cvc5---1.3.4.THM-Prf.s

%------------------------------------------------------------------------------
% File     : cvc5---1.3.4
% Problem  : ITP129^1 : TPTP v9.2.1. Released v7.5.0.
% Transfm  : none
% Format   : tptp:raw
% Command  : /export/starexec/sandbox/solver/bin/do_cvc5 /export/starexec/sandbox/benchmark/theBenchmark.p 300 THM

% Computer : n015.cluster.edu
% Model    : x86_64 x86_64
% CPU      : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz
% Memory   : 8042.1875MB
% OS       : Linux 3.10.0-693.el7.x86_64
% CPULimit : 300s
% WCLimit  : 300s
% DateTime : Wed Jun  3 08:25:08 AM UTC 2026

% Result   : Theorem 0.42s 1.02s
% Output   : Proof 0.86s
% Verified : 
% SZS Type : -

% Comments : 
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.00/0.12  % Problem  : ITP129^1 : TPTP v9.2.1. Released v7.5.0.
% 0.00/0.13  % Command  : /export/starexec/sandbox/solver/bin/do_cvc5 /export/starexec/sandbox/benchmark/theBenchmark.p 300 THM
% 0.16/0.34  % Computer : n015.cluster.edu
% 0.16/0.34  % Model    : x86_64 x86_64
% 0.16/0.34  % CPU      : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.16/0.34  % Memory   : 8042.1875MB
% 0.16/0.34  % OS       : Linux 3.10.0-693.el7.x86_64
% 0.16/0.34  % CPULimit : 300
% 0.16/0.34  % WCLimit  : 300
% 0.16/0.34  % DateTime : Tue Jun  2 04:15:19 EDT 2026
% 0.16/0.34  % CPUTime  : 
% 0.40/0.56  %----Proving TH0
% 0.42/1.02  --- Run --mbqi --mbqi-enum --mbqi-enum-choice-grammar --mbqi-enum-global-syms-grammar --sygus-grammar-ho-partial --no-cegqi --no-sygus-inst at 90s...
% 0.42/1.02  % SZS status Theorem
% 0.42/1.02  % SZS output start Proof
% 0.42/1.02  (
% 0.42/1.02  (declare-sort tptp.nat 0)
% 0.42/1.02  (declare-sort tptp.int 0)
% 0.42/1.02  (declare-const tptp.one_one_nat tptp.nat)
% 0.42/1.02  (declare-const tptp.plus_plus_nat (-> tptp.nat tptp.nat tptp.nat))
% 0.42/1.02  (declare-const tptp.zero_zero_int tptp.int)
% 0.42/1.02  (declare-const tptp.zero_zero_nat tptp.nat)
% 0.42/1.02  (declare-const tptp.nO_MATCH_nat_nat (-> tptp.nat tptp.nat Bool))
% 0.42/1.02  (declare-const tptp.nO_MATCH_nat_int (-> tptp.nat tptp.int Bool))
% 0.42/1.02  (declare-const tptp.nO_MATCH_int_nat (-> tptp.int tptp.nat Bool))
% 0.42/1.02  (declare-const tptp.nO_MATCH_int_int (-> tptp.int tptp.int Bool))
% 0.42/1.02  (declare-const tptp.if_nat (-> Bool tptp.nat tptp.nat tptp.nat))
% 0.42/1.02  (declare-const tptp.one_one_int tptp.int)
% 0.42/1.02  (declare-const tptp.n tptp.int)
% 0.42/1.02  (declare-const tptp.p tptp.nat)
% 0.42/1.02  (declare-const tptp.plus_plus_int (-> tptp.int tptp.int tptp.int))
% 0.42/1.02  (declare-const tptp.x tptp.int)
% 0.42/1.02  (declare-const tptp.times_times_nat (-> tptp.nat tptp.nat tptp.nat))
% 0.42/1.02  (declare-const tptp.power_power_int (-> tptp.int tptp.nat tptp.int))
% 0.42/1.02  (declare-const tptp.semiri1382578993at_nat (-> tptp.nat tptp.nat))
% 0.42/1.02  (declare-const tptp.gbinomial_int (-> tptp.int tptp.nat tptp.int))
% 0.42/1.02  (declare-const tptp.power_power_nat (-> tptp.nat tptp.nat tptp.nat))
% 0.42/1.02  (declare-const tptp.semiri2019852685at_int (-> tptp.nat tptp.int))
% 0.42/1.02  (declare-const tptp.times_times_int (-> tptp.int tptp.int tptp.int))
% 0.42/1.02  (declare-const tptp.pm tptp.nat)
% 0.42/1.02  (declare-const tptp.divide_divide_int (-> tptp.int tptp.int tptp.int))
% 0.42/1.02  (declare-const tptp.gbinomial_nat (-> tptp.nat tptp.nat tptp.nat))
% 0.42/1.02  (declare-const tptp.divide_divide_nat (-> tptp.nat tptp.nat tptp.nat))
% 0.42/1.02  (define tptp.suc () (let ((_let_1 (@var "N3" tptp.nat))) (lambda (@list _let_1) (_ (_ tptp.plus_plus_nat _let_1) tptp.one_one_nat))))
% 0.42/1.02  (define tptp.nthRoo1352626670d_root () (let ((_let_1 (@var "Pm2" tptp.nat))) (let ((_let_2 (@var "P2" tptp.nat))) (lambda (@list _let_2 _let_1) (= _let_2 (_ tptp.suc _let_1))))))
% 0.42/1.02  (define @t1 () (_ tptp.power_power_int tptp.x))
% 0.42/1.02  (define @t2 () (@var "N" tptp.nat))
% 0.42/1.02  (define @t3 () (@var "M" tptp.nat))
% 0.42/1.02  (define @t4 () (_ tptp.semiri1382578993at_nat @t3))
% 0.42/1.02  (define @t5 () (_ (_ tptp.power_power_nat @t3) @t2))
% 0.42/1.02  (define @t6 () (@list @t3 @t2))
% 0.42/1.02  (define @t7 () (_ tptp.semiri2019852685at_int @t3))
% 0.42/1.02  (define @t8 () (@var "X" tptp.nat))
% 0.42/1.02  (define @t9 () (@var "W" tptp.nat))
% 0.42/1.02  (define @t10 () (@var "B" tptp.nat))
% 0.42/1.02  (define @t11 () (_ tptp.power_power_nat @t10))
% 0.42/1.02  (define @t12 () (_ @t11 @t9))
% 0.42/1.02  (define @t13 () (= @t12 @t8))
% 0.42/1.02  (define @t14 () (_ tptp.semiri1382578993at_nat @t8))
% 0.42/1.02  (define @t15 () (_ (_ tptp.power_power_nat (_ tptp.semiri1382578993at_nat @t10)) @t9))
% 0.42/1.02  (define @t16 () (@list @t10 @t9 @t8))
% 0.42/1.02  (define @t17 () (_ tptp.semiri2019852685at_int @t8))
% 0.42/1.02  (define @t18 () (_ tptp.semiri2019852685at_int @t10))
% 0.42/1.02  (define @t19 () (_ (_ tptp.power_power_int @t18) @t9))
% 0.42/1.02  (define @t20 () (= @t19 @t17))
% 0.42/1.02  (define @t21 () (forall @t16 (= @t20 @t13)))
% 0.42/1.02  (define @t22 () (= @t8 @t12))
% 0.42/1.02  (define @t23 () (@list @t8 @t10 @t9))
% 0.42/1.02  (define @t24 () (_ tptp.semiri1382578993at_nat @t2))
% 0.42/1.02  (define @t25 () (_ tptp.plus_plus_nat @t3))
% 0.42/1.02  (define @t26 () (_ @t25 @t2))
% 0.42/1.02  (define @t27 () (_ tptp.semiri2019852685at_int @t2))
% 0.42/1.02  (define @t28 () (_ tptp.plus_plus_int @t7))
% 0.42/1.02  (define @t29 () (_ @t28 @t27))
% 0.42/1.02  (define @t30 () (_ tptp.semiri2019852685at_int @t26))
% 0.42/1.02  (define @t31 () (= @t30 @t29))
% 0.42/1.02  (define @t32 () (forall @t6 @t31))
% 0.42/1.02  (define @t33 () (_ (_ tptp.times_times_nat @t4) @t24))
% 0.42/1.02  (define @t34 () (_ tptp.times_times_nat @t3))
% 0.42/1.02  (define @t35 () (_ @t34 @t2))
% 0.42/1.02  (define @t36 () (_ (_ tptp.times_times_int @t7) @t27))
% 0.42/1.02  (define @t37 () (@var "A" tptp.int))
% 0.42/1.02  (define @t38 () (_ tptp.divide_divide_int @t37))
% 0.42/1.02  (define @t39 () (@list @t37 @t3 @t2))
% 0.42/1.02  (define @t40 () (@var "A" tptp.nat))
% 0.42/1.02  (define @t41 () (_ tptp.divide_divide_nat @t40))
% 0.42/1.02  (define @t42 () (@list @t40 @t3 @t2))
% 0.42/1.02  (define @t43 () (_ tptp.power_power_int @t37))
% 0.42/1.02  (define @t44 () (_ @t43 @t2))
% 0.42/1.02  (define @t45 () (_ tptp.times_times_int @t37))
% 0.42/1.02  (define @t46 () (_ @t45 @t44))
% 0.42/1.02  (define @t47 () (_ tptp.suc @t2))
% 0.42/1.02  (define @t48 () (_ @t43 @t47))
% 0.42/1.02  (define @t49 () (= @t48 @t46))
% 0.42/1.02  (define @t50 () (@list @t37 @t2))
% 0.42/1.02  (define @t51 () (forall @t50 @t49))
% 0.42/1.02  (define @t52 () (_ tptp.power_power_nat @t40))
% 0.42/1.02  (define @t53 () (_ @t52 @t2))
% 0.42/1.02  (define @t54 () (_ tptp.times_times_nat @t40))
% 0.42/1.02  (define @t55 () (_ @t54 @t53))
% 0.42/1.02  (define @t56 () (_ @t52 @t47))
% 0.42/1.02  (define @t57 () (@list @t40 @t2))
% 0.42/1.02  (define @t58 () (@var "Nat2" tptp.nat))
% 0.42/1.02  (define @t59 () (@var "Nat" tptp.nat))
% 0.42/1.02  (define @t60 () (_ tptp.suc @t58))
% 0.42/1.02  (define @t61 () (@var "Y2" tptp.nat))
% 0.42/1.02  (define @t62 () (@var "X2" tptp.nat))
% 0.42/1.02  (define @t63 () (_ tptp.suc @t62))
% 0.42/1.02  (define @t64 () (= @t3 @t2))
% 0.42/1.02  (define @t65 () (_ tptp.suc tptp.pm))
% 0.42/1.02  (define @t66 () (_ tptp.suc @t26))
% 0.42/1.02  (define @t67 () (_ @t25 @t47))
% 0.42/1.02  (define @t68 () (@var "K" tptp.nat))
% 0.42/1.02  (define @t69 () (_ tptp.times_times_nat @t2))
% 0.42/1.02  (define @t70 () (_ @t69 @t68))
% 0.42/1.02  (define @t71 () (_ @t34 @t68))
% 0.42/1.02  (define @t72 () (_ tptp.times_times_nat @t68))
% 0.42/1.02  (define @t73 () (_ @t72 @t2))
% 0.42/1.02  (define @t74 () (_ @t72 @t3))
% 0.42/1.02  (define @t75 () (@list @t68 @t3 @t2))
% 0.42/1.02  (define @t76 () (_ tptp.plus_plus_nat @t2))
% 0.42/1.02  (define @t77 () (_ tptp.suc @t3))
% 0.42/1.02  (define @t78 () (@var "Q" tptp.nat))
% 0.42/1.02  (define @t79 () (_ tptp.divide_divide_nat @t3))
% 0.42/1.02  (define @t80 () (_ @t79 @t2))
% 0.42/1.02  (define @t81 () (_ @t43 @t3))
% 0.42/1.02  (define @t82 () (_ @t52 @t3))
% 0.42/1.02  (define @t83 () (_ (_ tptp.plus_plus_nat @t77) @t2))
% 0.42/1.02  (define @t84 () (_ tptp.suc @t40))
% 0.42/1.02  (define @t85 () (_ tptp.plus_plus_nat @t68))
% 0.42/1.02  (define @t86 () (@var "A2" tptp.nat))
% 0.42/1.02  (define @t87 () (= @t86 (_ @t85 @t40)))
% 0.42/1.02  (define @t88 () (_ tptp.suc @t68))
% 0.42/1.02  (define @t89 () (_ tptp.times_times_nat @t88))
% 0.42/1.02  (define @t90 () (@list @t2))
% 0.42/1.02  (define @t91 () (@var "Y" tptp.nat))
% 0.42/1.02  (define @t92 () (@list @t8 @t91))
% 0.42/1.02  (define @t93 () (@var "X" tptp.int))
% 0.42/1.02  (define @t94 () (_ (_ tptp.power_power_int @t93) @t2))
% 0.42/1.02  (define @t95 () (@var "Y" tptp.int))
% 0.42/1.02  (define @t96 () (_ tptp.times_times_int @t95))
% 0.42/1.02  (define @t97 () (_ tptp.times_times_int @t94))
% 0.42/1.02  (define @t98 () (_ tptp.times_times_int @t93))
% 0.42/1.02  (define @t99 () (_ @t98 @t95))
% 0.42/1.02  (define @t100 () (@list @t93 @t95 @t2))
% 0.42/1.02  (define @t101 () (_ tptp.power_power_nat @t8))
% 0.42/1.02  (define @t102 () (_ @t101 @t2))
% 0.42/1.02  (define @t103 () (_ tptp.times_times_nat @t91))
% 0.42/1.02  (define @t104 () (_ tptp.times_times_nat @t102))
% 0.42/1.02  (define @t105 () (_ tptp.times_times_nat @t8))
% 0.42/1.02  (define @t106 () (_ @t105 @t91))
% 0.42/1.02  (define @t107 () (@list @t8 @t91 @t2))
% 0.42/1.02  (define @t108 () (@var "B" tptp.int))
% 0.42/1.02  (define @t109 () (_ tptp.times_times_int @t44))
% 0.42/1.02  (define @t110 () (_ @t45 @t108))
% 0.42/1.02  (define @t111 () (_ tptp.times_times_nat @t53))
% 0.42/1.02  (define @t112 () (_ @t54 @t10))
% 0.42/1.02  (define @t113 () (_ @t109 @t37))
% 0.42/1.02  (define @t114 () (forall @t50 (= @t113 @t46)))
% 0.42/1.02  (define @t115 () (_ @t111 @t40))
% 0.42/1.02  (define @t116 () (_ tptp.semiri2019852685at_int @t40))
% 0.42/1.02  (define @t117 () (@list @t40 @t10))
% 0.42/1.02  (define @t118 () (@var "Z" tptp.int))
% 0.42/1.02  (define @t119 () (_ tptp.plus_plus_int @t27))
% 0.42/1.02  (define @t120 () (_ tptp.plus_plus_int @t116))
% 0.42/1.02  (define @t121 () (_ tptp.plus_plus_nat @t40))
% 0.42/1.02  (define @t122 () (_ @t121 @t10))
% 0.42/1.02  (define @t123 () (@var "C" tptp.int))
% 0.42/1.02  (define @t124 () (= @t108 @t123))
% 0.42/1.02  (define @t125 () (_ tptp.plus_plus_int @t123))
% 0.42/1.02  (define @t126 () (_ tptp.plus_plus_int @t108))
% 0.42/1.02  (define @t127 () (_ @t126 @t37))
% 0.42/1.02  (define @t128 () (= @t127 (_ @t125 @t37)))
% 0.42/1.02  (define @t129 () (@list @t108 @t37 @t123))
% 0.42/1.02  (define @t130 () (@var "C" tptp.nat))
% 0.42/1.02  (define @t131 () (= @t10 @t130))
% 0.42/1.02  (define @t132 () (_ tptp.plus_plus_nat @t130))
% 0.42/1.02  (define @t133 () (_ tptp.plus_plus_nat @t10))
% 0.42/1.02  (define @t134 () (_ @t133 @t40))
% 0.42/1.02  (define @t135 () (= @t134 (_ @t132 @t40)))
% 0.42/1.02  (define @t136 () (@list @t10 @t40 @t130))
% 0.42/1.02  (define @t137 () (_ tptp.plus_plus_int @t37))
% 0.42/1.02  (define @t138 () (_ @t137 @t123))
% 0.42/1.02  (define @t139 () (_ @t137 @t108))
% 0.42/1.02  (define @t140 () (= @t139 @t138))
% 0.42/1.02  (define @t141 () (@list @t37 @t108 @t123))
% 0.42/1.02  (define @t142 () (_ @t121 @t130))
% 0.42/1.02  (define @t143 () (= @t122 @t142))
% 0.42/1.02  (define @t144 () (@list @t40 @t10 @t130))
% 0.42/1.02  (define @t145 () (_ @t41 @t10))
% 0.42/1.02  (define @t146 () (@var "W" tptp.int))
% 0.42/1.02  (define @t147 () (@var "Z2" tptp.int))
% 0.42/1.02  (define @t148 () (@var "Z1" tptp.int))
% 0.42/1.02  (define @t149 () (_ (_ tptp.plus_plus_int @t148) @t147))
% 0.42/1.02  (define @t150 () (_ tptp.times_times_int @t146))
% 0.42/1.02  (define @t151 () (@var "U" tptp.nat))
% 0.42/1.02  (define @t152 () (@var "J" tptp.nat))
% 0.42/1.02  (define @t153 () (@var "I" tptp.nat))
% 0.42/1.02  (define @t154 () (_ tptp.plus_plus_nat @t153))
% 0.42/1.02  (define @t155 () (_ tptp.times_times_int @t108))
% 0.42/1.02  (define @t156 () (_ @t155 @t123))
% 0.42/1.02  (define @t157 () (@var "D" tptp.int))
% 0.42/1.02  (define @t158 () (_ @t45 @t123))
% 0.42/1.02  (define @t159 () (_ tptp.plus_plus_int @t158))
% 0.42/1.02  (define @t160 () (not (= @t123 @t157)))
% 0.42/1.02  (define @t161 () (= @t37 @t108))
% 0.42/1.02  (define @t162 () (_ tptp.times_times_nat @t10))
% 0.42/1.02  (define @t163 () (_ @t162 @t130))
% 0.42/1.02  (define @t164 () (@var "D" tptp.nat))
% 0.42/1.02  (define @t165 () (_ @t54 @t130))
% 0.42/1.02  (define @t166 () (_ tptp.plus_plus_nat @t165))
% 0.42/1.02  (define @t167 () (not (= @t130 @t164)))
% 0.42/1.02  (define @t168 () (= @t40 @t10))
% 0.42/1.02  (define @t169 () (@var "Pm" tptp.nat))
% 0.42/1.02  (define @t170 () (@var "P" tptp.nat))
% 0.42/1.02  (define @t171 () (= @t170 (_ tptp.suc @t169)))
% 0.42/1.02  (define @t172 () (_ (_ tptp.nthRoo1352626670d_root @t170) @t169))
% 0.42/1.02  (define @t173 () (@list @t170 @t169))
% 0.42/1.02  (define @t174 () (_ @t45 @t156))
% 0.42/1.02  (define @t175 () (_ @t54 @t163))
% 0.42/1.02  (define @t176 () (@var "A3" tptp.int))
% 0.42/1.02  (define @t177 () (@var "B2" tptp.int))
% 0.42/1.02  (define @t178 () (@list @t176 @t177))
% 0.42/1.02  (define @t179 () (lambda @t178 (_ (_ tptp.times_times_int @t177) @t176)))
% 0.42/1.02  (define @t180 () (= tptp.times_times_int @t179))
% 0.42/1.02  (define @t181 () (@var "A3" tptp.nat))
% 0.42/1.02  (define @t182 () (@var "B2" tptp.nat))
% 0.42/1.02  (define @t183 () (@list @t181 @t182))
% 0.42/1.02  (define @t184 () (_ @t126 @t123))
% 0.42/1.02  (define @t185 () (_ @t137 @t184))
% 0.42/1.02  (define @t186 () (_ @t133 @t130))
% 0.42/1.02  (define @t187 () (_ @t121 @t186))
% 0.42/1.02  (define @t188 () (@var "L" tptp.int))
% 0.42/1.02  (define @t189 () (@var "J" tptp.int))
% 0.42/1.02  (define @t190 () (@var "K" tptp.int))
% 0.42/1.02  (define @t191 () (@var "I" tptp.int))
% 0.42/1.02  (define @t192 () (@var "L" tptp.nat))
% 0.42/1.02  (define @t193 () (_ tptp.plus_plus_int @t190))
% 0.42/1.02  (define @t194 () (_ @t193 @t139))
% 0.42/1.02  (define @t195 () (@var "A2" tptp.int))
% 0.42/1.02  (define @t196 () (_ @t85 @t122))
% 0.42/1.02  (define @t197 () (@var "B3" tptp.int))
% 0.42/1.02  (define @t198 () (@var "B3" tptp.nat))
% 0.42/1.02  (define @t199 () (lambda @t178 (_ (_ tptp.plus_plus_int @t177) @t176)))
% 0.42/1.02  (define @t200 () (= tptp.plus_plus_int @t199))
% 0.42/1.02  (define @t201 () (lambda @t183 (_ (_ tptp.plus_plus_nat @t182) @t181)))
% 0.42/1.02  (define @t202 () (= tptp.plus_plus_nat @t201))
