ) 49.08/49.37 ( skv_214, skv_215, skv_216 ) 49.08/49.37 ( skv_221, skv_222, skv_223 ) 49.08/49.37 ( skv_251, skv_252, skv_253 ) 49.08/49.37 ) 49.08/49.37 (instantiation (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87))))) ) 49.08/49.37 ( skv_88 ) 49.08/49.37 ( skv_112 ) 49.08/49.37 ( skv_113 ) 49.08/49.37 ( skv_114 ) 49.08/49.37 ( skv_115 ) 49.08/49.37 ( skv_120 ) 49.08/49.37 ( skv_123 ) 49.08/49.37 ( skv_124 ) 49.08/49.37 ( skv_128 ) 49.08/49.37 ( skv_129 ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1) (Y elt1)) (let ((_let_0 (t2tb skv_86))) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (infix_plpl elt _let_0 (cons elt (t2tb1 skv_88) (nil elt))))))) (not (mem elt (t2tb1 Y) _let_0)) (le1 X Y))) ) 49.17/49.37 ( skv_88, skv_88 ) 49.17/49.37 ( skv_88, skv_113 ) 49.17/49.37 ( skv_88, skv_115 ) 49.17/49.37 ( skv_88, skv_116 ) 49.17/49.37 ( skv_88, skv_118 ) 49.17/49.37 ( skv_88, skv_120 ) 49.17/49.37 ( skv_88, skv_124 ) 49.17/49.37 ( skv_88, skv_208 ) 49.17/49.37 ( skv_88, skv_242 ) 49.17/49.37 ( skv_89, skv_91 ) 49.17/49.37 ( skv_89, skv_113 ) 49.17/49.37 ( skv_89, skv_115 ) 49.17/49.37 ( skv_89, skv_116 ) 49.17/49.37 ( skv_89, skv_118 ) 49.17/49.37 ( skv_89, skv_120 ) 49.17/49.37 ( skv_89, skv_124 ) 49.17/49.37 ( skv_89, skv_200 ) 49.17/49.37 ( skv_89, skv_213 ) 49.17/49.37 ( skv_112, skv_113 ) 49.17/49.37 ( skv_112, skv_246 ) 49.17/49.37 ( skv_116, skv_243 ) 49.17/49.37 ( skv_117, skv_203 ) 49.17/49.37 ( skv_117, skv_244 ) 49.17/49.37 ( skv_118, skv_228 ) 49.17/49.37 ( skv_119, skv_245 ) 49.17/49.37 ( skv_120, skv_217 ) 49.17/49.37 ( skv_123, skv_124 ) 49.17/49.37 ( skv_126, skv_127 ) 49.17/49.37 ( skv_186, skv_187 ) 49.17/49.37 ( skv_201, skv_202 ) 49.17/49.37 ( skv_204, skv_205 ) 49.17/49.37 ( skv_206, skv_207 ) 49.17/49.37 ( skv_209, skv_210 ) 49.17/49.37 ( skv_211, skv_212 ) 49.17/49.37 ( skv_224, skv_225 ) 49.17/49.37 ( skv_226, skv_227 ) 49.17/49.37 ( skv_230, skv_231 ) 49.17/49.37 ( skv_232, skv_233 ) 49.17/49.37 ( skv_234, skv_235 ) 49.17/49.37 ( skv_236, skv_237 ) 49.17/49.37 ( skv_238, skv_239 ) 49.17/49.37 ( skv_240, skv_241 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_84))) (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 X Y)) ) 49.17/49.37 ( skv_88, skv_208 ) 49.17/49.37 ( skv_88, skv_242 ) 49.17/49.37 ( skv_89, skv_91 ) 49.17/49.37 ( skv_112, skv_113 ) 49.17/49.37 ( skv_112, skv_246 ) 49.17/49.37 ( skv_114, skv_115 ) 49.17/49.37 ( skv_116, skv_243 ) 49.17/49.37 ( skv_118, skv_228 ) 49.17/49.37 ( skv_119, skv_245 ) 49.17/49.37 ( skv_120, skv_217 ) 49.17/49.37 ( skv_123, skv_124 ) 49.17/49.37 ( skv_126, skv_127 ) 49.17/49.37 ( skv_128, skv_129 ) 49.17/49.37 ( skv_186, skv_187 ) 49.17/49.37 ( skv_201, skv_202 ) 49.17/49.37 ( skv_204, skv_205 ) 49.17/49.37 ( skv_206, skv_207 ) 49.17/49.37 ( skv_209, skv_210 ) 49.17/49.37 ( skv_211, skv_212 ) 49.17/49.37 ( skv_224, skv_225 ) 49.17/49.37 ( skv_226, skv_227 ) 49.17/49.37 ( skv_230, skv_231 ) 49.17/49.37 ( skv_232, skv_233 ) 49.17/49.37 ( skv_234, skv_235 ) 49.17/49.37 ( skv_236, skv_237 ) 49.17/49.37 ( skv_238, skv_239 ) 49.17/49.37 ( skv_240, skv_241 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1) (Y elt1)) (let ((_let_0 (t2tb skv_90))) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_89) _let_0))))) (not (mem elt (t2tb1 Y) _let_0)) (le1 X Y))) ) 49.17/49.37 ( skv_89, skv_200 ) 49.17/49.37 ( skv_89, skv_213 ) 49.17/49.37 ( skv_112, skv_246 ) 49.17/49.37 ( skv_117, skv_203 ) 49.17/49.37 ( skv_117, skv_244 ) 49.17/49.37 ( skv_118, skv_228 ) 49.17/49.37 ( skv_119, skv_245 ) 49.17/49.37 ( skv_120, skv_217 ) 49.17/49.37 ( skv_186, skv_187 ) 49.17/49.37 ( skv_201, skv_202 ) 49.17/49.37 ( skv_204, skv_205 ) 49.17/49.37 ( skv_206, skv_207 ) 49.17/49.37 ( skv_209, skv_210 ) 49.17/49.37 ( skv_211, skv_212 ) 49.17/49.37 ( skv_224, skv_225 ) 49.17/49.37 ( skv_226, skv_227 ) 49.17/49.37 ( skv_230, skv_231 ) 49.17/49.37 ( skv_232, skv_233 ) 49.17/49.37 ( skv_234, skv_235 ) 49.17/49.37 ( skv_236, skv_237 ) 49.17/49.37 ( skv_238, skv_239 ) 49.17/49.37 ( skv_240, skv_241 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))))) (le1 X Y)) ) 49.17/49.37 ( skv_89, skv_89 ) 49.17/49.37 ( skv_89, skv_91 ) 49.17/49.37 ( skv_89, skv_112 ) 49.17/49.37 ( skv_89, skv_113 ) 49.17/49.37 ( skv_89, skv_115 ) 49.17/49.37 ( skv_89, skv_116 ) 49.17/49.37 ( skv_89, skv_118 ) 49.17/49.37 ( skv_89, skv_120 ) 49.17/49.37 ( skv_89, skv_123 ) 49.17/49.37 ( skv_89, skv_124 ) 49.17/49.37 ( skv_89, skv_129 ) 49.17/49.37 ( skv_89, skv_200 ) 49.17/49.37 ( skv_89, skv_213 ) 49.17/49.37 ( skv_112, skv_113 ) 49.17/49.37 ( skv_112, skv_246 ) 49.17/49.37 ( skv_117, skv_203 ) 49.17/49.37 ( skv_117, skv_244 ) 49.17/49.37 ( skv_118, skv_228 ) 49.17/49.37 ( skv_119, skv_245 ) 49.17/49.37 ( skv_120, skv_217 ) 49.17/49.37 ( skv_123, skv_124 ) 49.17/49.37 ( skv_126, skv_127 ) 49.17/49.37 ( skv_186, skv_187 ) 49.17/49.37 ( skv_201, skv_202 ) 49.17/49.37 ( skv_204, skv_205 ) 49.17/49.37 ( skv_206, skv_207 ) 49.17/49.37 ( skv_209, skv_210 ) 49.17/49.37 ( skv_211, skv_212 ) 49.17/49.37 ( skv_224, skv_225 ) 49.17/49.37 ( skv_226, skv_227 ) 49.17/49.37 ( skv_230, skv_231 ) 49.17/49.37 ( skv_232, skv_233 ) 49.17/49.37 ( skv_234, skv_235 ) 49.17/49.37 ( skv_236, skv_237 ) 49.17/49.37 ( skv_238, skv_239 ) 49.17/49.37 ( skv_240, skv_241 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1) (Y elt1)) (let ((_let_0 (t2tb skv_90))) (or (not (mem elt (t2tb1 X) _let_0)) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_89) _let_0))))) (le1 X Y))) ) 49.17/49.37 ( skv_186, skv_187 ) 49.17/49.37 ( skv_201, skv_202 ) 49.17/49.37 ( skv_204, skv_205 ) 49.17/49.37 ( skv_206, skv_207 ) 49.17/49.37 ( skv_209, skv_210 ) 49.17/49.37 ( skv_211, skv_212 ) 49.17/49.37 ( skv_224, skv_225 ) 49.17/49.37 ( skv_226, skv_227 ) 49.17/49.37 ( skv_230, skv_231 ) 49.17/49.37 ( skv_232, skv_233 ) 49.17/49.37 ( skv_234, skv_235 ) 49.17/49.37 ( skv_236, skv_237 ) 49.17/49.37 ( skv_238, skv_239 ) 49.17/49.37 ( skv_240, skv_241 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_90))) (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_88) (t2tb skv_87)))))) (le1 X Y)) ) 49.17/49.37 ( skv_186, skv_187 ) 49.17/49.37 ( skv_201, skv_202 ) 49.17/49.37 ( skv_204, skv_205 ) 49.17/49.37 ( skv_206, skv_207 ) 49.17/49.37 ( skv_209, skv_210 ) 49.17/49.37 ( skv_211, skv_212 ) 49.17/49.37 ( skv_224, skv_225 ) 49.17/49.37 ( skv_226, skv_227 ) 49.17/49.37 ( skv_230, skv_231 ) 49.17/49.37 ( skv_232, skv_233 ) 49.17/49.37 ( skv_234, skv_235 ) 49.17/49.37 ( skv_236, skv_237 ) 49.17/49.37 ( skv_238, skv_239 ) 49.17/49.37 ( skv_240, skv_241 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1) (Y elt1)) (let ((_let_0 (t2tb skv_90))) (or (not (mem elt (t2tb1 X) _let_0)) (not (mem elt (t2tb1 Y) _let_0)) (le1 X Y))) ) 49.17/49.37 ( skv_186, skv_187 ) 49.17/49.37 ( skv_201, skv_202 ) 49.17/49.37 ( skv_204, skv_205 ) 49.17/49.37 ( skv_206, skv_207 ) 49.17/49.37 ( skv_209, skv_210 ) 49.17/49.37 ( skv_211, skv_212 ) 49.17/49.37 ( skv_224, skv_225 ) 49.17/49.37 ( skv_226, skv_227 ) 49.17/49.37 ( skv_230, skv_231 ) 49.17/49.37 ( skv_232, skv_233 ) 49.17/49.37 ( skv_234, skv_235 ) 49.17/49.37 ( skv_236, skv_237 ) 49.17/49.37 ( skv_238, skv_239 ) 49.17/49.37 ( skv_240, skv_241 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_90))) (not (mem elt (t2tb1 Y) (t2tb skv_85))) (le1 X Y)) ) 49.17/49.37 ( skv_186, skv_187 ) 49.17/49.37 ( skv_201, skv_202 ) 49.17/49.37 ( skv_204, skv_205 ) 49.17/49.37 ( skv_206, skv_207 ) 49.17/49.37 ( skv_209, skv_210 ) 49.17/49.37 ( skv_211, skv_212 ) 49.17/49.37 ( skv_224, skv_225 ) 49.17/49.37 ( skv_226, skv_227 ) 49.17/49.37 ( skv_230, skv_231 ) 49.17/49.37 ( skv_232, skv_233 ) 49.17/49.37 ( skv_234, skv_235 ) 49.17/49.37 ( skv_236, skv_237 ) 49.17/49.37 ( skv_238, skv_239 ) 49.17/49.37 ( skv_240, skv_241 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1) (Y elt1)) (or (not (mem elt (t2tb1 X) (t2tb skv_90))) (not (mem elt (t2tb1 Y) (t2tb skv_86))) (le1 X Y)) ) 49.17/49.37 ( skv_186, skv_187 ) 49.17/49.37 ( skv_201, skv_202 ) 49.17/49.37 ( skv_204, skv_205 ) 49.17/49.37 ( skv_206, skv_207 ) 49.17/49.37 ( skv_209, skv_210 ) 49.17/49.37 ( skv_211, skv_212 ) 49.17/49.37 ( skv_224, skv_225 ) 49.17/49.37 ( skv_226, skv_227 ) 49.17/49.37 ( skv_230, skv_231 ) 49.17/49.37 ( skv_232, skv_233 ) 49.17/49.37 ( skv_234, skv_235 ) 49.17/49.37 ( skv_236, skv_237 ) 49.17/49.37 ( skv_238, skv_239 ) 49.17/49.37 ( skv_240, skv_241 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_88 Y)) ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_249 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))))) (le1 skv_89 Y)) ) 49.17/49.37 ( skv_88 ) 49.17/49.37 ( skv_89 ) 49.17/49.37 ( skv_91 ) 49.17/49.37 ( skv_112 ) 49.17/49.37 ( skv_113 ) 49.17/49.37 ( skv_115 ) 49.17/49.37 ( skv_116 ) 49.17/49.37 ( skv_118 ) 49.17/49.37 ( skv_120 ) 49.17/49.37 ( skv_123 ) 49.17/49.37 ( skv_124 ) 49.17/49.37 ( skv_129 ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_249 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_116 Y)) ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_249 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_117 Y)) ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_249 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_118 Y)) ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_249 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_119 Y)) ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_249 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_120 Y)) ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_249 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) (le1 skv_88 Y)) ) 49.17/49.37 ( skv_112 ) 49.17/49.37 ( skv_114 ) 49.17/49.37 ( skv_115 ) 49.17/49.37 ( skv_116 ) 49.17/49.37 ( skv_118 ) 49.17/49.37 ( skv_120 ) 49.17/49.37 ( skv_123 ) 49.17/49.37 ( skv_128 ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_249 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (infix_plpl elt L1 (cons elt (t2tb1 skv_114) L2)))))) ) 49.17/49.37 ( skv_181, skv_182 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))) (infix_plpl elt L1 (cons elt (t2tb1 skv_115) L2)))))) ) 49.17/49.37 ( skv_183, skv_184 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) (nil elt))))) (infix_plpl elt L1 (cons elt (t2tb1 skv_128) L2)))))) ) 49.17/49.37 ( skv_196, skv_197 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((L1 uni) (L2 uni)) (let ((_let_0 (list elt))) (or (not (sort1 _let_0 L1)) (not (sort1 _let_0 L2)) (not (= (t2tb skv_86) (infix_plpl elt L1 (cons elt (t2tb1 skv_129) L2)))))) ) 49.17/49.37 ( skv_198, skv_199 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (infix_plpl elt (t2tb skv_86) (t2tb (tb2t (cons elt (t2tb1 skv_89) (t2tb skv_90)))))))) ) 49.17/49.37 ( skv_88 ) 49.17/49.37 ( skv_112 ) 49.17/49.37 ( skv_113 ) 49.17/49.37 ( skv_114 ) 49.17/49.37 ( skv_115 ) 49.17/49.37 ( skv_118 ) 49.17/49.37 ( skv_120 ) 49.17/49.37 ( skv_123 ) 49.17/49.37 ( skv_124 ) 49.17/49.37 ( skv_128 ) 49.17/49.37 ( skv_129 ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (cons elt (t2tb1 skv_91) (cons elt (t2tb1 skv_89) (t2tb skv_90)))))) ) 49.17/49.37 ( skv_88 ) 49.17/49.37 ( skv_112 ) 49.17/49.37 ( skv_113 ) 49.17/49.37 ( skv_114 ) 49.17/49.37 ( skv_115 ) 49.17/49.37 ( skv_118 ) 49.17/49.37 ( skv_120 ) 49.17/49.37 ( skv_123 ) 49.17/49.37 ( skv_124 ) 49.17/49.37 ( skv_128 ) 49.17/49.37 ( skv_129 ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1)) (let ((_let_0 (nil elt))) (not (= (tb2t (cons elt (t2tb1 X) _let_0)) (tb2t (infix_plpl elt (t2tb skv_86) (cons elt (t2tb1 skv_88) _let_0)))))) ) 49.17/49.37 ( skv_88 ) 49.17/49.37 ( skv_89 ) 49.17/49.37 ( skv_112 ) 49.17/49.37 ( skv_113 ) 49.17/49.37 ( skv_114 ) 49.17/49.37 ( skv_115 ) 49.17/49.37 ( skv_116 ) 49.17/49.37 ( skv_118 ) 49.17/49.37 ( skv_120 ) 49.17/49.37 ( skv_123 ) 49.17/49.37 ( skv_124 ) 49.17/49.37 ( skv_128 ) 49.17/49.37 ( skv_129 ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_249 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((X elt1)) (not (= (tb2t (cons elt (t2tb1 X) (nil elt))) (tb2t (cons elt (t2tb1 skv_124) (t2tb skv_125))))) ) 49.17/49.37 ( skv_88 ) 49.17/49.37 ( skv_89 ) 49.17/49.37 ( skv_112 ) 49.17/49.37 ( skv_113 ) 49.17/49.37 ( skv_114 ) 49.17/49.37 ( skv_115 ) 49.17/49.37 ( skv_116 ) 49.17/49.37 ( skv_118 ) 49.17/49.37 ( skv_120 ) 49.17/49.37 ( skv_123 ) 49.17/49.37 ( skv_124 ) 49.17/49.37 ( skv_128 ) 49.17/49.37 ( skv_129 ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_249 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 (instantiation (forall ((Y elt1)) (or (not (mem elt (t2tb1 Y) (t2tb skv_90))) (le1 skv_112 Y)) ) 49.17/49.37 ( (tb2t1 skv_111) ) 49.17/49.37 ( skv_186 ) 49.17/49.37 ( skv_187 ) 49.17/49.37 ( skv_200 ) 49.17/49.37 ( skv_201 ) 49.17/49.37 ( skv_202 ) 49.17/49.37 ( skv_203 ) 49.17/49.37 ( skv_204 ) 49.17/49.37 ( skv_205 ) 49.17/49.37 ( skv_206 ) 49.17/49.37 ( skv_207 ) 49.17/49.37 ( skv_208 ) 49.17/49.37 ( skv_209 ) 49.17/49.37 ( skv_210 ) 49.17/49.37 ( skv_211 ) 49.17/49.37 ( skv_212 ) 49.17/49.37 ( skv_213 ) 49.17/49.37 ( skv_214 ) 49.17/49.37 ( skv_215 ) 49.17/49.37 ( skv_217 ) 49.17/49.37 ( skv_218 ) 49.17/49.37 ( skv_219 ) 49.17/49.37 ( skv_220 ) 49.17/49.37 ( skv_221 ) 49.17/49.37 ( skv_222 ) 49.17/49.37 ( skv_224 ) 49.17/49.37 ( skv_225 ) 49.17/49.37 ( skv_226 ) 49.17/49.37 ( skv_227 ) 49.17/49.37 ( skv_228 ) 49.17/49.37 ( skv_230 ) 49.17/49.37 ( skv_231 ) 49.17/49.37 ( skv_232 ) 49.17/49.37 ( skv_233 ) 49.17/49.37 ( skv_234 ) 49.17/49.37 ( skv_235 ) 49.17/49.37 ( skv_236 ) 49.17/49.37 ( skv_237 ) 49.17/49.37 ( skv_238 ) 49.17/49.37 ( skv_239 ) 49.17/49.37 ( skv_240 ) 49.17/49.37 ( skv_241 ) 49.17/49.37 ( skv_242 ) 49.17/49.37 ( skv_243 ) 49.17/49.37 ( skv_244 ) 49.17/49.37 ( skv_245 ) 49.17/49.37 ( skv_246 ) 49.17/49.37 ( skv_247 ) 49.17/49.37 ( skv_248 ) 49.17/49.37 ( skv_249 ) 49.17/49.37 ( skv_251 ) 49.17/49.37 ( skv_252 ) 49.17/49.37 ) 49.17/49.37 % SZS output end Proof for theBenchmark 49.17/49.38 EOF