% 0.42/1.02  (define @t203 () (@var "Z3" tptp.nat))
% 0.42/1.02  (define @t204 () (@var "Y3" tptp.nat))
% 0.42/1.02  (define @t205 () (@var "P3" Bool))
% 0.42/1.02  (define @t206 () (_ tptp.semiri2019852685at_int (_ (_ (_ tptp.if_nat @t205) @t40) @t10)))
% 0.42/1.02  (define @t207 () (@var "Z" tptp.nat))
% 0.42/1.02  (define @t208 () (_ tptp.times_times_nat @t9))
% 0.42/1.02  (define @t209 () (_ tptp.times_times_int @t139))
% 0.42/1.02  (define @t210 () (= (_ @t209 @t123) (_ @t159 @t156)))
% 0.42/1.02  (define @t211 () (= (_ @t45 @t184) (_ (_ tptp.plus_plus_int @t110) @t158)))
% 0.42/1.02  (define @t212 () (_ tptp.times_times_nat @t122))
% 0.42/1.02  (define @t213 () (= (_ @t212 @t130) (_ @t166 @t163)))
% 0.42/1.02  (define @t214 () (= (_ @t54 @t186) (_ (_ tptp.plus_plus_nat @t112) @t165)))
% 0.42/1.02  (define @t215 () (@var "E" tptp.int))
% 0.42/1.02  (define @t216 () (@var "E" tptp.nat))
% 0.42/1.02  (define @t217 () (@var "N" tptp.int))
% 0.42/1.02  (define @t218 () (_ tptp.plus_plus_int tptp.one_one_int))
% 0.42/1.02  (define @t219 () (_ @t218 @t217))
% 0.42/1.02  (define @t220 () (_ tptp.times_times_int tptp.x))
% 0.42/1.02  (define @t221 () (_ @t220 @t219))
% 0.42/1.02  (define @t222 () (_ @t220 @t217))
% 0.42/1.02  (define @t223 () (_ tptp.plus_plus_int tptp.x))
% 0.42/1.02  (define @t224 () (_ @t223 @t222))
% 0.42/1.02  (define @t225 () (= @t224 @t221))
% 0.42/1.02  (define @t226 () (@list @t217))
% 0.42/1.02  (define @t227 () (forall @t226 @t225))
% 0.42/1.02  (define @t228 () (@list @t37))
% 0.42/1.02  (define @t229 () (@list @t40))
% 0.42/1.02  (define @t230 () (_ tptp.times_times_nat tptp.one_one_nat))
% 0.42/1.02  (define @t231 () (_ @t38 tptp.one_one_int))
% 0.42/1.02  (define @t232 () (forall @t228 (= @t231 @t37)))
% 0.42/1.02  (define @t233 () (= @t2 tptp.one_one_nat))
% 0.42/1.02  (define @t234 () (@list @t3))
% 0.42/1.02  (define @t235 () (_ tptp.plus_plus_nat tptp.one_one_nat))
% 0.42/1.02  (define @t236 () (@list @t93))
% 0.42/1.02  (define @t237 () (@list @t8))
% 0.42/1.02  (define @t238 () (_ tptp.semiri2019852685at_int @t47))
% 0.42/1.02  (define @t239 () (_ (_ tptp.divide_divide_int @t93) @t95))
% 0.42/1.02  (define @t240 () (_ tptp.nO_MATCH_int_int @t239))
% 0.42/1.02  (define @t241 () (_ tptp.nO_MATCH_int_nat @t239))
% 0.42/1.02  (define @t242 () (_ (_ tptp.divide_divide_nat @t8) @t91))
% 0.42/1.02  (define @t243 () (_ tptp.nO_MATCH_nat_int @t242))
% 0.42/1.02  (define @t244 () (_ tptp.nO_MATCH_nat_nat @t242))
% 0.42/1.02  (define @t245 () (= @t2 tptp.zero_zero_nat))
% 0.42/1.02  (define @t246 () (= @t3 tptp.zero_zero_nat))
% 0.42/1.02  (define @t247 () (= @t68 tptp.zero_zero_nat))
% 0.42/1.02  (define @t248 () (or @t64 @t247))
% 0.42/1.02  (define @t249 () (= @t74 @t73))
% 0.42/1.02  (define @t250 () (= @t123 tptp.zero_zero_int))
% 0.42/1.02  (define @t251 () (or @t250 @t161))
% 0.42/1.02  (define @t252 () (= @t158 @t156))
% 0.42/1.02  (define @t253 () (= @t130 tptp.zero_zero_nat))
% 0.42/1.02  (define @t254 () (or @t253 @t168))
% 0.42/1.02  (define @t255 () (= @t165 @t163))
% 0.42/1.02  (define @t256 () (_ tptp.times_times_int @t123))
% 0.42/1.02  (define @t257 () (_ @t256 @t108))
% 0.42/1.02  (define @t258 () (_ @t256 @t37))
% 0.42/1.02  (define @t259 () (= @t258 @t257))
% 0.42/1.02  (define @t260 () (@list @t123 @t37 @t108))
% 0.42/1.02  (define @t261 () (_ tptp.times_times_nat @t130))
% 0.42/1.02  (define @t262 () (_ @t261 @t10))
% 0.42/1.02  (define @t263 () (_ @t261 @t40))
% 0.42/1.02  (define @t264 () (= @t263 @t262))
% 0.42/1.02  (define @t265 () (@list @t130 @t40 @t10))
% 0.42/1.02  (define @t266 () (= @t108 tptp.zero_zero_int))
% 0.42/1.02  (define @t267 () (= @t37 tptp.zero_zero_int))
% 0.42/1.02  (define @t268 () (or @t267 @t266))
% 0.42/1.02  (define @t269 () (= @t110 tptp.zero_zero_int))
% 0.42/1.02  (define @t270 () (= @t269 @t268))
% 0.42/1.02  (define @t271 () (@list @t37 @t108))
% 0.42/1.02  (define @t272 () (forall @t271 @t270))
% 0.42/1.02  (define @t273 () (= @t10 tptp.zero_zero_nat))
% 0.42/1.02  (define @t274 () (= @t40 tptp.zero_zero_nat))
% 0.42/1.02  (define @t275 () (or @t274 @t273))
% 0.42/1.02  (define @t276 () (= @t112 tptp.zero_zero_nat))
% 0.42/1.02  (define @t277 () (_ tptp.times_times_int tptp.zero_zero_int))
% 0.42/1.02  (define @t278 () (_ tptp.times_times_nat tptp.zero_zero_nat))
% 0.42/1.02  (define @t279 () (_ tptp.plus_plus_nat tptp.zero_zero_nat))
% 0.42/1.02  (define @t280 () (_ tptp.plus_plus_int tptp.zero_zero_int))
% 0.42/1.02  (define @t281 () (_ @t137 @t37))
% 0.42/1.02  (define @t282 () (= @t134 @t40))
% 0.42/1.02  (define @t283 () (@list @t10 @t40))
% 0.42/1.02  (define @t284 () (forall @t283 (= @t282 @t273)))
% 0.42/1.02  (define @t285 () (= @t127 @t37))
% 0.42/1.02  (define @t286 () (@list @t108 @t37))
% 0.42/1.02  (define @t287 () (forall @t286 (= @t285 @t266)))
% 0.42/1.02  (define @t288 () (= @t40 @t134))
% 0.42/1.02  (define @t289 () (= @t37 @t127))
% 0.42/1.02  (define @t290 () (= @t91 tptp.zero_zero_nat))
% 0.42/1.02  (define @t291 () (= @t8 tptp.zero_zero_nat))
% 0.42/1.02  (define @t292 () (and @t291 @t290))
% 0.42/1.02  (define @t293 () (_ (_ tptp.plus_plus_nat @t8) @t91))
% 0.42/1.02  (define @t294 () (_ (_ tptp.divide_divide_int tptp.zero_zero_int) @t37))
% 0.42/1.02  (define @t295 () (forall @t228 (= @t294 tptp.zero_zero_int)))
% 0.42/1.02  (define @t296 () (_ tptp.semiri2019852685at_int tptp.zero_zero_nat))
% 0.42/1.02  (define @t297 () (= tptp.zero_zero_nat @t2))
% 0.42/1.02  (define @t298 () (= tptp.zero_zero_int @t27))
% 0.42/1.02  (define @t299 () (= @t298 @t297))
% 0.42/1.02  (define @t300 () (forall @t90 @t299))
% 0.42/1.02  (define @t301 () (_ tptp.suc tptp.zero_zero_nat))
% 0.42/1.02  (define @t302 () (= @t2 @t301))
% 0.42/1.02  (define @t303 () (= @t3 @t301))
% 0.42/1.02  (define @t304 () (and @t303 @t302))
% 0.42/1.02  (define @t305 () (and (= @t3 tptp.one_one_nat) @t233))
% 0.42/1.02  (define @t306 () (_ tptp.gbinomial_int @t37))
% 0.42/1.02  (define @t307 () (_ tptp.gbinomial_nat @t40))
% 0.42/1.02  (define @t308 () (_ (_ tptp.divide_divide_nat @t74) @t73))
% 0.42/1.02  (define @t309 () (= @t93 tptp.zero_zero_int))
% 0.42/1.02  (define @t310 () (or @t250 (= @t108 tptp.one_one_int)))
% 0.42/1.02  (define @t311 () (= @t123 @t257))
% 0.42/1.02  (define @t312 () (= @t311 @t310))
% 0.42/1.02  (define @t313 () (@list @t123 @t108))
% 0.42/1.02  (define @t314 () (forall @t313 @t312))
% 0.42/1.02  (define @t315 () (or @t250 (= @t37 tptp.one_one_int)))
% 0.42/1.02  (define @t316 () (_ @t38 @t108))
% 0.42/1.02  (define @t317 () (_ (_ tptp.divide_divide_int @t258) @t257))
% 0.42/1.02  (define @t318 () (not @t250))
% 0.42/1.02  (define @t319 () (=> @t318 (= @t317 @t316)))
% 0.42/1.02  (define @t320 () (_ (_ tptp.divide_divide_nat @t263) @t262))
% 0.42/1.02  (define @t321 () (not @t253))
% 0.42/1.02  (define @t322 () (=> @t321 (= @t320 @t145)))
% 0.42/1.02  (define @t323 () (_ tptp.divide_divide_int @t110))
% 0.42/1.02  (define @t324 () (_ @t323 @t37))
% 0.42/1.02  (define @t325 () (not @t267))
% 0.42/1.02  (define @t326 () (=> @t325 (= @t324 @t108)))
% 0.42/1.02  (define @t327 () (forall @t271 @t326))
% 0.42/1.02  (define @t328 () (_ tptp.divide_divide_nat @t112))
% 0.42/1.02  (define @t329 () (not @t274))
% 0.42/1.02  (define @t330 () (_ @t323 @t108))
% 0.42/1.02  (define @t331 () (not @t266))
% 0.42/1.02  (define @t332 () (=> @t331 (= @t330 @t37)))
% 0.42/1.02  (define @t333 () (forall @t286 @t332))
% 0.42/1.02  (define @t334 () (not @t273))
% 0.42/1.02  (define @t335 () (_ tptp.power_power_int tptp.zero_zero_int))
% 0.42/1.02  (define @t336 () (= (_ @t335 @t47) tptp.zero_zero_int))
% 0.42/1.02  (define @t337 () (forall @t90 @t336))
% 0.42/1.02  (define @t338 () (_ tptp.power_power_nat tptp.zero_zero_nat))
% 0.42/1.02  (define @t339 () (@list @t68))
% 0.42/1.02  (define @t340 () (_ @t125 @t316))
% 0.42/1.02  (define @t341 () (_ @t132 @t145))
% 0.42/1.02  (define @t342 () (@list @t108 @t123 @t37))
% 0.42/1.02  (define @t343 () (@list @t10 @t130 @t40))
% 0.42/1.02  (define @t344 () (= tptp.one_one_nat @t301))
% 0.42/1.02  (define @t345 () (_ @t335 @t2))
% 0.42/1.02  (define @t346 () (not @t245))
% 0.42/1.02  (define @t347 () (=> @t346 (= @t345 tptp.zero_zero_int)))
% 0.42/1.02  (define @t348 () (=> @t245 (= @t345 tptp.one_one_int)))
% 0.42/1.02  (define @t349 () (and @t348 @t347))
% 0.42/1.02  (define @t350 () (forall @t90 @t349))
% 0.42/1.02  (define @t351 () (_ @t338 @t2))
% 0.42/1.02  (define @t352 () (=> @t346 (= @t351 tptp.zero_zero_nat)))
% 0.42/1.02  (define @t353 () (=> @t245 (= @t351 tptp.one_one_nat)))
% 0.42/1.02  (define @t354 () (and @t353 @t352))
% 0.42/1.02  (define @t355 () (forall @t90 @t354))
% 0.42/1.02  (define @t356 () (not @t269))
% 0.42/1.02  (define @t357 () (=> @t331 @t356))
% 0.42/1.02  (define @t358 () (=> @t325 @t357))
% 0.42/1.02  (define @t359 () (forall @t271 @t358))
% 0.42/1.02  (define @t360 () (not @t276))
% 0.42/1.02  (define @t361 () (not (= tptp.zero_zero_int tptp.one_one_int)))
% 0.42/1.02  (define @t362 () (not (= @t44 tptp.zero_zero_int)))
% 0.42/1.02  (define @t363 () (=> @t325 @t362))
% 0.42/1.02  (define @t364 () (forall @t50 @t363))
% 0.42/1.02  (define @t365 () (@list @t58))
% 0.42/1.02  (define @t366 () (@var "P3" (-> tptp.nat Bool)))
% 0.42/1.02  (define @t367 () (@var "N2" tptp.nat))
% 0.42/1.02  (define @t368 () (_ @t366 (_ tptp.suc @t367)))
% 0.42/1.02  (define @t369 () (_ @t366 @t367))
% 0.42/1.02  (define @t370 () (@list @t367))
% 0.42/1.02  (define @t371 () (_ @t366 tptp.zero_zero_nat))
% 0.42/1.02  (define @t372 () (@var "P3" (-> tptp.nat tptp.nat Bool)))
% 0.42/1.02  (define @t373 () (@var "Y4" tptp.nat))
% 0.42/1.02  (define @t374 () (_ tptp.suc @t373))
% 0.42/1.02  (define @t375 () (@var "X3" tptp.nat))
% 0.42/1.02  (define @t376 () (_ @t372 @t375))
% 0.42/1.02  (define @t377 () (@var "Nat3" tptp.nat))
% 0.42/1.02  (define @t378 () (_ tptp.suc @t377))
% 0.42/1.02  (define @t379 () (@list @t377))
% 0.42/1.02  (define @t380 () (@var "M2" tptp.nat))
% 0.42/1.02  (define @t381 () (@list @t188))
% 0.42/1.02  (define @t382 () (@list @t190))
% 0.42/1.02  (define @t383 () (@var "R" tptp.int))
% 0.42/1.02  (define @t384 () (_ tptp.times_times_int @t383))
% 0.42/1.02  (define @t385 () (@var "R" tptp.nat))
% 0.42/1.02  (define @t386 () (_ tptp.times_times_nat @t385))
% 0.42/1.02  (define @t387 () (= @t238 tptp.zero_zero_int))
% 0.42/1.02  (define @t388 () (not @t387))
% 0.42/1.02  (define @t389 () (forall @t90 @t388))
% 0.42/1.02  (define @t390 () (or (and @t303 @t245) (and @t246 @t302)))
% 0.42/1.02  (define @t391 () (_ (_ tptp.plus_plus_int @t316) tptp.one_one_int))
% 0.42/1.02  (define @t392 () (_ (_ tptp.plus_plus_nat @t145) tptp.one_one_nat))
% 0.42/1.02  (define @t393 () (_ tptp.semiri2019852685at_int tptp.pm))
% 0.42/1.02  (define @t394 () (_ @t220 @t393))
% 0.42/1.02  (define @t395 () (_ @t1 tptp.pm))
% 0.42/1.02  (define @t396 () (= (_ (_ tptp.divide_divide_int (_ (_ tptp.plus_plus_int (_ (_ tptp.divide_divide_int (_ @t1 @t65)) @t395)) @t394)) (_ tptp.semiri2019852685at_int @t65)) tptp.x))
% 0.42/1.02  (define @t397 () (not @t396))
% 0.42/1.02  (define @t398 () (@var "Pm2" tptp.nat))
% 0.42/1.02  (define @t399 () (@var "P2" tptp.nat))
% 0.42/1.02  (define @t400 () (lambda (@list @t399 @t398) (= @t399 (_ tptp.suc @t398))))
% 0.42/1.02  (define @t401 () (@var "N3" tptp.nat))
% 0.42/1.02  (define @t402 () (lambda (@list @t401) (_ (_ tptp.plus_plus_nat @t401) tptp.one_one_nat)))
% 0.42/1.02  (define @t403 () (_ @t338 tptp.zero_zero_nat))
% 0.42/1.02  (define @t404 () (_ tptp.plus_plus_nat tptp.pm))
% 0.42/1.02  (define @t405 () (_ @t404 @t403))
% 0.42/1.02  (define @t406 () (_ tptp.semiri2019852685at_int @t405))
% 0.42/1.02  (define @t407 () (_ @t1 @t405))
% 0.42/1.02  (define @t408 () (_ (_ tptp.divide_divide_int @t407) @t395))
% 0.42/1.02  (define @t409 () (_ (_ tptp.plus_plus_int @t408) @t394))
% 0.42/1.02  (define @t410 () (tptp.power_power_nat tptp.zero_zero_nat tptp.zero_zero_nat))
% 0.42/1.02  (define @t411 () (tptp.plus_plus_nat tptp.pm @t410))
% 0.42/1.02  (define @t412 () (tptp.semiri2019852685at_int @t411))
% 0.42/1.02  (define @t413 () (tptp.semiri2019852685at_int tptp.pm))
% 0.42/1.02  (define @t414 () (tptp.times_times_int tptp.x @t413))
% 0.42/1.02  (define @t415 () (tptp.power_power_int tptp.x tptp.pm))
% 0.42/1.02  (define @t416 () (tptp.power_power_int tptp.x @t411))
% 0.42/1.02  (define @t417 () (tptp.divide_divide_int @t416 @t415))
% 0.42/1.02  (define @t418 () (tptp.plus_plus_int @t417 @t414))
% 0.42/1.02  (define @t419 () (tptp.divide_divide_int @t418 @t412))
% 0.42/1.02  (define @t420 () (_ @t404 @t410))
% 0.42/1.02  (define @t421 () (= tptp.x (_ (_ tptp.divide_divide_int (_ (_ tptp.plus_plus_int (_ (_ tptp.divide_divide_int (_ @t1 @t420)) @t395)) @t394)) (_ tptp.semiri2019852685at_int @t420))))
% 0.42/1.02  (define @t422 () (@var "BOUND_VARIABLE_11584" tptp.nat))
% 0.42/1.02  (define @t423 () (tptp.power_power_nat tptp.zero_zero_nat @t422))
% 0.42/1.02  (define @t424 () (_ @t338 @t422))
% 0.42/1.02  (define @t425 () (= tptp.zero_zero_nat @t424))
% 0.42/1.02  (define @t426 () (= tptp.zero_zero_nat @t422))
% 0.42/1.02  (define @t427 () (or @t426 @t425))
% 0.42/1.02  (define @t428 () (forall (@list @t422) @t427))
% 0.42/1.02  (define @t429 () (= tptp.one_one_nat @t410))
% 0.42/1.02  (define @t430 () (not (= tptp.zero_zero_nat tptp.zero_zero_nat)))
% 0.42/1.02  (define @t431 () (or @t430 @t429))
% 0.42/1.02  (define @t432 () (@var "BOUND_VARIABLE_11575" tptp.nat))
% 0.42/1.02  (define @t433 () (tptp.power_power_nat tptp.zero_zero_nat @t432))
% 0.42/1.02  (define @t434 () (= tptp.one_one_nat @t433))
% 0.42/1.02  (define @t435 () (not (= tptp.zero_zero_nat @t432)))
% 0.42/1.02  (define @t436 () (@list @t432))
% 0.42/1.02  (define @t437 () (or @t435 @t435 @t434))
% 0.42/1.02  (define @t438 () (or @t435 @t434))
% 0.42/1.02  (define @t439 () (_ @t338 @t432))
% 0.42/1.02  (define @t440 () (= tptp.one_one_nat @t439))
% 0.42/1.02  (define @t441 () (or @t435 @t440))
% 0.42/1.02  (define @t442 () (forall @t436 @t441))
% 0.42/1.02  (define @t443 () (= tptp.zero_zero_nat @t351))
% 0.42/1.02  (define @t444 () (or @t297 @t443))
% 0.42/1.02  (define @t445 () (forall @t90 @t444))
% 0.42/1.02  (define @t446 () (@list @t2))
% 0.42/1.02  (define @t447 () (= tptp.one_one_nat @t351))
% 0.42/1.02  (define @t448 () (not @t297))
% 0.42/1.02  (define @t449 () (or @t448 @t447))
% 0.42/1.02  (define @t450 () (forall @t90 @t449))
% 0.42/1.02  (define @t451 () (and @t450 @t445))
% 0.42/1.02  (define @t452 () (not @t448))
% 0.42/1.02  (define @t453 () (and (=> @t297 @t447) (=> @t448 @t443)))
% 0.42/1.02  (define @t454 () (_ @t404 tptp.one_one_nat))
% 0.42/1.02  (define @t455 () (_ (_ tptp.divide_divide_int (_ (_ tptp.plus_plus_int (_ (_ tptp.divide_divide_int (_ @t1 @t454)) @t395)) @t394)) (_ tptp.semiri2019852685at_int @t454)))
% 0.42/1.02  (define @t456 () (= tptp.x @t455))
% 0.42/1.02  (define @t457 () (_ @t402 tptp.pm))
% 0.42/1.02  (define @t458 () (= (_ (_ tptp.divide_divide_int (_ (_ tptp.plus_plus_int (_ (_ tptp.divide_divide_int (_ @t1 @t457)) @t395)) @t394)) (_ tptp.semiri2019852685at_int @t457)) tptp.x))
% 0.42/1.02  (define @t459 () (@purify @t201))
% 0.42/1.02  (define @t460 () (tptp.plus_plus_nat @t410 tptp.pm))
% 0.42/1.02  (define @t461 () (_ (_ tptp.plus_plus_nat @t410) tptp.pm))
% 0.42/1.02  (define @t462 () (= @t411 @t461))
% 0.42/1.02  (define @t463 () (= tptp.plus_plus_nat @t459))
% 0.42/1.02  (define @t464 () (=> @t463 @t462))
% 0.42/1.02  (define @t465 () (= @t411 @t460))
% 0.42/1.02  (define @t466 () (@list false))
% 0.42/1.02  (define @t467 () (@purify @t179))
% 0.42/1.02  (define @t468 () (tptp.times_times_int @t413 tptp.x))
% 0.42/1.02  (define @t469 () (_ (_ tptp.times_times_int @t413) tptp.x))
% 0.42/1.02  (define @t470 () (= @t414 @t469))
% 0.42/1.02  (define @t471 () (= tptp.times_times_int @t467))
% 0.42/1.02  (define @t472 () (=> @t471 @t470))
% 0.42/1.02  (define @t473 () (= @t414 @t468))
% 0.42/1.02  (define @t474 () (tptp.semiri2019852685at_int @t2))
% 0.42/1.02  (define @t475 () (tptp.semiri2019852685at_int @t3))
% 0.42/1.02  (define @t476 () (tptp.plus_plus_int @t475 @t474))
% 0.42/1.02  (define @t477 () (tptp.plus_plus_nat @t3 @t2))
% 0.42/1.02  (define @t478 () (tptp.semiri2019852685at_int @t477))
% 0.42/1.02  (define @t479 () (tptp.plus_plus_nat @t2 tptp.one_one_nat))
% 0.42/1.02  (define @t480 () (tptp.power_power_int @t37 @t479))
% 0.42/1.02  (define @t481 () (tptp.power_power_int @t37 @t2))
% 0.42/1.02  (define @t482 () (tptp.times_times_int @t37 @t481))
% 0.42/1.02  (define @t483 () (= @t482 @t480))
% 0.42/1.02  (define @t484 () (_ @t76 tptp.one_one_nat))
% 0.42/1.02  (define @t485 () (_ @t43 @t484))
% 0.42/1.02  (define @t486 () (= @t46 @t485))
% 0.42/1.02  (define @t487 () (_ @t402 @t2))
% 0.42/1.02  (define @t488 () (= (_ @t43 @t487) @t46))
% 0.42/1.02  (define @t489 () (tptp.times_times_int tptp.x @t415))
% 0.42/1.02  (define @t490 () (tptp.plus_plus_nat @t2 @t410))
% 0.42/1.02  (define @t491 () (forall @t50 (= @t482 (tptp.power_power_int @t37 @t490))))
% 0.42/1.02  (define @t492 () (= @t489 @t416))
% 0.42/1.02  (define @t493 () (@list tptp.x tptp.pm))
% 0.42/1.02  (define @t494 () (= @t416 @t489))
% 0.42/1.02  (define @t495 () (tptp.times_times_int @t481 @t37))
% 0.42/1.02  (define @t496 () (= @t46 @t113))
% 0.42/1.02  (define @t497 () (tptp.semiri2019852685at_int @t410))
% 0.42/1.02  (define @t498 () (_ tptp.semiri2019852685at_int @t410))
% 0.42/1.02  (define @t499 () (tptp.plus_plus_int @t498 @t217))
% 0.42/1.02  (define @t500 () (tptp.times_times_int tptp.x @t499))
% 0.42/1.02  (define @t501 () (tptp.times_times_int tptp.x @t217))
% 0.42/1.02  (define @t502 () (tptp.plus_plus_int tptp.x @t501))
% 0.42/1.02  (define @t503 () (= @t502 @t500))
% 0.42/1.02  (define @t504 () (tptp.plus_plus_int tptp.one_one_int @t217))
% 0.42/1.02  (define @t505 () (tptp.times_times_int tptp.x @t504))
% 0.42/1.02  (define @t506 () (= @t502 @t505))
% 0.42/1.02  (define @t507 () (tptp.times_times_int @t37 @t108))
% 0.42/1.02  (define @t508 () (tptp.divide_divide_int @t507 @t108))
% 0.42/1.02  (define @t509 () (= @t37 @t508))
% 0.42/1.02  (define @t510 () (tptp.semiri2019852685at_int tptp.zero_zero_nat))
% 0.42/1.02  (define @t511 () (= @t108 @t296))
% 0.42/1.02  (define @t512 () (or @t511 @t509))
% 0.42/1.02  (define @t513 () (= @t296 @t108))
% 0.42/1.02  (define @t514 () (or @t513 @t509))
% 0.42/1.02  (define @t515 () (= tptp.zero_zero_int @t108))
% 0.42/1.02  (define @t516 () (or @t515 @t509))
% 0.42/1.02  (define @t517 () (_ tptp.divide_divide_int @t507))
% 0.42/1.02  (define @t518 () (= @t37 @t330))
% 0.42/1.02  (define @t519 () (or @t515 @t518))
% 0.42/1.02  (define @t520 () (not @t515))
% 0.42/1.02  (define @t521 () (not @t520))
% 0.42/1.02  (define @t522 () (tptp.times_times_int tptp.x @t412))
% 0.42/1.02  (define @t523 () (tptp.divide_divide_int @t522 @t412))
% 0.42/1.02  (define @t524 () (= tptp.x @t523))
% 0.42/1.02  (define @t525 () (or (= @t412 @t510) @t524))
% 0.42/1.02  (define @t526 () (= @t108 @t510))
% 0.42/1.02  (define @t527 () (forall @t286 (or @t526 @t509)))
% 0.42/1.02  (define @t528 () (= @t510 @t412))
% 0.42/1.02  (define @t529 () (or @t528 @t524))
% 0.42/1.02  (define @t530 () (tptp.semiri2019852685at_int @t490))
% 0.42/1.02  (define @t531 () (= @t296 @t530))
% 0.42/1.02  (define @t532 () (not @t531))
% 0.42/1.02  (define @t533 () (tptp.semiri2019852685at_int @t479))
% 0.42/1.02  (define @t534 () (= tptp.zero_zero_int @t533))
% 0.42/1.02  (define @t535 () (not @t534))
% 0.42/1.02  (define @t536 () (_ tptp.semiri2019852685at_int @t484))
% 0.42/1.02  (define @t537 () (= tptp.zero_zero_int @t536))
% 0.42/1.02  (define @t538 () (not @t537))
% 0.42/1.02  (define @t539 () (= (_ tptp.semiri2019852685at_int @t487) tptp.zero_zero_int))
% 0.42/1.02  (define @t540 () (not @t539))
% 0.42/1.02  (define @t541 () (@list tptp.pm))
% 0.42/1.02  (define @t542 () (@list true false))
% 0.42/1.02  (define @t543 () (tptp.divide_divide_int @t507 @t37))
% 0.42/1.02  (define @t544 () (= @t108 @t543))
% 0.42/1.02  (define @t545 () (= @t37 @t296))
% 0.42/1.02  (define @t546 () (or @t545 @t544))
% 0.42/1.02  (define @t547 () (= @t296 @t37))
% 0.42/1.02  (define @t548 () (or @t547 @t544))
% 0.42/1.02  (define @t549 () (= tptp.zero_zero_int @t37))
% 0.42/1.02  (define @t550 () (or @t549 @t544))
% 0.42/1.02  (define @t551 () (= @t108 @t324))
% 0.42/1.02  (define @t552 () (or @t549 @t551))
% 0.42/1.02  (define @t553 () (not @t549))
% 0.42/1.02  (define @t554 () (not @t553))
% 0.42/1.02  (define @t555 () (tptp.times_times_int @t415 tptp.x))
% 0.42/1.02  (define @t556 () (tptp.divide_divide_int @t555 @t415))
% 0.42/1.02  (define @t557 () (= tptp.x @t556))
% 0.42/1.02  (define @t558 () (= @t415 @t510))
% 0.42/1.02  (define @t559 () (or @t558 @t557))
% 0.42/1.02  (define @t560 () (= @t37 @t510))
% 0.42/1.02  (define @t561 () (forall @t271 (or @t560 @t544)))
% 0.42/1.02  (define @t562 () (= @t510 @t415))
% 0.42/1.02  (define @t563 () (or @t562 @t557))
% 0.42/1.02  (define @t564 () (not (= @t510 @t481)))
% 0.42/1.02  (define @t565 () (or @t560 @t564))
% 0.42/1.02  (define @t566 () (= @t296 @t481))
% 0.42/1.02  (define @t567 () (not @t566))
% 0.42/1.02  (define @t568 () (or @t545 @t567))
% 0.42/1.02  (define @t569 () (or @t547 @t567))
% 0.42/1.02  (define @t570 () (= tptp.zero_zero_int @t481))
% 0.42/1.02  (define @t571 () (not @t570))
% 0.42/1.02  (define @t572 () (or @t549 @t571))
% 0.42/1.02  (define @t573 () (= tptp.zero_zero_int @t44))
% 0.42/1.02  (define @t574 () (not @t573))
% 0.42/1.02  (define @t575 () (or @t549 @t574))
% 0.42/1.02  (define @t576 () (not @t558))
% 0.42/1.02  (define @t577 () (= tptp.x @t510))
% 0.42/1.02  (define @t578 () (or @t577 @t576))
% 0.42/1.02  (define @t579 () (forall @t50 (or @t560 (not (= @t481 @t510)))))
% 0.42/1.02  (define @t580 () (not @t562))
% 0.42/1.02  (define @t581 () (or @t577 @t580))
% 0.42/1.02  (define @t582 () (or @t560 @t526))
% 0.42/1.02  (define @t583 () (= @t510 @t507))
% 0.42/1.02  (define @t584 () (= @t583 @t582))
% 0.42/1.02  (define @t585 () (or @t545 @t511))
% 0.42/1.02  (define @t586 () (= @t296 @t507))
% 0.42/1.02  (define @t587 () (= @t586 @t585))
% 0.42/1.02  (define @t588 () (or @t547 @t513))
% 0.42/1.02  (define @t589 () (= tptp.zero_zero_int @t507))
% 0.42/1.02  (define @t590 () (or @t549 @t515))
% 0.42/1.02  (define @t591 () (= @t590 @t589))
% 0.42/1.02  (define @t592 () (= tptp.zero_zero_int @t110))
% 0.42/1.02  (define @t593 () (= @t592 @t590))
% 0.42/1.02  (define @t594 () (= @t413 @t510))
% 0.42/1.02  (define @t595 () (or @t577 @t594))
% 0.42/1.02  (define @t596 () (= @t414 @t510))
% 0.42/1.02  (define @t597 () (= @t596 @t595))
% 0.42/1.02  (define @t598 () (= @t507 @t510))
% 0.42/1.02  (define @t599 () (forall @t271 (= @t598 @t582)))
% 0.42/1.02  (define @t600 () (@list tptp.x @t413))
% 0.42/1.02  (define @t601 () (= @t510 @t413))
% 0.42/1.02  (define @t602 () (or @t577 @t601))
% 0.42/1.02  (define @t603 () (= @t510 @t414))
% 0.42/1.02  (define @t604 () (= @t603 @t602))
% 0.42/1.02  (define @t605 () (tptp.plus_plus_int @t108 @t37))
% 0.42/1.02  (define @t606 () (= @t37 @t605))
% 0.42/1.02  (define @t607 () (= @t606 @t511))
% 0.42/1.02  (define @t608 () (= @t515 @t606))
% 0.42/1.02  (define @t609 () (= @t289 @t515))
% 0.42/1.02  (define @t610 () (tptp.plus_plus_int @t414 @t417))
% 0.42/1.02  (define @t611 () (= @t417 @t610))
% 0.42/1.02  (define @t612 () (forall @t286 (= @t606 @t526)))
% 0.42/1.02  (define @t613 () (= @t611 @t596))
% 0.42/1.02  (define @t614 () (= @t603 @t611))
% 0.42/1.02  (define @t615 () (not @t603))
% 0.42/1.02  (define @t616 () (not @t583))
% 0.42/1.02  (define @t617 () (or @t560 @t526 @t616))
% 0.42/1.02  (define @t618 () (not @t586))
% 0.42/1.02  (define @t619 () (or @t545 @t511 @t618))
% 0.42/1.02  (define @t620 () (or @t547 @t513 @t618))
% 0.42/1.02  (define @t621 () (not @t589))
% 0.42/1.02  (define @t622 () (or @t549 @t515 @t621))
% 0.42/1.02  (define @t623 () (not @t592))
% 0.42/1.02  (define @t624 () (or @t549 @t515 @t623))
% 0.42/1.02  (define @t625 () (=> @t520 @t623))
% 0.42/1.02  (define @t626 () (not @t596))
% 0.42/1.02  (define @t627 () (or @t577 @t594 @t626))
% 0.42/1.02  (define @t628 () (forall @t271 (or @t560 @t526 (not @t598))))
% 0.42/1.02  (define @t629 () (or @t577 @t601 @t615))
% 0.42/1.02  (define @t630 () (= @t297 (= @t510 @t474)))
% 0.42/1.02  (define @t631 () (= @t296 @t474))
% 0.42/1.02  (define @t632 () (= @t297 @t631))
% 0.42/1.02  (define @t633 () (= tptp.zero_zero_int @t474))
% 0.42/1.02  (define @t634 () (= @t297 @t633))
% 0.42/1.02  (define @t635 () (= tptp.zero_zero_nat tptp.pm))
% 0.42/1.02  (define @t636 () (= @t635 @t594))
% 0.42/1.02  (define @t637 () (forall @t90 (= @t297 (= @t474 @t510))))
% 0.42/1.02  (define @t638 () (= @t635 @t601))
% 0.42/1.02  (define @t639 () (tptp.plus_plus_nat @t10 @t40))
% 0.42/1.02  (define @t640 () (= @t40 @t639))
% 0.42/1.02  (define @t641 () (= tptp.zero_zero_nat @t10))
% 0.42/1.02  (define @t642 () (= @t288 @t641))
% 0.42/1.02  (define @t643 () (= @t410 @t411))
% 0.42/1.02  (define @t644 () (forall @t283 (= @t641 @t640)))
% 0.42/1.02  (define @t645 () (= @t635 @t643))
% 0.42/1.02  (define @t646 () (= @t643 @t635))
% 0.42/1.02  (define @t647 () (tptp.semiri2019852685at_int @t8))
% 0.42/1.02  (define @t648 () (tptp.semiri2019852685at_int @t10))
% 0.42/1.02  (define @t649 () (tptp.power_power_int @t648 @t9))
% 0.42/1.02  (define @t650 () (= @t649 @t647))
% 0.42/1.02  (define @t651 () (tptp.power_power_nat @t10 @t9))
% 0.42/1.02  (define @t652 () (= @t8 @t651))
% 0.42/1.02  (define @t653 () (= @t20 @t22))
% 0.42/1.02  (define @t654 () (tptp.power_power_int @t510 tptp.zero_zero_nat))
% 0.42/1.02  (define @t655 () (= @t654 @t412))
% 0.42/1.02  (define @t656 () (= (= @t411 @t410) @t655))
% 0.42/1.02  (define @t657 () (forall @t16 (= @t652 @t650)))
% 0.42/1.02  (define @t658 () (= @t655 @t643))
% 0.42/1.02  (define @t659 () (not @t658))
% 0.42/1.02  (define @t660 () (not @t655))
% 0.42/1.02  (define @t661 () (not @t646))
% 0.42/1.02  (define @t662 () (not @t643))
% 0.42/1.02  (define @t663 () (not @t638))
% 0.42/1.02  (define @t664 () (not @t635))
% 0.42/1.02  (define @t665 () (not @t602))
% 0.42/1.02  (define @t666 () (tptp.plus_plus_nat tptp.zero_zero_nat @t410))
% 0.42/1.02  (define @t667 () (_ @t279 @t410))
% 0.42/1.02  (define @t668 () (_ @t279 tptp.one_one_nat))
% 0.42/1.02  (define @t669 () (_ @t402 tptp.zero_zero_nat))
% 0.42/1.02  (define @t670 () (@purify @t199))
% 0.42/1.02  (define @t671 () (_ (_ tptp.plus_plus_int @t414) @t417))
% 0.42/1.02  (define @t672 () (= @t418 @t671))
% 0.42/1.02  (define @t673 () (= tptp.plus_plus_int @t670))
% 0.42/1.02  (define @t674 () (=> @t673 @t672))
% 0.42/1.02  (define @t675 () (= @t418 @t610))
% 0.42/1.02  (define @t676 () (tptp.power_power_int @t296 @t490))
% 0.42/1.02  (define @t677 () (= @t296 @t676))
% 0.42/1.02  (define @t678 () (tptp.power_power_int tptp.zero_zero_int @t479))
% 0.42/1.02  (define @t679 () (= tptp.zero_zero_int @t678))
% 0.42/1.02  (define @t680 () (_ @t335 @t484))
% 0.42/1.02  (define @t681 () (= tptp.zero_zero_int @t680))
% 0.42/1.02  (define @t682 () (= (_ @t335 @t487) tptp.zero_zero_int))
% 0.42/1.02  (define @t683 () (= @t410 @t666))
% 0.42/1.02  (define @t684 () (= @t414 @t418))
% 0.42/1.02  (define @t685 () (= tptp.x @t414))
% 0.42/1.02  (define @t686 () (= @t510 (tptp.power_power_int @t510 @t666)))
% 0.42/1.02  (define @t687 () (= tptp.x @t419))
% 0.42/1.02  (define @t688 () (and @t683 @t675 @t655 @t643 @t635 @t603 @t611 @t684 @t685 @t686))
% 0.42/1.02  (define @t689 () (not @t686))
% 0.42/1.02  (define @t690 () (not @t685))
% 0.42/1.02  (define @t691 () (not @t684))
% 0.42/1.02  (define @t692 () (not @t611))
% 0.42/1.02  (define @t693 () (not @t675))
% 0.42/1.02  (define @t694 () (= @t108 @t498))
% 0.42/1.02  (define @t695 () (= @t123 @t296))
% 0.42/1.02  (define @t696 () (or @t695 @t694))
% 0.42/1.02  (define @t697 () (tptp.times_times_int @t123 @t108))
% 0.42/1.02  (define @t698 () (= @t123 @t697))
% 0.42/1.02  (define @t699 () (= @t698 @t696))
% 0.42/1.02  (define @t700 () (or (= @t296 @t123) (= @t498 @t108)))
% 0.42/1.02  (define @t701 () (= tptp.one_one_int @t108))
% 0.42/1.02  (define @t702 () (= tptp.zero_zero_int @t123))
% 0.42/1.02  (define @t703 () (or @t702 @t701))
% 0.42/1.02  (define @t704 () (= @t703 @t698))
% 0.42/1.02  (define @t705 () (= @t311 @t703))
% 0.42/1.02  (define @t706 () (or @t577 (= @t413 @t497)))
% 0.42/1.02  (define @t707 () (= @t685 @t706))
% 0.42/1.02  (define @t708 () (forall @t313 (= @t698 (or (= @t123 @t510) (= @t108 @t497)))))
% 0.42/1.02  (define @t709 () (or @t577 (= @t497 @t413)))
% 0.42/1.02  (define @t710 () (= @t685 @t709))
% 0.42/1.02  (define @t711 () (not @t557))
% 0.42/1.02  (define @t712 () (= @t489 @t555))
% 0.42/1.02  (define @t713 () (not @t712))
% 0.42/1.02  (define @t714 () (not @t494))
% 0.42/1.02  (define @t715 () (and @t675 @t494 @t712 @t603 @t611 @t684 @t690))
% 0.42/1.02  (define @t716 () (not @t691))
% 0.42/1.02  (define @t717 () (and @t675 @t494 @t712 @t611 @t685 @t691))
% 0.42/1.02  (define @t718 () (@var "BOUND_VARIABLE_11542" tptp.nat))
% 0.42/1.02  (define @t719 () (= tptp.zero_zero_nat @t718))
% 0.42/1.02  (define @t720 () (@list @t718))
% 0.42/1.02  (define @t721 () (forall @t720 (or @t719 (= @t510 (tptp.power_power_int @t510 @t718)))))
% 0.42/1.02  (define @t722 () (tptp.power_power_int @t296 tptp.zero_zero_nat))
% 0.42/1.02  (define @t723 () (= @t722 @t498))
% 0.42/1.02  (define @t724 () (tptp.power_power_int @t296 @t718))
% 0.42/1.02  (define @t725 () (= @t296 @t724))
% 0.42/1.02  (define @t726 () (or @t719 @t725))
% 0.42/1.02  (define @t727 () (forall @t720 @t726))
% 0.42/1.02  (define @t728 () (tptp.power_power_int tptp.zero_zero_int @t718))
% 0.42/1.02  (define @t729 () (= tptp.zero_zero_int @t728))
% 0.42/1.02  (define @t730 () (or @t719 @t729))
% 0.42/1.02  (define @t731 () (forall @t720 @t730))
% 0.42/1.02  (define @t732 () (tptp.power_power_int tptp.zero_zero_int tptp.zero_zero_nat))
% 0.42/1.02  (define @t733 () (= tptp.one_one_int @t732))
% 0.42/1.02  (define @t734 () (_ @t335 @t718))
% 0.42/1.02  (define @t735 () (= tptp.zero_zero_int @t734))
% 0.42/1.02  (define @t736 () (or @t719 @t735))
% 0.42/1.02  (define @t737 () (forall @t720 @t736))
% 0.42/1.02  (define @t738 () (or @t430 @t733))
% 0.42/1.02  (define @t739 () (@var "BOUND_VARIABLE_11533" tptp.nat))
% 0.42/1.02  (define @t740 () (tptp.power_power_int tptp.zero_zero_int @t739))
% 0.42/1.02  (define @t741 () (= tptp.one_one_int @t740))
% 0.42/1.02  (define @t742 () (not (= tptp.zero_zero_nat @t739)))
% 0.42/1.02  (define @t743 () (@list @t739))
% 0.42/1.02  (define @t744 () (or @t742 @t742 @t741))
% 0.42/1.02  (define @t745 () (or @t742 @t741))
% 0.42/1.02  (define @t746 () (_ @t335 @t739))
% 0.42/1.02  (define @t747 () (= tptp.one_one_int @t746))
% 0.42/1.02  (define @t748 () (or @t742 @t747))
% 0.42/1.02  (define @t749 () (forall @t743 @t748))
% 0.42/1.02  (define @t750 () (= tptp.zero_zero_int @t345))
% 0.42/1.02  (define @t751 () (or @t297 @t750))
% 0.42/1.02  (define @t752 () (forall @t90 @t751))
% 0.42/1.02  (define @t753 () (= tptp.one_one_int @t345))
% 0.42/1.02  (define @t754 () (or @t448 @t753))
% 0.42/1.02  (define @t755 () (forall @t90 @t754))
% 0.42/1.02  (define @t756 () (and @t755 @t752))
% 0.42/1.02  (define @t757 () (and (=> @t297 @t753) (=> @t448 @t750)))
% 0.42/1.02  (define @t758 () (= @t296 @t498))
% 0.42/1.02  (define @t759 () (= tptp.one_one_int tptp.zero_zero_int))
% 0.42/1.02  (define @t760 () (= @t510 @t497))
% 0.42/1.02  (define @t761 () (= @t497 @t654))
% 0.42/1.02  (define @t762 () (not @t761))
% 0.42/1.02  (define @t763 () (not @t760))
% 0.42/1.02  (define @t764 () (and @t761 @t763 @t635 @t603 @t685))
% 0.42/1.02  (define @t765 () (tptp.divide_divide_int @t37 @t498))
% 0.42/1.02  (define @t766 () (= @t37 @t765))
% 0.42/1.02  (define @t767 () (tptp.divide_divide_int @t37 tptp.one_one_int))
% 0.42/1.02  (define @t768 () (= @t37 @t767))
% 0.42/1.02  (define @t769 () (= @t37 @t231))
% 0.42/1.02  (define @t770 () (tptp.divide_divide_int @t418 @t497))
% 0.42/1.02  (define @t771 () (= @t418 @t770))
% 0.42/1.02  (define @t772 () (not @t771))
% 0.42/1.02  (define @t773 () (not @t687))
% 0.42/1.02  (define @t774 () (and @t761 @t773 @t675 @t655 @t494 @t712 @t611 @t771))
% 0.42/1.02  (define @t775 () (not @t601))
% 0.42/1.02  (define @t776 () (tptp.divide_divide_int @t296 @t37))
% 0.42/1.02  (define @t777 () (= @t296 @t776))
% 0.42/1.02  (define @t778 () (tptp.divide_divide_int tptp.zero_zero_int @t37))
% 0.42/1.02  (define @t779 () (= tptp.zero_zero_int @t778))
% 0.42/1.02  (define @t780 () (= tptp.zero_zero_int @t294))
% 0.42/1.02  (define @t781 () (tptp.divide_divide_int @t510 @t412))
% 0.42/1.02  (define @t782 () (= @t510 @t781))
% 0.42/1.02  (define @t783 () (and @t675 @t603 @t611 @t684 @t685 @t782))
% 0.42/1.02  (define @t784 () (tptp.divide_divide_int @t510 @t415))
% 0.42/1.02  (define @t785 () (= @t510 @t784))
% 0.42/1.02  (define @t786 () (not @t785))
% 0.42/1.02  (define @t787 () (tptp.power_power_int @t510 @t411))
% 0.42/1.02  (define @t788 () (= @t510 @t787))
% 0.42/1.02  (define @t789 () (not @t788))
% 0.42/1.02  (define @t790 () (not @t577))
% 0.42/1.02  (define @t791 () (= @t510 @t418))
% 0.42/1.02  (define @t792 () (and @t791 @t686 @t691 @t603))
% 0.42/1.02  (define @t793 () (tptp.plus_plus_int @t497 @t413))
% 0.42/1.02  (define @t794 () (= (tptp.semiri2019852685at_int @t460) @t793))
% 0.42/1.02  (define @t795 () (tptp.plus_plus_int tptp.x @t414))
% 0.42/1.02  (define @t796 () (= @t795 (tptp.times_times_int tptp.x @t793)))
% 0.42/1.02  (define @t797 () (and @t465 @t473 @t794 @t494 @t712 @t557 @t796 @t524))
% 0.42/1.02  (assume @p1 (= (_ @t1 tptp.p) tptp.n))
% 0.42/1.02  (assume @p2 (forall @t6 (= (_ tptp.semiri1382578993at_nat @t5) (_ (_ tptp.power_power_nat @t4) @t2))))
% 0.42/1.02  (assume @p3 (forall @t6 (= (_ tptp.semiri2019852685at_int @t5) (_ (_ tptp.power_power_int @t7) @t2))))
% 0.42/1.02  (assume @p4 (forall @t16 (= (= @t15 @t14) @t13)))
% 0.42/1.02  (assume @p5 @t21)
% 0.42/1.02  (assume @p6 (forall @t23 (= (= @t14 @t15) @t22)))
% 0.42/1.02  (assume @p7 (forall @t23 (= (= @t17 @t19) @t22)))
% 0.42/1.02  (assume @p8 (forall @t6 (= (_ tptp.semiri1382578993at_nat @t26) (_ (_ tptp.plus_plus_nat @t4) @t24))))
% 0.42/1.02  (assume @p9 @t32)
% 0.42/1.02  (assume @p10 (forall @t6 (= (_ tptp.semiri1382578993at_nat @t35) @t33)))
% 0.42/1.02  (assume @p11 (forall @t6 (= (_ tptp.semiri2019852685at_int @t35) @t36)))
% 0.42/1.02  (assume @p12 (forall @t39 (= (_ @t38 @t36) (_ (_ tptp.divide_divide_int (_ @t38 @t7)) @t27))))
% 0.42/1.02  (assume @p13 (forall @t42 (= (_ @t41 @t33) (_ (_ tptp.divide_divide_nat (_ @t41 @t4)) @t24))))
% 0.42/1.02  (assume @p14 @t51)
% 0.42/1.02  (assume @p15 (forall @t57 (= @t56 @t55)))
% 0.42/1.02  (assume @p16 (_ (_ tptp.nthRoo1352626670d_root tptp.p) tptp.pm))
% 0.42/1.02  (assume @p17 (forall (@list @t59 @t58) (= (= (_ tptp.suc @t59) @t60) (= @t59 @t58))))
% 0.42/1.02  (assume @p18 (forall (@list @t62 @t61) (= (= @t63 (_ tptp.suc @t61)) (= @t62 @t61))))
% 0.42/1.02  (assume @p19 (forall @t6 (= (= @t7 @t27) @t64)))
% 0.42/1.02  (assume @p20 (forall @t6 (= (= @t4 @t24) @t64)))
% 0.42/1.02  (assume @p21 (= tptp.p @t65))
% 0.42/1.02  (assume @p22 (forall @t6 (= @t67 @t66)))
% 0.42/1.02  (assume @p23 (forall @t6 (= (_ @t34 @t47) (_ @t25 @t35))))
% 0.42/1.02  (assume @p24 (forall (@list @t3 @t2 @t68) (= (_ (_ tptp.times_times_nat @t26) @t68) (_ (_ tptp.plus_plus_nat @t71) @t70))))
% 0.42/1.02  (assume @p25 (forall @t75 (= (_ @t72 @t26) (_ (_ tptp.plus_plus_nat @t74) @t73))))
% 0.42/1.02  (assume @p26 (forall @t6 (= (_ (_ tptp.times_times_nat @t77) @t2) (_ @t76 @t35))))
% 0.42/1.02  (assume @p27 (forall (@list @t3 @t2 @t78) (= (_ @t79 (_ @t69 @t78)) (_ (_ tptp.divide_divide_nat @t80) @t78))))
% 0.42/1.02  (assume @p28 (forall @t39 (= (_ @t43 @t35) (_ (_ tptp.power_power_int @t81) @t2))))
% 0.42/1.02  (assume @p29 (forall @t42 (= (_ @t52 @t35) (_ (_ tptp.power_power_nat @t82) @t2))))
% 0.42/1.02  (assume @p30 (forall @t6 (= @t83 @t66)))
% 0.42/1.02  (assume @p31 (forall (@list @t86 @t68 @t40) (=> @t87 (= (_ tptp.suc @t86) (_ @t85 @t84)))))
% 0.42/1.02  (assume @p32 (forall @t6 (= @t83 @t67)))
% 0.42/1.02  (assume @p33 (forall @t75 (= (= (_ @t89 @t3) (_ @t89 @t2)) @t64)))
% 0.42/1.02  (assume @p34 (forall @t39 (= (_ @t43 @t26) (_ (_ tptp.times_times_int @t81) @t44))))
% 0.42/1.02  (assume @p35 (forall @t42 (= (_ @t52 @t26) (_ (_ tptp.times_times_nat @t82) @t53))))
% 0.42/1.02  (assume @p36 (forall @t90 (not (= @t2 @t47))))
% 0.42/1.02  (assume @p37 (forall @t92 (=> (= (_ tptp.suc @t8) (_ tptp.suc @t91)) (= @t8 @t91))))
% 0.42/1.02  (assume @p38 (forall @t100 (=> (= @t99 (_ @t96 @t93)) (= (_ @t97 @t95) (_ @t96 @t94)))))
% 0.42/1.02  (assume @p39 (forall @t107 (=> (= @t106 (_ @t103 @t8)) (= (_ @t104 @t91) (_ @t103 @t102)))))
% 0.42/1.02  (assume @p40 (forall (@list @t37 @t108 @t2) (= (_ (_ tptp.power_power_int @t110) @t2) (_ @t109 (_ (_ tptp.power_power_int @t108) @t2)))))
% 0.42/1.02  (assume @p41 (forall (@list @t40 @t10 @t2) (= (_ (_ tptp.power_power_nat @t112) @t2) (_ @t111 (_ @t11 @t2)))))
% 0.42/1.02  (assume @p42 @t114)
% 0.42/1.02  (assume @p43 (forall @t57 (= @t115 @t55)))
% 0.42/1.02  (assume @p44 (forall (@list @t8 @t95) (= (_ (_ tptp.times_times_int @t17) @t95) (_ @t96 @t17))))
% 0.42/1.02  (assume @p45 (forall @t92 (= (_ (_ tptp.times_times_nat @t14) @t91) (_ @t103 @t14))))
% 0.42/1.02  (assume @p46 (forall @t6 (= (_ tptp.semiri2019852685at_int @t80) (_ (_ tptp.divide_divide_int @t7) @t27))))
% 0.42/1.02  (assume @p47 (forall @t6 (= (_ tptp.semiri1382578993at_nat @t80) (_ (_ tptp.divide_divide_nat @t4) @t24))))
% 0.42/1.02  (assume @p48 (forall @t50 (= @t48 @t113)))
% 0.42/1.02  (assume @p49 (forall @t57 (= @t56 @t115)))
% 0.42/1.02  (assume @p50 (forall @t117 (= (_ tptp.semiri2019852685at_int @t112) (_ (_ tptp.times_times_int @t116) @t18))))
% 0.42/1.02  (assume @p51 (forall (@list @t3 @t2 @t118) (= (_ @t28 (_ @t119 @t118)) (_ (_ tptp.plus_plus_int @t30) @t118))))
% 0.42/1.02  (assume @p52 (forall (@list @t2 @t3) (= (_ tptp.semiri2019852685at_int (_ @t76 @t3)) (_ @t119 @t7))))
% 0.42/1.02  (assume @p53 (forall @t117 (= (_ tptp.semiri2019852685at_int @t122) (_ @t120 @t18))))
% 0.42/1.02  (assume @p54 (forall @t129 (= @t128 @t124)))
% 0.42/1.02  (assume @p55 (forall @t136 (= @t135 @t131)))
% 0.42/1.02  (assume @p56 (forall @t141 (= @t140 @t124)))
% 0.42/1.02  (assume @p57 (forall @t144 (= @t143 @t131)))
% 0.42/1.02  (assume @p58 (forall @t117 (= (_ tptp.semiri2019852685at_int @t145) (_ (_ tptp.divide_divide_int @t116) @t18))))
% 0.42/1.02  (assume @p59 (forall (@list @t148 @t147 @t146) (= (_ (_ tptp.times_times_int @t149) @t146) (_ (_ tptp.plus_plus_int (_ (_ tptp.times_times_int @t148) @t146)) (_ (_ tptp.times_times_int @t147) @t146)))))
% 0.42/1.02  (assume @p60 (forall (@list @t146 @t148 @t147) (= (_ @t150 @t149) (_ (_ tptp.plus_plus_int (_ @t150 @t148)) (_ @t150 @t147)))))
% 0.42/1.02  (assume @p61 (forall (@list @t153 @t151 @t152 @t68) (= (_ (_ tptp.plus_plus_nat (_ (_ tptp.times_times_nat @t153) @t151)) (_ (_ tptp.plus_plus_nat (_ (_ tptp.times_times_nat @t152) @t151)) @t68)) (_ (_ tptp.plus_plus_nat (_ (_ tptp.times_times_nat (_ @t154 @t152)) @t151)) @t68))))
% 0.42/1.02  (assume @p62 (forall (@list @t37 @t108 @t123 @t157) (= (and (not @t161) @t160) (not (= (_ @t159 (_ @t155 @t157)) (_ (_ tptp.plus_plus_int (_ @t45 @t157)) @t156))))))
% 0.42/1.02  (assume @p63 (forall (@list @t40 @t10 @t130 @t164) (= (and (not @t168) @t167) (not (= (_ @t166 (_ @t162 @t164)) (_ (_ tptp.plus_plus_nat (_ @t54 @t164)) @t163))))))
% 0.42/1.02  (assume @p64 (forall @t173 (=> @t172 @t171)))
% 0.42/1.02  (assume @p65 (forall @t173 (=> @t171 @t172)))
% 0.42/1.02  (assume @p66 (forall @t141 (= (_ (_ tptp.times_times_int @t110) @t123) @t174)))
% 0.42/1.02  (assume @p67 (forall @t144 (= (_ (_ tptp.times_times_nat @t112) @t130) @t175)))
% 0.42/1.02  (assume @p68 @t180)
% 0.42/1.02  (assume @p69 (= tptp.times_times_nat (lambda @t183 (_ (_ tptp.times_times_nat @t182) @t181))))
% 0.42/1.02  (assume @p70 (forall @t129 (= (_ @t155 @t158) @t174)))
% 0.42/1.02  (assume @p71 (forall @t136 (= (_ @t162 @t165) @t175)))
% 0.42/1.02  (assume @p72 (forall @t141 (= (_ (_ tptp.plus_plus_int @t139) @t123) @t185)))
% 0.42/1.02  (assume @p73 (forall @t144 (= (_ (_ tptp.plus_plus_nat @t122) @t130) @t187)))
% 0.42/1.02  (assume @p74 (forall (@list @t191 @t189 @t190 @t188) (=> (and (= @t191 @t189) (= @t190 @t188)) (= (_ (_ tptp.plus_plus_int @t191) @t190) (_ (_ tptp.plus_plus_int @t189) @t188)))))
% 0.42/1.02  (assume @p75 (forall (@list @t153 @t152 @t68 @t192) (=> (and (= @t153 @t152) (= @t68 @t192)) (= (_ @t154 @t68) (_ (_ tptp.plus_plus_nat @t152) @t192)))))
% 0.42/1.02  (assume @p76 (forall (@list @t195 @t190 @t37 @t108) (=> (= @t195 (_ @t193 @t37)) (= (_ (_ tptp.plus_plus_int @t195) @t108) @t194))))
% 0.42/1.02  (assume @p77 (forall (@list @t86 @t68 @t40 @t10) (=> @t87 (= (_ (_ tptp.plus_plus_nat @t86) @t10) @t196))))
% 0.42/1.02  (assume @p78 (forall (@list @t197 @t190 @t108 @t37) (=> (= @t197 (_ @t193 @t108)) (= (_ @t137 @t197) @t194))))
% 0.42/1.02  (assume @p79 (forall (@list @t198 @t68 @t10 @t40) (=> (= @t198 (_ @t85 @t10)) (= (_ @t121 @t198) @t196))))
% 0.42/1.02  (assume @p80 @t200)
% 0.42/1.02  (assume @p81 @t202)
% 0.42/1.02  (assume @p82 (forall @t129 (= (_ @t126 @t138) @t185)))
% 0.42/1.02  (assume @p83 (forall @t136 (= (_ @t133 @t142) @t187)))
% 0.42/1.02  (assume @p84 (forall @t141 (=> @t140 @t124)))
% 0.42/1.02  (assume @p85 (forall @t144 (=> @t143 @t131)))
% 0.42/1.02  (assume @p86 (forall @t129 (=> @t128 @t124)))
% 0.42/1.02  (assume @p87 (forall @t136 (=> @t135 @t131)))
% 0.42/1.02  (assume @p88 (= (lambda (@list @t204 @t203) (= @t204 @t203)) (lambda @t183 (= (_ tptp.semiri2019852685at_int @t181) (_ tptp.semiri2019852685at_int @t182)))))
% 0.42/1.02  (assume @p89 (forall (@list @t205 @t40 @t10) (and (=> @t205 (= @t206 @t116)) (=> (not @t205) (= @t206 @t18)))))
% 0.42/1.02  (assume @p90 (forall (@list @t146 @t95 @t93 @t118) (= (= (_ (_ tptp.plus_plus_int (_ @t150 @t95)) (_ @t98 @t118)) (_ (_ tptp.plus_plus_int (_ @t150 @t118)) @t99)) (or (= @t146 @t93) (= @t95 @t118)))))
% 0.42/1.02  (assume @p91 (forall (@list @t9 @t91 @t8 @t207) (= (= (_ (_ tptp.plus_plus_nat (_ @t208 @t91)) (_ @t105 @t207)) (_ (_ tptp.plus_plus_nat (_ @t208 @t207)) @t106)) (or (= @t9 @t8) (= @t91 @t207)))))
% 0.42/1.02  (assume @p92 (forall @t141 @t210))
% 0.42/1.02  (assume @p93 (forall @t141 @t211))
% 0.42/1.02  (assume @p94 (forall @t144 @t213))
% 0.42/1.02  (assume @p95 (forall @t144 @t214))
% 0.42/1.02  (assume @p96 (forall (@list @t37 @t215 @t108 @t123) (= (_ (_ tptp.plus_plus_int (_ @t45 @t215)) (_ (_ tptp.plus_plus_int (_ @t155 @t215)) @t123)) (_ (_ tptp.plus_plus_int (_ @t209 @t215)) @t123))))
% 0.42/1.02  (assume @p97 (forall (@list @t40 @t216 @t10 @t130) (= (_ (_ tptp.plus_plus_nat (_ @t54 @t216)) (_ (_ tptp.plus_plus_nat (_ @t162 @t216)) @t130)) (_ (_ tptp.plus_plus_nat (_ @t212 @t216)) @t130))))
% 0.42/1.02  (assume @p98 @t227)
% 0.42/1.02  (assume @p99 (forall @t228 (= (_ @t45 tptp.one_one_int) @t37)))
% 0.42/1.02  (assume @p100 (forall @t229 (= (_ @t54 tptp.one_one_nat) @t40)))
% 0.42/1.02  (assume @p101 (forall @t228 (= (_ (_ tptp.times_times_int tptp.one_one_int) @t37) @t37)))
% 0.42/1.02  (assume @p102 (forall @t229 (= (_ @t230 @t40) @t40)))
% 0.42/1.02  (assume @p103 @t232)
% 0.42/1.02  (assume @p104 (forall @t229 (= (_ @t41 tptp.one_one_nat) @t40)))
% 0.42/1.02  (assume @p105 (forall @t90 (= (_ (_ tptp.power_power_int tptp.one_one_int) @t2) tptp.one_one_int)))
% 0.42/1.02  (assume @p106 (forall @t90 (= (_ (_ tptp.power_power_nat tptp.one_one_nat) @t2) tptp.one_one_nat)))
% 0.42/1.02  (assume @p107 (forall @t90 (= (= @t27 tptp.one_one_int) @t233)))
% 0.42/1.02  (assume @p108 (forall @t90 (= (= @t24 tptp.one_one_nat) @t233)))
% 0.42/1.02  (assume @p109 (forall @t90 (= (= tptp.one_one_int @t27) @t233)))
% 0.42/1.02  (assume @p110 (forall @t90 (= (= tptp.one_one_nat @t24) @t233)))
% 0.42/1.02  (assume @p111 (= (_ tptp.semiri2019852685at_int tptp.one_one_nat) tptp.one_one_int))
% 0.42/1.02  (assume @p112 (= (_ tptp.semiri1382578993at_nat tptp.one_one_nat) tptp.one_one_nat))
% 0.42/1.02  (assume @p113 (forall @t234 (= (_ tptp.semiri2019852685at_int @t77) (_ @t218 @t7))))
% 0.42/1.02  (assume @p114 (forall @t234 (= (_ tptp.semiri1382578993at_nat @t77) (_ @t235 @t4))))
% 0.42/1.02  (assume @p115 (forall @t236 (= (= tptp.one_one_int @t93) (= @t93 tptp.one_one_int))))
% 0.42/1.02  (assume @p116 (forall @t237 (= (= tptp.one_one_nat @t8) (= @t8 tptp.one_one_nat))))
% 0.42/1.02  (assume @p117 (forall @t100 (=> (= @t99 tptp.one_one_int) (= (_ @t97 (_ (_ tptp.power_power_int @t95) @t2)) tptp.one_one_int))))
% 0.42/1.02  (assume @p118 (forall @t107 (=> (= @t106 tptp.one_one_nat) (= (_ @t104 (_ (_ tptp.power_power_nat @t91) @t2)) tptp.one_one_nat))))
% 0.42/1.02  (assume @p119 (forall @t90 (= @t238 (_ @t119 tptp.one_one_int))))
% 0.42/1.02  (assume @p120 (forall @t229 (= (_ tptp.semiri2019852685at_int @t84) (_ @t120 tptp.one_one_int))))
% 0.42/1.02  (assume @p121 (forall (@list @t93 @t95 @t123 @t37 @t108) (=> (_ @t240 @t123) @t210)))
% 0.42/1.02  (assume @p122 (forall (@list @t93 @t95 @t130 @t40 @t10) (=> (_ @t241 @t130) @t213)))
% 0.42/1.02  (assume @p123 (forall (@list @t8 @t91 @t123 @t37 @t108) (=> (_ @t243 @t123) @t210)))
% 0.42/1.02  (assume @p124 (forall (@list @t8 @t91 @t130 @t40 @t10) (=> (_ @t244 @t130) @t213)))
% 0.42/1.02  (assume @p125 (forall (@list @t93 @t95 @t37 @t108 @t123) (=> (_ @t240 @t37) @t211)))
% 0.42/1.02  (assume @p126 (forall (@list @t93 @t95 @t40 @t10 @t130) (=> (_ @t241 @t40) @t214)))
% 0.42/1.02  (assume @p127 (forall (@list @t8 @t91 @t37 @t108 @t123) (=> (_ @t243 @t37) @t211)))
% 0.42/1.02  (assume @p128 (forall (@list @t8 @t91 @t40 @t10 @t130) (=> (_ @t244 @t40) @t214)))
% 0.42/1.02  (assume @p129 (forall @t234 (= (_ @t25 tptp.zero_zero_nat) @t3)))
% 0.42/1.02  (assume @p130 (forall @t6 (= (= @t26 tptp.zero_zero_nat) (and @t246 @t245))))
% 0.42/1.02  (assume @p131 (forall (@list @t3 @t68 @t2) (= (= @t71 @t70) @t248)))
% 0.42/1.02  (assume @p132 (forall @t75 (= @t249 @t248)))
% 0.42/1.02  (assume @p133 (forall @t234 (= (_ @t34 tptp.zero_zero_nat) tptp.zero_zero_nat)))
% 0.42/1.02  (assume @p134 (forall @t6 (= (= @t35 tptp.zero_zero_nat) (or @t246 @t245))))
% 0.42/1.02  (assume @p135 (forall (@list @t37 @t123 @t108) (= @t252 @t251)))
% 0.42/1.02  (assume @p136 (forall (@list @t40 @t130 @t10) (= @t255 @t254)))
% 0.42/1.02  (assume @p137 (forall @t260 (= @t259 @t251)))
% 0.42/1.02  (assume @p138 (forall @t265 (= @t264 @t254)))
% 0.42/1.02  (assume @p139 @t272)
% 0.42/1.02  (assume @p140 (forall @t117 (= @t276 @t275)))
% 0.42/1.02  (assume @p141 (forall @t228 (= (_ @t45 tptp.zero_zero_int) tptp.zero_zero_int)))
% 0.42/1.02  (assume @p142 (forall @t229 (= (_ @t54 tptp.zero_zero_nat) tptp.zero_zero_nat)))
% 0.42/1.02  (assume @p143 (forall @t228 (= (_ @t277 @t37) tptp.zero_zero_int)))
% 0.42/1.02  (assume @p144 (forall @t229 (= (_ @t278 @t40) tptp.zero_zero_nat)))
% 0.42/1.02  (assume @p145 (forall @t229 (= (_ @t279 @t40) @t40)))
% 0.42/1.02  (assume @p146 (forall @t228 (= (_ @t280 @t37) @t37)))
% 0.42/1.02  (assume @p147 (forall @t229 (= (_ @t121 tptp.zero_zero_nat) @t40)))
% 0.42/1.02  (assume @p148 (forall @t228 (= (_ @t137 tptp.zero_zero_int) @t37)))
% 0.42/1.02  (assume @p149 (forall @t228 (= (= @t281 tptp.zero_zero_int) @t267)))
% 0.42/1.02  (assume @p150 (forall @t228 (= (= tptp.zero_zero_int @t281) @t267)))
% 0.42/1.02  (assume @p151 @t284)
% 0.42/1.02  (assume @p152 @t287)
% 0.42/1.02  (assume @p153 (forall @t117 (= (= @t122 @t40) @t273)))
% 0.42/1.02  (assume @p154 (forall @t271 (= (= @t139 @t37) @t266)))
% 0.42/1.02  (assume @p155 (forall @t117 (= @t288 @t273)))
% 0.42/1.02  (assume @p156 (forall @t271 (= @t289 @t266)))
% 0.42/1.02  (assume @p157 (forall @t117 (= (= @t40 @t122) @t273)))
% 0.42/1.02  (assume @p158 (forall @t271 (= (= @t37 @t139) @t266)))
% 0.42/1.02  (assume @p159 (forall @t92 (= (= @t293 tptp.zero_zero_nat) @t292)))
% 0.42/1.02  (assume @p160 (forall @t92 (= (= tptp.zero_zero_nat @t293) @t292)))
% 0.42/1.02  (assume @p161 (forall @t228 (= (_ @t38 tptp.zero_zero_int) tptp.zero_zero_int)))
% 0.42/1.02  (assume @p162 (forall @t229 (= (_ @t41 tptp.zero_zero_nat) tptp.zero_zero_nat)))
% 0.42/1.02  (assume @p163 @t295)
% 0.42/1.02  (assume @p164 (forall @t229 (= (_ (_ tptp.divide_divide_nat tptp.zero_zero_nat) @t40) tptp.zero_zero_nat)))
% 0.42/1.02  (assume @p165 (= @t296 tptp.zero_zero_int))
% 0.42/1.02  (assume @p166 (= (_ tptp.semiri1382578993at_nat tptp.zero_zero_nat) tptp.zero_zero_nat))
% 0.42/1.02  (assume @p167 @t300)
% 0.42/1.02  (assume @p168 (forall @t90 (= (= tptp.zero_zero_nat @t24) @t297)))
% 0.42/1.02  (assume @p169 (forall @t234 (= (= @t7 tptp.zero_zero_int) @t246)))
% 0.42/1.02  (assume @p170 (forall @t234 (= (= @t4 tptp.zero_zero_nat) @t246)))
% 0.42/1.02  (assume @p171 (forall @t228 (= (_ @t43 @t301) @t37)))
% 0.42/1.02  (assume @p172 (forall @t229 (= (_ @t52 @t301) @t40)))
% 0.42/1.02  (assume @p173 (forall @t6 (= (= @t301 @t35) @t304)))
% 0.42/1.02  (assume @p174 (forall @t6 (= (= @t35 @t301) @t304)))
% 0.42/1.02  (assume @p175 (forall @t228 (= (_ @t43 tptp.one_one_nat) @t37)))
% 0.42/1.02  (assume @p176 (forall @t229 (= (_ @t52 tptp.one_one_nat) @t40)))
% 0.42/1.02  (assume @p177 (forall @t6 (= (= @t35 tptp.one_one_nat) @t305)))
% 0.42/1.02  (assume @p178 (forall @t6 (= (= tptp.one_one_nat @t35) @t305)))
% 0.42/1.02  (assume @p179 (forall @t234 (= (_ @t79 @t301) @t3)))
% 0.42/1.02  (assume @p180 (forall @t228 (= (_ @t306 tptp.zero_zero_nat) tptp.one_one_int)))
% 0.42/1.02  (assume @p181 (forall @t229 (= (_ @t307 tptp.zero_zero_nat) tptp.one_one_nat)))
% 0.42/1.02  (assume @p182 (forall (@list @t8 @t3) (= (= (_ @t101 @t3) @t301) (or @t246 (= @t8 @t301)))))
% 0.42/1.02  (assume @p183 (forall @t90 (= (_ (_ tptp.power_power_nat @t301) @t2) @t301)))
% 0.42/1.02  (assume @p184 (forall @t75 (and (=> @t247 (= @t308 tptp.zero_zero_nat)) (=> (not @t247) (= @t308 @t80)))))
% 0.42/1.02  (assume @p185 (forall @t229 (= (_ @t307 @t301) @t40)))
% 0.42/1.02  (assume @p186 (forall @t228 (= (_ @t306 @t301) @t37)))
% 0.42/1.02  (assume @p187 (forall @t229 (= (_ @t307 tptp.one_one_nat) @t40)))
% 0.42/1.02  (assume @p188 (forall @t228 (= (_ @t306 tptp.one_one_nat) @t37)))
% 0.42/1.02  (assume @p189 (forall (@list @t93 @t95) (= (= (_ (_ tptp.plus_plus_int (_ @t98 @t93)) (_ @t96 @t95)) tptp.zero_zero_int) (and @t309 (= @t95 tptp.zero_zero_int)))))
% 0.42/1.02  (assume @p190 @t314)
% 0.42/1.02  (assume @p191 (forall (@list @t123 @t37) (= (= @t258 @t123) @t315)))
% 0.42/1.02  (assume @p192 (forall @t313 (= (= @t123 @t156) @t310)))
% 0.42/1.02  (assume @p193 (forall (@list @t37 @t123) (= (= @t158 @t123) @t315)))
% 0.42/1.02  (assume @p194 (forall @t260 @t319))
% 0.42/1.02  (assume @p195 (forall @t265 @t322))
% 0.42/1.02  (assume @p196 (forall @t260 (=> @t318 (= (_ (_ tptp.divide_divide_int @t158) @t156) @t316))))
% 0.42/1.02  (assume @p197 (forall @t265 (=> @t321 (= (_ (_ tptp.divide_divide_nat @t165) @t163) @t145))))
% 0.42/1.02  (assume @p198 (forall @t260 (and (=> @t250 (= @t317 tptp.zero_zero_int)) @t319)))
% 0.42/1.02  (assume @p199 (forall @t265 (and (=> @t253 (= @t320 tptp.zero_zero_nat)) @t322)))
% 0.42/1.02  (assume @p200 @t327)
% 0.42/1.02  (assume @p201 (forall @t117 (=> @t329 (= (_ @t328 @t40) @t10))))
% 0.42/1.02  (assume @p202 @t333)
% 0.42/1.02  (assume @p203 (forall @t283 (=> @t334 (= (_ @t328 @t10) @t40))))
% 0.42/1.02  (assume @p204 (forall @t228 (=> @t325 (= (_ @t38 @t37) tptp.one_one_int))))
% 0.42/1.02  (assume @p205 (forall @t229 (=> @t329 (= (_ @t41 @t40) tptp.one_one_nat))))
% 0.42/1.02  (assume @p206 @t337)
% 0.42/1.02  (assume @p207 (forall @t90 (= (_ @t338 @t47) tptp.zero_zero_nat)))
% 0.42/1.02  (assume @p208 (forall @t339 (= (_ (_ tptp.gbinomial_nat tptp.zero_zero_nat) @t88) tptp.zero_zero_nat)))
% 0.42/1.02  (assume @p209 (forall @t339 (= (_ (_ tptp.gbinomial_int tptp.zero_zero_int) @t88) tptp.zero_zero_int)))
% 0.42/1.02  (assume @p210 (forall @t129 (=> @t331 (= (_ (_ tptp.divide_divide_int (_ @t137 @t257)) @t108) @t340))))
% 0.42/1.02  (assume @p211 (forall @t136 (=> @t334 (= (_ (_ tptp.divide_divide_nat (_ @t121 @t262)) @t10) @t341))))
% 0.42/1.02  (assume @p212 (forall @t129 (=> @t331 (= (_ (_ tptp.divide_divide_int (_ @t137 @t156)) @t108) @t340))))
% 0.42/1.02  (assume @p213 (forall @t136 (=> @t334 (= (_ (_ tptp.divide_divide_nat (_ @t121 @t163)) @t10) @t341))))
% 0.42/1.02  (assume @p214 (forall @t342 (=> @t331 (= (_ (_ tptp.divide_divide_int (_ (_ tptp.plus_plus_int @t257) @t37)) @t108) @t340))))
% 0.42/1.02  (assume @p215 (forall @t343 (=> @t334 (= (_ (_ tptp.divide_divide_nat (_ (_ tptp.plus_plus_nat @t262) @t40)) @t10) @t341))))
% 0.42/1.02  (assume @p216 (forall @t342 (=> @t331 (= (_ (_ tptp.divide_divide_int (_ (_ tptp.plus_plus_int @t156) @t37)) @t108) @t340))))
% 0.42/1.02  (assume @p217 (forall @t343 (=> @t334 (= (_ (_ tptp.divide_divide_nat (_ (_ tptp.plus_plus_nat @t163) @t40)) @t10) @t341))))
% 0.42/1.02  (assume @p218 @t344)
% 0.42/1.02  (assume @p219 (forall @t6 (=> (= @t3 @t35) (or @t233 @t246))))
% 0.42/1.02  (assume @p220 (forall @t237 (= (= tptp.zero_zero_nat @t8) @t291)))
% 0.42/1.02  (assume @p221 (forall @t236 (= (= tptp.zero_zero_int @t93) @t309)))
% 0.42/1.02  (assume @p222 @t350)
% 0.42/1.02  (assume @p223 @t355)
% 0.42/1.02  (assume @p224 (forall @t260 (=> @t318 (= @t252 @t161))))
% 0.42/1.02  (assume @p225 (forall @t265 (=> @t321 (= @t255 @t168))))
% 0.42/1.02  (assume @p226 (forall @t260 (=> @t318 (= @t259 @t161))))
% 0.42/1.02  (assume @p227 (forall @t265 (=> @t321 (= @t264 @t168))))
% 0.42/1.02  (assume @p228 @t359)
% 0.42/1.02  (assume @p229 (forall @t117 (=> @t329 (=> @t334 @t360))))
% 0.42/1.02  (assume @p230 (forall @t271 (=> @t269 @t268)))
% 0.42/1.02  (assume @p231 (forall @t117 (=> @t276 @t275)))
% 0.42/1.02  (assume @p232 (forall @t271 (=> @t356 (and @t325 @t331))))
% 0.42/1.02  (assume @p233 (forall @t117 (=> @t360 (and @t329 @t334))))
% 0.42/1.02  (assume @p234 (forall @t283 (= (= @t10 @t134) @t274)))
% 0.42/1.02  (assume @p235 (forall @t286 (= (= @t108 @t127) @t267)))
% 0.42/1.02  (assume @p236 (not (= tptp.zero_zero_nat tptp.one_one_nat)))
% 0.42/1.02  (assume @p237 @t361)
% 0.42/1.02  (assume @p238 @t364)
% 0.42/1.02  (assume @p239 (forall @t57 (=> @t329 (not (= @t53 tptp.zero_zero_nat)))))
% 0.42/1.02  (assume @p240 (forall @t90 (= (_ @t69 tptp.one_one_nat) @t2)))
% 0.42/1.02  (assume @p241 (forall @t90 (= (_ @t230 @t2) @t2)))
% 0.42/1.02  (assume @p242 (forall (@list @t62) (not (= tptp.zero_zero_nat @t63))))
% 0.42/1.02  (assume @p243 (forall @t365 (not (= @t60 tptp.zero_zero_nat))))
% 0.42/1.02  (assume @p244 (forall @t365 (not (= tptp.zero_zero_nat @t60))))
% 0.42/1.02  (assume @p245 (forall (@list @t59 @t62) (=> (= @t59 @t63) (not (= @t59 tptp.zero_zero_nat)))))
% 0.42/1.02  (assume @p246 (forall (@list @t366 @t2) (=> @t371 (=> (forall @t370 (=> @t369 @t368)) (_ @t366 @t2)))))
% 0.42/1.02  (assume @p247 (forall (@list @t372 @t3 @t2) (=> (forall (@list @t375) (_ @t376 tptp.zero_zero_nat)) (=> (forall (@list @t373) (_ (_ @t372 tptp.zero_zero_nat) @t374)) (=> (forall (@list @t375 @t373) (=> (_ @t376 @t373) (_ (_ @t372 (_ tptp.suc @t375)) @t374))) (_ (_ @t372 @t3) @t2))))))
% 0.42/1.02  (assume @p248 (forall (@list @t366 @t68) (=> (_ @t366 @t68) (=> (forall @t370 (=> @t368 @t369)) @t371))))
% 0.42/1.02  (assume @p249 (forall @t234 (not (= @t77 tptp.zero_zero_nat))))
% 0.42/1.02  (assume @p250 (forall @t234 (not (= tptp.zero_zero_nat @t77))))
% 0.42/1.02  (assume @p251 (forall (@list @t91) (=> (not @t290) (not (forall @t379 (not (= @t91 @t378)))))))
% 0.42/1.02  (assume @p252 (forall (@list @t366 @t59) (=> @t371 (=> (forall @t379 (=> (_ @t366 @t377) (_ @t366 @t378))) (_ @t366 @t59)))))
% 0.42/1.02  (assume @p253 (forall @t90 (=> @t346 (exists (@list @t380) (= @t2 (_ tptp.suc @t380))))))
% 0.42/1.02  (assume @p254 (forall @t6 (=> (= @t26 @t3) @t245)))
% 0.42/1.02  (assume @p255 (forall @t90 (= (_ @t279 @t2) @t2)))
% 0.42/1.02  (assume @p256 (forall @t75 (= @t249 (or @t247 @t64))))
% 0.42/1.02  (assume @p257 (forall @t90 (= (_ @t278 @t2) tptp.zero_zero_nat)))
% 0.42/1.02  (assume @p258 (forall @t381 (= (_ @t277 @t188) tptp.zero_zero_int)))
% 0.42/1.02  (assume @p259 (forall @t382 (= (_ (_ tptp.times_times_int @t190) tptp.zero_zero_int) tptp.zero_zero_int)))
% 0.42/1.02  (assume @p260 (forall @t381 (= (_ @t280 @t188) @t188)))
% 0.42/1.02  (assume @p261 (forall @t382 (= (_ @t193 tptp.zero_zero_int) @t190)))
% 0.42/1.02  (assume @p262 (forall (@list @t383 @t37 @t108 @t123 @t157) (=> (not (= @t383 tptp.zero_zero_int)) (=> (and @t161 @t160) (not (= (_ @t137 (_ @t384 @t123)) (_ @t126 (_ @t384 @t157))))))))
% 0.42/1.02  (assume @p263 (forall (@list @t385 @t40 @t10 @t130 @t164) (=> (not (= @t385 tptp.zero_zero_nat)) (=> (and @t168 @t167) (not (= (_ @t121 (_ @t386 @t130)) (_ @t133 (_ @t386 @t164))))))))
% 0.42/1.02  (assume @p264 (= tptp.suc @t235))
% 0.42/1.02  (assume @p265 (= @t235 tptp.suc))
% 0.42/1.02  (assume @p266 (forall @t228 (= (_ @t43 tptp.zero_zero_nat) tptp.one_one_int)))
% 0.42/1.02  (assume @p267 (forall @t229 (= (_ @t52 tptp.zero_zero_nat) tptp.one_one_nat)))
% 0.42/1.02  (assume @p268 @t389)
% 0.42/1.02  (assume @p269 (forall @t90 (not (= (_ tptp.semiri1382578993at_nat @t47) tptp.zero_zero_nat))))
% 0.42/1.02  (assume @p270 (forall @t6 (= (= @t301 @t26) @t390)))
% 0.42/1.02  (assume @p271 (forall @t6 (= (= @t26 @t301) @t390)))
% 0.42/1.02  (assume @p272 (forall (@list @t118) (not (= (_ (_ tptp.plus_plus_int (_ @t218 @t118)) @t118) tptp.zero_zero_int))))
% 0.42/1.02  (assume @p273 (forall @t286 (=> @t331 (= (_ (_ tptp.divide_divide_int @t127) @t108) @t391))))
% 0.42/1.02  (assume @p274 (forall @t283 (=> @t334 (= (_ (_ tptp.divide_divide_nat @t134) @t10) @t392))))
% 0.42/1.02  (assume @p275 (forall @t286 (=> @t331 (= (_ (_ tptp.divide_divide_int @t139) @t108) @t391))))
% 0.42/1.02  (assume @p276 (forall @t283 (=> @t334 (= (_ (_ tptp.divide_divide_nat @t122) @t10) @t392))))
% 0.42/1.02  (assume @p277 (forall (@list @t205) (or (= @t205 true) (= @t205 false))))
% 0.42/1.02  (assume @p278 (forall @t92 (= (_ (_ (_ tptp.if_nat false) @t8) @t91) @t91)))
% 0.42/1.02  (assume @p279 (forall @t92 (= (_ (_ (_ tptp.if_nat true) @t8) @t91) @t8)))
% 0.42/1.02  (assume @p280 @t397)
% 0.42/1.02  (assume @p281 true)
% 0.42/1.02  (step @p282 (= tptp.nthRoo1352626670d_root @t400) :rule refl :args (@t400))
% 0.42/1.02  (step @p283 (= tptp.suc @t402) :rule refl :args (@t402))
% 0.42/1.02  (step @p284 :rule refl :args ((tptp.divide_divide_int @t409 @t406)))
% 0.42/1.02  (step @p285 :rule refl :args ((tptp.semiri2019852685at_int @t405)))
% 0.42/1.02  (step @p286 :rule refl :args ((tptp.plus_plus_nat tptp.pm @t403)))
% 0.42/1.02  (step @p287 :rule refl :args (@t410))
% 0.42/1.02  (step @p288 :rule refl :args (tptp.pm))
% 0.42/1.02  (step @p289 :rule cong :premises (@p288 @p287) :args (@t411))
% 0.42/1.02  (step @p290 :rule trans :premises (@p289 @p286))
% 0.42/1.02  (step @p291 :rule cong :premises (@p290) :args (@t412))
% 0.42/1.02  (step @p292 :rule trans :premises (@p291 @p285))
% 0.42/1.02  (step @p293 :rule refl :args ((tptp.plus_plus_int @t408 @t394)))
% 0.42/1.02  (step @p294 :rule refl :args ((tptp.times_times_int tptp.x @t393)))
% 0.42/1.02  (step @p295 :rule refl :args (@t413))
% 0.42/1.02  (step @p296 :rule refl :args (tptp.x))
% 0.42/1.02  (step @p297 :rule cong :premises (@p296 @p295) :args (@t414))
% 0.42/1.02  (step @p298 :rule trans :premises (@p297 @p294))
% 0.42/1.02  (step @p299 :rule refl :args ((tptp.divide_divide_int @t407 @t395)))
% 0.42/1.02  (step @p300 :rule refl :args (@t415))
% 0.42/1.02  (step @p301 :rule refl :args ((tptp.power_power_int tptp.x @t405)))
% 0.42/1.02  (step @p302 :rule cong :premises (@p296 @p290) :args (@t416))
% 0.42/1.02  (step @p303 :rule trans :premises (@p302 @p301))
% 0.42/1.02  (step @p304 :rule cong :premises (@p303 @p300) :args (@t417))
% 0.42/1.02  (step @p305 :rule trans :premises (@p304 @p299))
% 0.42/1.02  (step @p306 :rule cong :premises (@p305 @p298) :args (@t418))
% 0.42/1.02  (step @p307 :rule trans :premises (@p306 @p293))
% 0.42/1.02  (step @p308 :rule cong :premises (@p307 @p292) :args (@t419))
% 0.42/1.02  (step @p309 :rule trans :premises (@p308 @p284))
% 0.42/1.02  (step @p310 :rule refl :args (tptp.divide_divide_int))
% 0.42/1.02  (step @p311 :rule ho_cong :premises (@p310 @p307))
% 0.42/1.02  (step @p312 :rule ho_cong :premises (@p311 @p292))
% 0.42/1.02  (step @p313 :rule cong :premises (@p312 @p309) :args ((= (_ (_ tptp.divide_divide_int @t418) @t412) @t419)))
% 0.42/1.02  (step @p314 :rule symm :premises (@p313))
% 0.42/1.02  (step @p315 :rule refl :args ((_ (_ tptp.divide_divide_int @t409) @t406)))
% 0.42/1.02  (step @p316 :rule eq_resolve :premises (@p315 @p314))
% 0.42/1.02  (step @p317 :rule refl :args (tptp.semiri2019852685at_int))
% 0.42/1.02  (step @p318 :rule ho_cong :premises (@p317 @p290))
% 0.42/1.02  (step @p319 :rule cong :premises (@p318 @p292) :args ((= (_ tptp.semiri2019852685at_int @t411) @t412)))
% 0.42/1.02  (step @p320 :rule symm :premises (@p319))
% 0.42/1.02  (step @p321 :rule refl :args (@t406))
% 0.42/1.02  (step @p322 :rule eq_resolve :premises (@p321 @p320))
% 0.42/1.02  (step @p323 :rule refl :args (@t404))
% 0.42/1.02  (step @p324 :rule ho_cong :premises (@p323 @p287))
% 0.42/1.02  (step @p325 :rule cong :premises (@p324 @p290) :args ((= @t420 @t411)))
% 0.42/1.02  (step @p326 :rule symm :premises (@p325))
% 0.42/1.02  (step @p327 :rule refl :args (@t405))
% 0.42/1.02  (step @p328 :rule eq_resolve :premises (@p327 @p326))
% 0.42/1.02  (step @p329 :rule refl :args (tptp.semiri2019852685at_int))
% 0.42/1.02  (step @p330 :rule ho_cong :premises (@p329 @p328))
% 0.42/1.02  (step @p331 :rule trans :premises (@p330 @p322))
% 0.42/1.02  (step @p332 :rule refl :args (tptp.plus_plus_int))
% 0.42/1.02  (step @p333 :rule ho_cong :premises (@p332 @p305))
% 0.42/1.02  (step @p334 :rule ho_cong :premises (@p333 @p298))
% 0.42/1.02  (step @p335 :rule cong :premises (@p334 @p307) :args ((= (_ (_ tptp.plus_plus_int @t417) @t414) @t418)))
% 0.42/1.02  (step @p336 :rule symm :premises (@p335))
% 0.42/1.02  (step @p337 :rule refl :args (@t409))
% 0.42/1.02  (step @p338 :rule eq_resolve :premises (@p337 @p336))
% 0.42/1.02  (step @p339 :rule refl :args (@t220))
% 0.42/1.02  (step @p340 :rule ho_cong :premises (@p339 @p295))
% 0.42/1.02  (step @p341 :rule cong :premises (@p340 @p298) :args ((= (_ @t220 @t413) @t414)))
% 0.42/1.02  (step @p342 :rule symm :premises (@p341))
% 0.42/1.02  (step @p343 :rule refl :args (@t394))
% 0.42/1.02  (step @p344 :rule eq_resolve :premises (@p343 @p342))
% 0.42/1.02  (step @p345 :rule refl :args (@t393))
% 0.42/1.02  (step @p346 :rule cong :premises (@p345 @p295) :args ((= @t393 @t413)))
% 0.42/1.02  (step @p347 :rule symm :premises (@p346))
% 0.42/1.02  (step @p348 :rule eq_resolve :premises (@p345 @p347))
% 0.42/1.02  (step @p349 :rule refl :args (@t220))
% 0.42/1.02  (step @p350 :rule ho_cong :premises (@p349 @p348))
% 0.42/1.02  (step @p351 :rule trans :premises (@p350 @p344))
% 0.42/1.02  (step @p352 :rule ho_cong :premises (@p310 @p303))
% 0.42/1.02  (step @p353 :rule ho_cong :premises (@p352 @p300))
% 0.42/1.02  (step @p354 :rule cong :premises (@p353 @p305) :args ((= (_ (_ tptp.divide_divide_int @t416) @t415) @t417)))
% 0.42/1.02  (step @p355 :rule symm :premises (@p354))
% 0.42/1.02  (step @p356 :rule refl :args (@t408))
% 0.42/1.02  (step @p357 :rule eq_resolve :premises (@p356 @p355))
% 0.42/1.02  (step @p358 :rule refl :args (@t395))
% 0.42/1.02  (step @p359 :rule cong :premises (@p358 @p300) :args ((= @t395 @t415)))
% 0.42/1.02  (step @p360 :rule symm :premises (@p359))
% 0.42/1.02  (step @p361 :rule eq_resolve :premises (@p358 @p360))
% 0.42/1.02  (step @p362 :rule refl :args (@t1))
% 0.42/1.02  (step @p363 :rule ho_cong :premises (@p362 @p290))
% 0.42/1.02  (step @p364 :rule cong :premises (@p363 @p303) :args ((= (_ @t1 @t411) @t416)))
% 0.42/1.02  (step @p365 :rule symm :premises (@p364))
% 0.42/1.02  (step @p366 :rule refl :args (@t407))
% 0.42/1.02  (step @p367 :rule eq_resolve :premises (@p366 @p365))
% 0.42/1.02  (step @p368 :rule refl :args (@t1))
% 0.42/1.02  (step @p369 :rule ho_cong :premises (@p368 @p328))
% 0.42/1.02  (step @p370 :rule trans :premises (@p369 @p367))
% 0.42/1.02  (step @p371 :rule refl :args (tptp.divide_divide_int))
% 0.42/1.02  (step @p372 :rule ho_cong :premises (@p371 @p370))
% 0.42/1.02  (step @p373 :rule ho_cong :premises (@p372 @p361))
% 0.42/1.02  (step @p374 :rule trans :premises (@p373 @p357))
% 0.42/1.02  (step @p375 :rule refl :args (tptp.plus_plus_int))
% 0.42/1.02  (step @p376 :rule ho_cong :premises (@p375 @p374))
% 0.42/1.02  (step @p377 :rule ho_cong :premises (@p376 @p351))
% 0.42/1.02  (step @p378 :rule trans :premises (@p377 @p338))
% 0.42/1.02  (step @p379 :rule ho_cong :premises (@p371 @p378))
% 0.42/1.02  (step @p380 :rule ho_cong :premises (@p379 @p331))
% 0.42/1.02  (step @p381 :rule trans :premises (@p380 @p316))
% 0.42/1.02  (step @p382 :rule refl :args (tptp.x))
% 0.42/1.02  (step @p383 :rule cong :premises (@p382 @p381) :args (@t421))
% 0.42/1.02  (step @p384 :rule cong :premises (@p383) :args ((not @t421)))
% 0.42/1.02  (step @p385 :rule refl :args (@t423))
% 0.42/1.02  (step @p386 :rule refl :args (@t424))
% 0.42/1.02  (step @p387 :rule cong :premises (@p386 @p385) :args ((= @t424 @t423)))
% 0.42/1.02  (step @p388 :rule symm :premises (@p387))
% 0.42/1.02  (step @p389 :rule eq_resolve :premises (@p386 @p388))
% 0.42/1.02  (step @p390 :rule refl :args (tptp.zero_zero_nat))
% 0.42/1.02  (step @p391 :rule cong :premises (@p390 @p389) :args (@t425))
% 0.42/1.02  (step @p392 :rule refl :args (@t426))
% 0.42/1.02  (step @p393 :rule nary_cong :premises (@p392 @p391) :args (@t427))
% 0.42/1.02  (step @p394 :rule cong :premises (@p393) :args (@t428))
% 0.42/1.02  (step @p395 :rule aci_norm :args ((= (or false @t429) @t429)))
% 0.42/1.02  (step @p396 :rule refl :args (@t429))
% 0.42/1.02  (step @p397 :rule evaluate :args ((not true)))
% 0.42/1.02  (step @p398 :rule eq-refl :args (tptp.zero_zero_nat))
% 0.42/1.02  (step @p399 :rule cong :premises (@p398) :args (@t430))
% 0.42/1.02  (step @p400 :rule trans :premises (@p399 @p397))
% 0.42/1.02  (step @p401 :rule nary_cong :premises (@p400 @p396) :args (@t431))
% 0.42/1.02  (step @p402 :rule trans :premises (@p401 @p395))
% 0.42/1.02  (step @p403 :rule quant-var-elim-eq :args ((= (forall @t436 (or (not (= @t432 tptp.zero_zero_nat)) @t435 @t434)) @t431)))
% 0.42/1.02  (step @p404 :rule refl :args (@t434))
% 0.42/1.02  (step @p405 :rule refl :args (@t435))
% 0.42/1.02  (step @p406 :rule eq-symm :args (tptp.zero_zero_nat @t432))
% 0.42/1.02  (step @p407 :rule cong :premises (@p406) :args (@t435))
% 0.42/1.02  (step @p408 :rule nary_cong :premises (@p407 @p405 @p404) :args (@t437))
% 0.42/1.02  (step @p409 :rule aci_norm :args ((= @t438 @t437)))
% 0.42/1.02  (step @p410 :rule trans :premises (@p409 @p408))
% 0.42/1.02  (step @p411 :rule cong :premises (@p410) :args ((forall @t436 @t438)))
% 0.42/1.02  (step @p412 :rule trans :premises (@p411 @p403))
% 0.42/1.02  (step @p413 :rule trans :premises (@p412 @p402))
% 0.42/1.02  (step @p414 :rule refl :args (@t433))
% 0.42/1.02  (step @p415 :rule refl :args (@t439))
% 0.42/1.02  (step @p416 :rule cong :premises (@p415 @p414) :args ((= @t439 @t433)))
% 0.42/1.02  (step @p417 :rule symm :premises (@p416))
% 0.42/1.02  (step @p418 :rule eq_resolve :premises (@p415 @p417))
% 0.42/1.02  (step @p419 :rule refl :args (tptp.one_one_nat))
% 0.42/1.02  (step @p420 :rule cong :premises (@p419 @p418) :args (@t440))
% 0.42/1.02  (step @p421 :rule nary_cong :premises (@p405 @p420) :args (@t441))
% 0.42/1.02  (step @p422 :rule cong :premises (@p421) :args (@t442))
% 0.42/1.02  (step @p423 :rule trans :premises (@p422 @p413))
% 0.42/1.02  (step @p424 :rule nary_cong :premises (@p423 @p394) :args ((and @t442 @t428)))
% 0.42/1.02  (step @p425 :rule alpha_equiv :args (@t445 @t446 (@list @t422)))
% 0.42/1.02  (step @p426 :rule alpha_equiv :args (@t450 @t446 (@list @t432)))
% 0.42/1.02  (step @p427 :rule nary_cong :premises (@p426 @p425) :args (@t451))
% 0.42/1.02  (step @p428 :rule quant-miniscope-and :args ((= (forall @t90 (and @t449 @t444)) @t451)))
% 0.42/1.02  (step @p429 :rule trans :premises (@p428 @p427))
% 0.42/1.02  (step @p430 :rule trans :premises (@p429 @p424))
% 0.42/1.02  (step @p431 :rule refl :args (@t443))
% 0.42/1.02  (step @p432 :rule bool-double-not-elim :args (@t297))
% 0.42/1.02  (step @p433 :rule nary_cong :premises (@p432 @p431) :args ((or @t452 @t443)))
% 0.42/1.02  (step @p434 :rule bool-impl-elim :args (@t448 @t443))
% 0.42/1.02  (step @p435 :rule trans :premises (@p434 @p433))
% 0.42/1.02  (step @p436 :rule bool-impl-elim :args (@t297 @t447))
% 0.42/1.02  (step @p437 :rule nary_cong :premises (@p436 @p435) :args (@t453))
% 0.42/1.02  (step @p438 :rule cong :premises (@p437) :args ((forall @t90 @t453)))
% 0.42/1.02  (step @p439 :rule trans :premises (@p438 @p430))
% 0.42/1.02  (step @p440 :rule eq-symm :args (@t351 tptp.zero_zero_nat))
% 0.42/1.02  (step @p441 :rule eq-symm :args (@t2 tptp.zero_zero_nat))
% 0.42/1.02  (step @p442 :rule cong :premises (@p441) :args (@t346))
% 0.42/1.02  (step @p443 :rule cong :premises (@p442 @p440) :args (@t352))
% 0.42/1.02  (step @p444 :rule eq-symm :args (@t351 tptp.one_one_nat))
% 0.42/1.02  (step @p445 :rule cong :premises (@p441 @p444) :args (@t353))
% 0.42/1.02  (step @p446 :rule nary_cong :premises (@p445 @p443) :args (@t354))
% 0.42/1.02  (step @p447 :rule cong :premises (@p446) :args (@t355))
% 0.42/1.02  (step @p448 :rule trans :premises (@p447 @p439))
% 0.42/1.02  (step @p449 :rule eq_resolve :premises (@p223 @p448))
% 0.42/1.02  (step @p450 :rule and_elim :premises (@p449) :args (0))
% 0.42/1.02  (step @p451 :rule refl :args (@t404))
% 0.42/1.02  (step @p452 :rule ho_cong :premises (@p451 @p450))
% 0.42/1.02  (step @p453 :rule ho_cong :premises (@p329 @p452))
% 0.42/1.02  (step @p454 :rule refl :args (@t394))
% 0.42/1.02  (step @p455 :rule refl :args (@t395))
% 0.42/1.02  (step @p456 :rule ho_cong :premises (@p368 @p452))
% 0.42/1.02  (step @p457 :rule ho_cong :premises (@p371 @p456))
% 0.42/1.02  (step @p458 :rule ho_cong :premises (@p457 @p455))
% 0.42/1.02  (step @p459 :rule ho_cong :premises (@p375 @p458))
% 0.42/1.02  (step @p460 :rule ho_cong :premises (@p459 @p454))
% 0.42/1.02  (step @p461 :rule ho_cong :premises (@p371 @p460))
% 0.42/1.02  (step @p462 :rule ho_cong :premises (@p461 @p453))
% 0.42/1.02  (step @p463 :rule cong :premises (@p382 @p462) :args (@t456))
% 0.42/1.02  (step @p464 :rule cong :premises (@p463) :args ((not @t456)))
% 0.42/1.02  (step @p465 :rule eq-symm :args (@t455 tptp.x))
% 0.42/1.02  (step @p466 :rule beta-reduce :args ((= @t457 @t454)))
% 0.42/1.02  (step @p467 :rule ho_cong :premises (@p329 @p466))
% 0.42/1.02  (step @p468 :rule ho_cong :premises (@p368 @p466))
% 0.42/1.02  (step @p469 :rule ho_cong :premises (@p371 @p468))
% 0.42/1.02  (step @p470 :rule ho_cong :premises (@p469 @p455))
% 0.42/1.02  (step @p471 :rule ho_cong :premises (@p375 @p470))
% 0.42/1.02  (step @p472 :rule ho_cong :premises (@p471 @p454))
% 0.42/1.02  (step @p473 :rule ho_cong :premises (@p371 @p472))
% 0.42/1.02  (step @p474 :rule ho_cong :premises (@p473 @p467))
% 0.42/1.02  (step @p475 :rule cong :premises (@p474 @p382) :args (@t458))
% 0.42/1.02  (step @p476 :rule trans :premises (@p475 @p465))
% 0.42/1.02  (step @p477 :rule cong :premises (@p476) :args ((not @t458)))
% 0.42/1.02  (step @p478 :rule refl :args (tptp.pm))
% 0.42/1.02  (step @p479 :rule ho_cong :premises (@p283 @p478))
% 0.42/1.02  (step @p480 :rule ho_cong :premises (@p329 @p479))
% 0.42/1.02  (step @p481 :rule ho_cong :premises (@p368 @p479))
% 0.42/1.02  (step @p482 :rule ho_cong :premises (@p371 @p481))
% 0.42/1.02  (step @p483 :rule ho_cong :premises (@p482 @p455))
% 0.42/1.02  (step @p484 :rule ho_cong :premises (@p375 @p483))
% 0.42/1.02  (step @p485 :rule ho_cong :premises (@p484 @p454))
% 0.42/1.02  (step @p486 :rule ho_cong :premises (@p371 @p485))
% 0.42/1.02  (step @p487 :rule ho_cong :premises (@p486 @p480))
% 0.42/1.02  (step @p488 :rule cong :premises (@p487 @p382) :args (@t396))
% 0.42/1.02  (step @p489 :rule cong :premises (@p488) :args (@t397))
% 0.42/1.02  (step @p490 :rule trans :premises (@p489 @p477))
% 0.42/1.02  (step @p491 :rule trans :premises (@p490 @p464 @p384))
% 0.42/1.02  (step @p492 :rule eq_resolve :premises (@p280 @p491))
% 0.42/1.02  (step @p493 :rule eq-refl :args (@t201))
% 0.42/1.02  (step @p494 :rule skolem_intro :args (@t459))
% 0.42/1.02  (step @p495 :rule refl :args (@t201))
% 0.42/1.02  (step @p496 :rule cong :premises (@p495 @p494) :args ((= @t201 @t459)))
% 0.42/1.02  (step @p497 :rule trans :premises (@p496 @p493))
% 0.42/1.02  (step @p498 :rule true_elim :premises (@p497))
% 0.42/1.02  (step @p499 :rule refl :args (tptp.plus_plus_nat))
% 0.42/1.02  (step @p500 :rule cong :premises (@p499 @p498) :args (@t202))
% 0.42/1.02  (step @p501 :rule eq_resolve :premises (@p81 @p500))
% 0.42/1.02  (step @p502 :rule refl :args ((tptp.plus_plus_nat @t403 tptp.pm)))
% 0.42/1.02  (step @p503 :rule cong :premises (@p287 @p288) :args (@t460))
% 0.42/1.02  (step @p504 :rule trans :premises (@p503 @p502))
% 0.42/1.02  (step @p505 :rule refl :args (tptp.plus_plus_nat))
% 0.42/1.02  (step @p506 :rule ho_cong :premises (@p505 @p287))
% 0.42/1.02  (step @p507 :rule ho_cong :premises (@p506 @p288))
% 0.42/1.02  (step @p508 :rule cong :premises (@p507 @p504) :args ((= @t461 @t460)))
% 0.42/1.02  (step @p509 :rule symm :premises (@p508))
% 0.42/1.02  (step @p510 :rule refl :args ((_ (_ tptp.plus_plus_nat @t403) tptp.pm)))
% 0.42/1.02  (step @p511 :rule eq_resolve :premises (@p510 @p509))
% 0.42/1.02  (step @p512 :rule refl :args (@t411))
% 0.42/1.02  (step @p513 :rule cong :premises (@p512 @p511) :args (@t462))
% 0.42/1.02  (step @p514 :rule refl :args (@t463))
% 0.42/1.02  (step @p515 :rule cong :premises (@p514 @p513) :args (@t464))
% 0.42/1.02  ; WARNING: add trust step for TRUST
% 0.42/1.02  ; trust TRUST THEORY_LEMMA
% 0.42/1.02  (step @p516 :rule trust :premises () :args (@t464))
% 0.42/1.02  (step @p517 :rule eq_resolve :premises (@p516 @p515))
% 0.42/1.02  (step @p518 :rule implies_elim :premises (@p517))
% 0.42/1.02  (step @p519 :rule chain_m_resolution :premises (@p518 @p501) :args (@t465 @t466 (@list @t463)))
% 0.42/1.02  (step @p520 :rule eq-refl :args (@t179))
% 0.42/1.02  (step @p521 :rule skolem_intro :args (@t467))
% 0.42/1.02  (step @p522 :rule refl :args (@t179))
% 0.42/1.02  (step @p523 :rule cong :premises (@p522 @p521) :args ((= @t179 @t467)))
% 0.42/1.02  (step @p524 :rule trans :premises (@p523 @p520))
% 0.42/1.02  (step @p525 :rule true_elim :premises (@p524))
% 0.42/1.02  (step @p526 :rule refl :args (tptp.times_times_int))
% 0.42/1.02  (step @p527 :rule cong :premises (@p526 @p525) :args (@t180))
% 0.42/1.02  (step @p528 :rule eq_resolve :premises (@p68 @p527))
% 0.42/1.02  (step @p529 :rule refl :args ((tptp.times_times_int @t393 tptp.x)))
% 0.42/1.02  (step @p530 :rule cong :premises (@p295 @p296) :args (@t468))
% 0.42/1.02  (step @p531 :rule trans :premises (@p530 @p529))
% 0.42/1.02  (step @p532 :rule refl :args (tptp.times_times_int))
% 0.42/1.02  (step @p533 :rule ho_cong :premises (@p532 @p295))
% 0.42/1.02  (step @p534 :rule ho_cong :premises (@p533 @p296))
% 0.42/1.02  (step @p535 :rule cong :premises (@p534 @p531) :args ((= @t469 @t468)))
% 0.42/1.02  (step @p536 :rule symm :premises (@p535))
% 0.42/1.02  (step @p537 :rule refl :args ((_ (_ tptp.times_times_int @t393) tptp.x)))
% 0.42/1.02  (step @p538 :rule eq_resolve :premises (@p537 @p536))
% 0.42/1.02  (step @p539 :rule refl :args (@t414))
% 0.42/1.02  (step @p540 :rule cong :premises (@p539 @p538) :args (@t470))
% 0.42/1.02  (step @p541 :rule refl :args (@t471))
% 0.42/1.02  (step @p542 :rule cong :premises (@p541 @p540) :args (@t472))
% 0.42/1.02  ; trust TRUST THEORY_LEMMA
% 0.42/1.02  (step @p543 :rule trust :premises () :args (@t472))
% 0.42/1.02  (step @p544 :rule eq_resolve :premises (@p543 @p542))
% 0.42/1.02  (step @p545 :rule implies_elim :premises (@p544))
% 0.42/1.02  (step @p546 :rule chain_m_resolution :premises (@p545 @p528) :args (@t473 @t466 (@list @t471)))
% 0.42/1.02  (step @p547 :rule refl :args ((tptp.plus_plus_int @t7 @t27)))
% 0.42/1.02  (step @p548 :rule refl :args (@t474))
% 0.42/1.02  (step @p549 :rule refl :args (@t475))
% 0.42/1.02  (step @p550 :rule cong :premises (@p549 @p548) :args (@t476))
% 0.42/1.02  (step @p551 :rule trans :premises (@p550 @p547))
% 0.42/1.02  (step @p552 :rule ho_cong :premises (@p332 @p549))
% 0.42/1.02  (step @p553 :rule ho_cong :premises (@p552 @p548))
% 0.42/1.02  (step @p554 :rule cong :premises (@p553 @p551) :args ((= (_ (_ tptp.plus_plus_int @t475) @t474) @t476)))
% 0.42/1.02  (step @p555 :rule symm :premises (@p554))
% 0.42/1.02  (step @p556 :rule refl :args (@t29))
% 0.42/1.02  (step @p557 :rule eq_resolve :premises (@p556 @p555))
% 0.42/1.02  (step @p558 :rule refl :args (@t27))
% 0.42/1.02  (step @p559 :rule cong :premises (@p558 @p548) :args ((= @t27 @t474)))
% 0.42/1.02  (step @p560 :rule symm :premises (@p559))
% 0.42/1.02  (step @p561 :rule eq_resolve :premises (@p558 @p560))
% 0.42/1.02  (step @p562 :rule refl :args (@t7))
% 0.42/1.02  (step @p563 :rule cong :premises (@p562 @p549) :args ((= @t7 @t475)))
% 0.42/1.02  (step @p564 :rule symm :premises (@p563))
% 0.42/1.02  (step @p565 :rule eq_resolve :premises (@p562 @p564))
% 0.42/1.02  (step @p566 :rule ho_cong :premises (@p332 @p565))
% 0.42/1.02  (step @p567 :rule ho_cong :premises (@p566 @p561))
% 0.42/1.02  (step @p568 :rule trans :premises (@p567 @p557))
% 0.42/1.02  (step @p569 :rule refl :args ((tptp.semiri2019852685at_int @t26)))
% 0.42/1.02  (step @p570 :rule refl :args (@t477))
% 0.42/1.02  (step @p571 :rule cong :premises (@p570) :args (@t478))
% 0.42/1.02  (step @p572 :rule trans :premises (@p571 @p569))
% 0.42/1.02  (step @p573 :rule ho_cong :premises (@p317 @p570))
% 0.42/1.02  (step @p574 :rule cong :premises (@p573 @p572) :args ((= (_ tptp.semiri2019852685at_int @t477) @t478)))
% 0.42/1.02  (step @p575 :rule symm :premises (@p574))
% 0.42/1.02  (step @p576 :rule refl :args (@t30))
% 0.42/1.02  (step @p577 :rule eq_resolve :premises (@p576 @p575))
% 0.42/1.02  (step @p578 :rule refl :args (@t26))
% 0.42/1.02  (step @p579 :rule cong :premises (@p578 @p570) :args ((= @t26 @t477)))
% 0.42/1.02  (step @p580 :rule symm :premises (@p579))
% 0.42/1.02  (step @p581 :rule eq_resolve :premises (@p578 @p580))
% 0.42/1.02  (step @p582 :rule ho_cong :premises (@p317 @p581))
% 0.42/1.02  (step @p583 :rule trans :premises (@p582 @p577))
% 0.42/1.02  (step @p584 :rule cong :premises (@p583 @p568) :args (@t31))
% 0.42/1.02  (step @p585 :rule cong :premises (@p584) :args (@t32))
% 0.42/1.02  (step @p586 :rule eq_resolve :premises (@p9 @p585))
% 0.42/1.02  (step @p587 :rule instantiate :premises (@p586) :args ((@list @t410 tptp.pm)))
% 0.42/1.02  (step @p588 :rule refl :args (@t2))
% 0.42/1.02  (step @p589 :rule cong :premises (@p588 @p450) :args (@t479))
% 0.42/1.02  (step @p590 :rule refl :args (@t37))
% 0.42/1.02  (step @p591 :rule cong :premises (@p590 @p589) :args (@t480))
% 0.42/1.02  (step @p592 :rule refl :args (@t482))
% 0.42/1.02  (step @p593 :rule cong :premises (@p592 @p591) :args (@t483))
% 0.42/1.02  (step @p594 :rule cong :premises (@p593) :args ((forall @t50 @t483)))
% 0.42/1.02  (step @p595 :rule refl :args ((tptp.power_power_int @t37 @t484)))
% 0.42/1.02  (step @p596 :rule refl :args (@t479))
% 0.42/1.02  (step @p597 :rule refl :args (@t37))
% 0.42/1.02  (step @p598 :rule cong :premises (@p597 @p596) :args (@t480))
% 0.42/1.02  (step @p599 :rule trans :premises (@p598 @p595))
% 0.42/1.02  (step @p600 :rule refl :args (@t43))
% 0.42/1.02  (step @p601 :rule ho_cong :premises (@p600 @p596))
% 0.42/1.02  (step @p602 :rule cong :premises (@p601 @p599) :args ((= (_ @t43 @t479) @t480)))
% 0.42/1.02  (step @p603 :rule symm :premises (@p602))
% 0.42/1.02  (step @p604 :rule refl :args (@t485))
% 0.42/1.02  (step @p605 :rule eq_resolve :premises (@p604 @p603))
% 0.42/1.02  (step @p606 :rule refl :args (@t484))
% 0.42/1.02  (step @p607 :rule cong :premises (@p606 @p596) :args ((= @t484 @t479)))
% 0.42/1.02  (step @p608 :rule symm :premises (@p607))
% 0.42/1.02  (step @p609 :rule eq_resolve :premises (@p606 @p608))
% 0.42/1.02  (step @p610 :rule ho_cong :premises (@p600 @p609))
% 0.42/1.02  (step @p611 :rule trans :premises (@p610 @p605))
% 0.42/1.02  (step @p612 :rule refl :args ((tptp.times_times_int @t37 @t44)))
% 0.42/1.02  (step @p613 :rule refl :args (@t481))
% 0.42/1.02  (step @p614 :rule cong :premises (@p597 @p613) :args (@t482))
% 0.42/1.02  (step @p615 :rule trans :premises (@p614 @p612))
% 0.42/1.02  (step @p616 :rule refl :args (@t45))
% 0.42/1.02  (step @p617 :rule ho_cong :premises (@p616 @p613))
% 0.42/1.02  (step @p618 :rule cong :premises (@p617 @p615) :args ((= (_ @t45 @t481) @t482)))
% 0.42/1.02  (step @p619 :rule symm :premises (@p618))
% 0.42/1.02  (step @p620 :rule refl :args (@t46))
% 0.42/1.02  (step @p621 :rule eq_resolve :premises (@p620 @p619))
% 0.42/1.02  (step @p622 :rule refl :args (@t44))
% 0.42/1.02  (step @p623 :rule cong :premises (@p622 @p613) :args ((= @t44 @t481)))
% 0.42/1.02  (step @p624 :rule symm :premises (@p623))
% 0.42/1.02  (step @p625 :rule eq_resolve :premises (@p622 @p624))
% 0.42/1.02  (step @p626 :rule ho_cong :premises (@p616 @p625))
% 0.42/1.02  (step @p627 :rule trans :premises (@p626 @p621))
% 0.42/1.02  (step @p628 :rule cong :premises (@p627 @p611) :args (@t486))
% 0.42/1.02  (step @p629 :rule cong :premises (@p628) :args ((forall @t50 @t486)))
% 0.42/1.02  (step @p630 :rule eq-symm :args (@t485 @t46))
% 0.42/1.02  (step @p631 :rule refl :args (@t46))
% 0.42/1.02  (step @p632 :rule beta-reduce :args ((= @t487 @t484)))
% 0.42/1.02  (step @p633 :rule refl :args (@t43))
% 0.42/1.02  (step @p634 :rule ho_cong :premises (@p633 @p632))
% 0.42/1.02  (step @p635 :rule cong :premises (@p634 @p631) :args (@t488))
% 0.42/1.02  (step @p636 :rule trans :premises (@p635 @p630))
% 0.42/1.02  (step @p637 :rule cong :premises (@p636) :args ((forall @t50 @t488)))
% 0.42/1.02  (step @p638 :rule trans :premises (@p637 @p629))
% 0.42/1.02  (step @p639 :rule ho_cong :premises (@p283 @p588))
% 0.42/1.02  (step @p640 :rule ho_cong :premises (@p633 @p639))
% 0.42/1.02  (step @p641 :rule cong :premises (@p640 @p631) :args (@t49))
% 0.42/1.02  (step @p642 :rule cong :premises (@p641) :args (@t51))
% 0.42/1.02  (step @p643 :rule trans :premises (@p642 @p638))
% 0.42/1.02  (step @p644 :rule trans :premises (@p643 @p594))
% 0.42/1.02  (step @p645 :rule eq_resolve :premises (@p14 @p644))
% 0.42/1.02  (step @p646 :rule eq-symm :args (@t489 @t416))
% 0.42/1.02  (step @p647 :rule refl :args (@t491))
% 0.42/1.02  (step @p648 :rule cong :premises (@p647 @p646) :args ((=> @t491 @t492)))
% 0.42/1.02  (assume-push @p1974 @t491)
% 0.42/1.02  (step @p650 :rule instantiate :premises (@p645) :args (@t493))
% 0.42/1.02  (step-pop @p1975 :rule scope :premises (@p650))
% 0.42/1.02  (step @p651 :rule process_scope :premises (@p1975) :args (@t492))
% 0.42/1.02  (step @p653 :rule eq_resolve :premises (@p651 @p648))
% 0.42/1.02  (step @p654 :rule implies_elim :premises (@p653))
% 0.42/1.02  (step @p655 :rule chain_m_resolution :premises (@p654 @p645) :args (@t494 @t466 (@list @t491)))
% 0.42/1.02  (step @p656 :rule refl :args ((tptp.times_times_int @t44 @t37)))
% 0.42/1.02  (step @p657 :rule cong :premises (@p613 @p597) :args (@t495))
% 0.42/1.02  (step @p658 :rule trans :premises (@p657 @p656))
% 0.42/1.02  (step @p659 :rule ho_cong :premises (@p532 @p613))
% 0.42/1.02  (step @p660 :rule ho_cong :premises (@p659 @p597))
% 0.42/1.02  (step @p661 :rule cong :premises (@p660 @p658) :args ((= (_ (_ tptp.times_times_int @t481) @t37) @t495)))
% 0.42/1.02  (step @p662 :rule symm :premises (@p661))
% 0.42/1.02  (step @p663 :rule refl :args (@t113))
% 0.42/1.02  (step @p664 :rule eq_resolve :premises (@p663 @p662))
% 0.42/1.02  (step @p665 :rule ho_cong :premises (@p532 @p625))
% 0.42/1.02  (step @p666 :rule ho_cong :premises (@p665 @p597))
% 0.42/1.02  (step @p667 :rule trans :premises (@p666 @p664))
% 0.42/1.02  (step @p668 :rule cong :premises (@p627 @p667) :args (@t496))
% 0.42/1.02  (step @p669 :rule cong :premises (@p668) :args ((forall @t50 @t496)))
% 0.42/1.02  (step @p670 :rule eq-symm :args (@t113 @t46))
% 0.42/1.02  (step @p671 :rule cong :premises (@p670) :args (@t114))
% 0.42/1.02  (step @p672 :rule trans :premises (@p671 @p669))
% 0.42/1.02  (step @p673 :rule eq_resolve :premises (@p42 @p672))
% 0.42/1.02  (step @p674 :rule instantiate :premises (@p673) :args (@t493))
% 0.42/1.02  (step @p675 :rule refl :args (@t217))
% 0.42/1.02  (step @p676 :rule refl :args ((tptp.semiri2019852685at_int @t403)))
% 0.42/1.02  (step @p677 :rule cong :premises (@p287) :args (@t497))
% 0.42/1.02  (step @p678 :rule trans :premises (@p677 @p676))
% 0.42/1.02  (step @p679 :rule ho_cong :premises (@p317 @p287))
% 0.42/1.02  (step @p680 :rule cong :premises (@p679 @p678) :args ((= @t498 @t497)))
% 0.42/1.02  (step @p681 :rule symm :premises (@p680))
% 0.42/1.02  (step @p682 :rule refl :args ((_ tptp.semiri2019852685at_int @t403)))
% 0.42/1.02  (step @p683 :rule eq_resolve :premises (@p682 @p681))
% 0.42/1.02  (step @p684 :rule cong :premises (@p683 @p675) :args (@t499))
% 0.42/1.02  (step @p685 :rule cong :premises (@p296 @p684) :args (@t500))
% 0.42/1.02  (step @p686 :rule refl :args (@t502))
% 0.42/1.02  (step @p687 :rule cong :premises (@p686 @p685) :args (@t503))
% 0.42/1.02  (step @p688 :rule cong :premises (@p687) :args ((forall @t226 @t503)))
% 0.42/1.02  (step @p689 :rule refl :args (@t217))
% 0.42/1.02  (step @p690 :rule ho_cong :premises (@p329 @p450))
% 0.42/1.02  (step @p691 :rule symm :premises (@p111))
% 0.42/1.02  (step @p692 :rule trans :premises (@p691 @p690))
% 0.42/1.02  (step @p693 :rule cong :premises (@p692 @p689) :args (@t504))
% 0.42/1.02  (step @p694 :rule cong :premises (@p382 @p693) :args (@t505))
% 0.42/1.02  (step @p695 :rule refl :args (@t502))
% 0.42/1.02  (step @p696 :rule cong :premises (@p695 @p694) :args (@t506))
% 0.42/1.02  (step @p697 :rule cong :premises (@p696) :args ((forall @t226 @t506)))
% 0.42/1.02  (step @p698 :rule trans :premises (@p697 @p688))
% 0.42/1.02  (step @p699 :rule refl :args ((tptp.times_times_int tptp.x @t219)))
% 0.42/1.02  (step @p700 :rule refl :args (@t504))
% 0.42/1.02  (step @p701 :rule cong :premises (@p296 @p700) :args (@t505))
% 0.42/1.02  (step @p702 :rule trans :premises (@p701 @p699))
% 0.42/1.02  (step @p703 :rule ho_cong :premises (@p339 @p700))
% 0.42/1.02  (step @p704 :rule cong :premises (@p703 @p702) :args ((= (_ @t220 @t504) @t505)))
% 0.42/1.02  (step @p705 :rule symm :premises (@p704))
% 0.42/1.02  (step @p706 :rule refl :args (@t221))
% 0.42/1.02  (step @p707 :rule eq_resolve :premises (@p706 @p705))
% 0.42/1.02  (step @p708 :rule refl :args (@t219))
% 0.42/1.02  (step @p709 :rule cong :premises (@p708 @p700) :args ((= @t219 @t504)))
% 0.42/1.02  (step @p710 :rule symm :premises (@p709))
% 0.42/1.02  (step @p711 :rule eq_resolve :premises (@p708 @p710))
% 0.42/1.02  (step @p712 :rule ho_cong :premises (@p339 @p711))
% 0.42/1.02  (step @p713 :rule trans :premises (@p712 @p707))
% 0.42/1.02  (step @p714 :rule refl :args ((tptp.plus_plus_int tptp.x @t222)))
% 0.42/1.02  (step @p715 :rule refl :args (@t501))
% 0.42/1.02  (step @p716 :rule cong :premises (@p296 @p715) :args (@t502))
% 0.42/1.02  (step @p717 :rule trans :premises (@p716 @p714))
% 0.42/1.02  (step @p718 :rule refl :args (@t223))
% 0.42/1.02  (step @p719 :rule ho_cong :premises (@p718 @p715))
% 0.42/1.02  (step @p720 :rule cong :premises (@p719 @p717) :args ((= (_ @t223 @t501) @t502)))
% 0.42/1.02  (step @p721 :rule symm :premises (@p720))
% 0.42/1.02  (step @p722 :rule refl :args (@t224))
% 0.42/1.02  (step @p723 :rule eq_resolve :premises (@p722 @p721))
% 0.42/1.02  (step @p724 :rule refl :args (@t222))
% 0.42/1.02  (step @p725 :rule cong :premises (@p724 @p715) :args ((= @t222 @t501)))
% 0.42/1.02  (step @p726 :rule symm :premises (@p725))
% 0.42/1.02  (step @p727 :rule eq_resolve :premises (@p724 @p726))
% 0.42/1.02  (step @p728 :rule ho_cong :premises (@p718 @p727))
% 0.42/1.02  (step @p729 :rule trans :premises (@p728 @p723))
% 0.42/1.02  (step @p730 :rule cong :premises (@p729 @p713) :args (@t225))
% 0.42/1.02  (step @p731 :rule cong :premises (@p730) :args (@t227))
% 0.42/1.02  (step @p732 :rule trans :premises (@p731 @p698))
% 0.42/1.02  (step @p733 :rule eq_resolve :premises (@p98 @p732))
% 0.42/1.02  (step @p734 :rule instantiate :premises (@p733) :args ((@list @t413)))
% 0.42/1.02  (step @p735 :rule refl :args (@t509))
% 0.42/1.02  (step @p736 :rule refl :args (@t510))
% 0.42/1.02  (step @p737 :rule refl :args (@t296))
% 0.42/1.02  (step @p738 :rule cong :premises (@p737 @p736) :args ((= @t296 @t510)))
% 0.42/1.02  (step @p739 :rule symm :premises (@p738))
% 0.42/1.02  (step @p740 :rule eq_resolve :premises (@p737 @p739))
% 0.42/1.02  (step @p741 :rule refl :args (@t108))
% 0.42/1.02  (step @p742 :rule cong :premises (@p741 @p740) :args (@t511))
% 0.42/1.02  (step @p743 :rule nary_cong :premises (@p742 @p735) :args (@t512))
% 0.42/1.02  (step @p744 :rule cong :premises (@p743) :args ((forall @t286 @t512)))
% 0.42/1.02  (step @p745 :rule refl :args (@t509))
% 0.42/1.02  (step @p746 :rule eq-symm :args (@t296 @t108))
% 0.42/1.02  (step @p747 :rule nary_cong :premises (@p746 @p745) :args (@t514))
% 0.42/1.02  (step @p748 :rule cong :premises (@p747) :args ((forall @t286 @t514)))
% 0.42/1.02  (step @p749 :rule trans :premises (@p748 @p744))
% 0.42/1.02  (step @p750 :rule refl :args (@t108))
% 0.42/1.02  (step @p751 :rule symm :premises (@p165))
% 0.42/1.02  (step @p752 :rule cong :premises (@p751 @p750) :args (@t515))
% 0.42/1.02  (step @p753 :rule nary_cong :premises (@p752 @p745) :args (@t516))
% 0.42/1.02  (step @p754 :rule cong :premises (@p753) :args ((forall @t286 @t516)))
% 0.42/1.02  (step @p755 :rule trans :premises (@p754 @p749))
% 0.42/1.02  (step @p756 :rule refl :args ((tptp.divide_divide_int @t110 @t108)))
% 0.42/1.02  (step @p757 :rule refl :args (@t507))
% 0.42/1.02  (step @p758 :rule cong :premises (@p757 @p741) :args (@t508))
% 0.42/1.02  (step @p759 :rule trans :premises (@p758 @p756))
% 0.42/1.02  (step @p760 :rule ho_cong :premises (@p310 @p757))
% 0.42/1.02  (step @p761 :rule ho_cong :premises (@p760 @p741))
% 0.42/1.02  (step @p762 :rule cong :premises (@p761 @p759) :args ((= (_ @t517 @t108) @t508)))
% 0.42/1.02  (step @p763 :rule symm :premises (@p762))
% 0.42/1.02  (step @p764 :rule refl :args (@t330))
% 0.42/1.02  (step @p765 :rule eq_resolve :premises (@p764 @p763))
% 0.42/1.02  (step @p766 :rule refl :args (@t110))
% 0.42/1.02  (step @p767 :rule cong :premises (@p766 @p757) :args ((= @t110 @t507)))
% 0.42/1.02  (step @p768 :rule symm :premises (@p767))
% 0.42/1.02  (step @p769 :rule eq_resolve :premises (@p766 @p768))
% 0.42/1.02  (step @p770 :rule ho_cong :premises (@p310 @p769))
% 0.42/1.02  (step @p771 :rule ho_cong :premises (@p770 @p741))
% 0.42/1.02  (step @p772 :rule trans :premises (@p771 @p765))
% 0.42/1.02  (step @p773 :rule cong :premises (@p597 @p772) :args (@t518))
% 0.42/1.02  (step @p774 :rule refl :args (@t515))
% 0.42/1.02  (step @p775 :rule nary_cong :premises (@p774 @p773) :args (@t519))
% 0.42/1.02  (step @p776 :rule cong :premises (@p775) :args ((forall @t286 @t519)))
% 0.42/1.02  (step @p777 :rule refl :args (@t518))
% 0.42/1.02  (step @p778 :rule bool-double-not-elim :args (@t515))
% 0.42/1.02  (step @p779 :rule nary_cong :premises (@p778 @p777) :args ((or @t521 @t518)))
% 0.42/1.02  (step @p780 :rule bool-impl-elim :args (@t520 @t518))
% 0.42/1.02  (step @p781 :rule trans :premises (@p780 @p779))
% 0.42/1.02  (step @p782 :rule cong :premises (@p781) :args ((forall @t286 (=> @t520 @t518))))
% 0.42/1.02  (step @p783 :rule trans :premises (@p782 @p776))
% 0.42/1.02  (step @p784 :rule eq-symm :args (@t330 @t37))
% 0.42/1.02  (step @p785 :rule eq-symm :args (@t108 tptp.zero_zero_int))
% 0.42/1.02  (step @p786 :rule cong :premises (@p785) :args (@t331))
% 0.42/1.02  (step @p787 :rule cong :premises (@p786 @p784) :args (@t332))
% 0.42/1.02  (step @p788 :rule cong :premises (@p787) :args (@t333))
% 0.42/1.02  (step @p789 :rule trans :premises (@p788 @p783))
% 0.42/1.02  (step @p790 :rule trans :premises (@p789 @p755))
% 0.42/1.02  (step @p791 :rule eq_resolve :premises (@p202 @p790))
% 0.42/1.02  (step @p792 :rule refl :args (@t524))
% 0.42/1.02  (step @p793 :rule eq-symm :args (@t412 @t510))
% 0.42/1.02  (step @p794 :rule nary_cong :premises (@p793 @p792) :args (@t525))
% 0.42/1.02  (step @p795 :rule refl :args (@t527))
% 0.42/1.02  (step @p796 :rule cong :premises (@p795 @p794) :args ((=> @t527 @t525)))
% 0.42/1.02  (assume-push @p1976 @t527)
% 0.42/1.02  (step @p798 :rule instantiate :premises (@p791) :args ((@list @t412 tptp.x)))
% 0.42/1.02  (step-pop @p1977 :rule scope :premises (@p798))
% 0.42/1.02  (step @p799 :rule process_scope :premises (@p1977) :args (@t525))
% 0.42/1.02  (step @p801 :rule eq_resolve :premises (@p799 @p796))
% 0.42/1.02  (step @p802 :rule implies_elim :premises (@p801))
% 0.42/1.02  (step @p803 :rule chain_m_resolution :premises (@p802 @p791) :args (@t529 @t466 (@list @t527)))
% 0.42/1.02  (step @p804 :rule refl :args (@t530))
% 0.42/1.02  (step @p805 :rule cong :premises (@p740 @p804) :args (@t531))
% 0.42/1.02  (step @p806 :rule cong :premises (@p805) :args (@t532))
% 0.42/1.02  (step @p807 :rule cong :premises (@p806) :args ((forall @t90 @t532)))
% 0.42/1.02  (step @p808 :rule cong :premises (@p589) :args (@t533))
% 0.42/1.02  (step @p809 :rule cong :premises (@p751 @p808) :args (@t534))
% 0.42/1.02  (step @p810 :rule cong :premises (@p809) :args (@t535))
% 0.42/1.02  (step @p811 :rule cong :premises (@p810) :args ((forall @t90 @t535)))
% 0.42/1.02  (step @p812 :rule trans :premises (@p811 @p807))
% 0.42/1.02  (step @p813 :rule refl :args ((tptp.semiri2019852685at_int @t484)))
% 0.42/1.02  (step @p814 :rule cong :premises (@p596) :args (@t533))
% 0.42/1.02  (step @p815 :rule trans :premises (@p814 @p813))
% 0.42/1.02  (step @p816 :rule ho_cong :premises (@p317 @p596))
% 0.42/1.02  (step @p817 :rule cong :premises (@p816 @p815) :args ((= (_ tptp.semiri2019852685at_int @t479) @t533)))
% 0.42/1.02  (step @p818 :rule symm :premises (@p817))
% 0.42/1.02  (step @p819 :rule refl :args (@t536))
% 0.42/1.02  (step @p820 :rule eq_resolve :premises (@p819 @p818))
% 0.42/1.02  (step @p821 :rule ho_cong :premises (@p317 @p609))
% 0.42/1.02  (step @p822 :rule trans :premises (@p821 @p820))
% 0.42/1.02  (step @p823 :rule refl :args (tptp.zero_zero_int))
% 0.42/1.02  (step @p824 :rule cong :premises (@p823 @p822) :args (@t537))
% 0.42/1.02  (step @p825 :rule cong :premises (@p824) :args (@t538))
% 0.42/1.02  (step @p826 :rule cong :premises (@p825) :args ((forall @t90 @t538)))
% 0.42/1.02  (step @p827 :rule eq-symm :args (@t536 tptp.zero_zero_int))
% 0.42/1.02  (step @p828 :rule refl :args (tptp.zero_zero_int))
% 0.42/1.02  (step @p829 :rule ho_cong :premises (@p329 @p632))
% 0.42/1.02  (step @p830 :rule cong :premises (@p829 @p828) :args (@t539))
% 0.42/1.02  (step @p831 :rule trans :premises (@p830 @p827))
% 0.42/1.02  (step @p832 :rule cong :premises (@p831) :args (@t540))
% 0.42/1.02  (step @p833 :rule cong :premises (@p832) :args ((forall @t90 @t540)))
% 0.42/1.02  (step @p834 :rule trans :premises (@p833 @p826))
% 0.42/1.02  (step @p835 :rule ho_cong :premises (@p329 @p639))
% 0.42/1.02  (step @p836 :rule cong :premises (@p835 @p828) :args (@t387))
% 0.42/1.02  (step @p837 :rule cong :premises (@p836) :args (@t388))
% 0.42/1.02  (step @p838 :rule cong :premises (@p837) :args (@t389))
% 0.42/1.02  (step @p839 :rule trans :premises (@p838 @p834))
% 0.42/1.02  (step @p840 :rule trans :premises (@p839 @p812))
% 0.42/1.02  (step @p841 :rule eq_resolve :premises (@p268 @p840))
% 0.42/1.02  (step @p842 :rule instantiate :premises (@p841) :args (@t541))
% 0.42/1.02  (step @p843 :rule cnf_or_pos :args (@t529))
% 0.42/1.02  (step @p844 :rule reordering :premises (@p843) :args ((or @t528 @t524 (not @t529))))
% 0.42/1.02  (step @p845 :rule chain_m_resolution :premises (@p844 @p842 @p803) :args (@t524 @t542 (@list @t528 @t529)))
% 0.42/1.02  (step @p846 :rule refl :args (@t544))
% 0.42/1.02  (step @p847 :rule cong :premises (@p597 @p740) :args (@t545))
% 0.42/1.02  (step @p848 :rule nary_cong :premises (@p847 @p846) :args (@t546))
% 0.42/1.02  (step @p849 :rule cong :premises (@p848) :args ((forall @t271 @t546)))
% 0.42/1.02  (step @p850 :rule refl :args (@t544))
% 0.42/1.02  (step @p851 :rule eq-symm :args (@t296 @t37))
% 0.42/1.02  (step @p852 :rule nary_cong :premises (@p851 @p850) :args (@t548))
% 0.42/1.02  (step @p853 :rule cong :premises (@p852) :args ((forall @t271 @t548)))
% 0.42/1.02  (step @p854 :rule trans :premises (@p853 @p849))
% 0.42/1.02  (step @p855 :rule cong :premises (@p751 @p590) :args (@t549))
% 0.42/1.02  (step @p856 :rule nary_cong :premises (@p855 @p850) :args (@t550))
% 0.42/1.02  (step @p857 :rule cong :premises (@p856) :args ((forall @t271 @t550)))
% 0.42/1.02  (step @p858 :rule trans :premises (@p857 @p854))
% 0.42/1.02  (step @p859 :rule refl :args ((tptp.divide_divide_int @t110 @t37)))
% 0.42/1.02  (step @p860 :rule cong :premises (@p757 @p597) :args (@t543))
% 0.42/1.02  (step @p861 :rule trans :premises (@p860 @p859))
% 0.42/1.02  (step @p862 :rule ho_cong :premises (@p760 @p597))
% 0.42/1.02  (step @p863 :rule cong :premises (@p862 @p861) :args ((= (_ @t517 @t37) @t543)))
% 0.42/1.02  (step @p864 :rule symm :premises (@p863))
% 0.42/1.02  (step @p865 :rule refl :args (@t324))
% 0.42/1.02  (step @p866 :rule eq_resolve :premises (@p865 @p864))
% 0.42/1.02  (step @p867 :rule ho_cong :premises (@p770 @p597))
% 0.42/1.02  (step @p868 :rule trans :premises (@p867 @p866))
% 0.42/1.02  (step @p869 :rule cong :premises (@p741 @p868) :args (@t551))
% 0.42/1.02  (step @p870 :rule refl :args (@t549))
% 0.42/1.02  (step @p871 :rule nary_cong :premises (@p870 @p869) :args (@t552))
% 0.42/1.02  (step @p872 :rule cong :premises (@p871) :args ((forall @t271 @t552)))
% 0.42/1.02  (step @p873 :rule refl :args (@t551))
% 0.42/1.02  (step @p874 :rule bool-double-not-elim :args (@t549))
% 0.42/1.02  (step @p875 :rule nary_cong :premises (@p874 @p873) :args ((or @t554 @t551)))
% 0.42/1.02  (step @p876 :rule bool-impl-elim :args (@t553 @t551))
% 0.42/1.02  (step @p877 :rule trans :premises (@p876 @p875))
% 0.42/1.02  (step @p878 :rule cong :premises (@p877) :args ((forall @t271 (=> @t553 @t551))))
% 0.42/1.02  (step @p879 :rule trans :premises (@p878 @p872))
% 0.42/1.02  (step @p880 :rule eq-symm :args (@t324 @t108))
% 0.42/1.02  (step @p881 :rule eq-symm :args (@t37 tptp.zero_zero_int))
% 0.42/1.02  (step @p882 :rule cong :premises (@p881) :args (@t325))
% 0.42/1.02  (step @p883 :rule cong :premises (@p882 @p880) :args (@t326))
% 0.42/1.02  (step @p884 :rule cong :premises (@p883) :args (@t327))
% 0.42/1.02  (step @p885 :rule trans :premises (@p884 @p879))
% 0.42/1.02  (step @p886 :rule trans :premises (@p885 @p858))
% 0.42/1.02  (step @p887 :rule eq_resolve :premises (@p200 @p886))
% 0.42/1.02  (step @p888 :rule refl :args (@t557))
% 0.42/1.02  (step @p889 :rule eq-symm :args (@t415 @t510))
% 0.42/1.02  (step @p890 :rule nary_cong :premises (@p889 @p888) :args (@t559))
% 0.42/1.02  (step @p891 :rule refl :args (@t561))
% 0.42/1.02  (step @p892 :rule cong :premises (@p891 @p890) :args ((=> @t561 @t559)))
% 0.42/1.02  (assume-push @p1978 @t561)
% 0.42/1.02  (step @p894 :rule instantiate :premises (@p887) :args ((@list @t415 tptp.x)))
% 0.42/1.02  (step-pop @p1979 :rule scope :premises (@p894))
% 0.42/1.02  (step @p895 :rule process_scope :premises (@p1979) :args (@t559))
% 0.42/1.02  (step @p897 :rule eq_resolve :premises (@p895 @p892))
% 0.42/1.02  (step @p898 :rule implies_elim :premises (@p897))
% 0.42/1.02  (step @p899 :rule chain_m_resolution :premises (@p898 @p887) :args (@t563 @t466 (@list @t561)))
% 0.42/1.02  (step @p900 :rule eq-symm :args (@t510 @t481))
% 0.42/1.02  (step @p901 :rule cong :premises (@p900) :args (@t564))
% 0.42/1.02  (step @p902 :rule refl :args (@t560))
% 0.42/1.02  (step @p903 :rule nary_cong :premises (@p902 @p901) :args (@t565))
% 0.42/1.02  (step @p904 :rule cong :premises (@p903) :args ((forall @t50 @t565)))
% 0.42/1.02  (step @p905 :rule refl :args (@t481))
% 0.42/1.02  (step @p906 :rule cong :premises (@p740 @p905) :args (@t566))
% 0.42/1.02  (step @p907 :rule cong :premises (@p906) :args (@t567))
% 0.42/1.02  (step @p908 :rule nary_cong :premises (@p847 @p907) :args (@t568))
% 0.42/1.02  (step @p909 :rule cong :premises (@p908) :args ((forall @t50 @t568)))
% 0.42/1.02  (step @p910 :rule trans :premises (@p909 @p904))
% 0.42/1.02  (step @p911 :rule refl :args (@t567))
% 0.42/1.02  (step @p912 :rule nary_cong :premises (@p851 @p911) :args (@t569))
% 0.42/1.02  (step @p913 :rule cong :premises (@p912) :args ((forall @t50 @t569)))
% 0.42/1.02  (step @p914 :rule trans :premises (@p913 @p910))
% 0.42/1.02  (step @p915 :rule refl :args (@t481))
% 0.42/1.02  (step @p916 :rule cong :premises (@p751 @p915) :args (@t570))
% 0.42/1.02  (step @p917 :rule cong :premises (@p916) :args (@t571))
% 0.42/1.02  (step @p918 :rule nary_cong :premises (@p855 @p917) :args (@t572))
% 0.42/1.02  (step @p919 :rule cong :premises (@p918) :args ((forall @t50 @t572)))
% 0.42/1.02  (step @p920 :rule trans :premises (@p919 @p914))
% 0.42/1.02  (step @p921 :rule cong :premises (@p823 @p625) :args (@t573))
% 0.42/1.02  (step @p922 :rule cong :premises (@p921) :args (@t574))
% 0.42/1.02  (step @p923 :rule nary_cong :premises (@p870 @p922) :args (@t575))
% 0.42/1.02  (step @p924 :rule cong :premises (@p923) :args ((forall @t50 @t575)))
% 0.42/1.02  (step @p925 :rule refl :args (@t574))
% 0.42/1.02  (step @p926 :rule nary_cong :premises (@p874 @p925) :args ((or @t554 @t574)))
% 0.42/1.02  (step @p927 :rule bool-impl-elim :args (@t553 @t574))
% 0.42/1.02  (step @p928 :rule trans :premises (@p927 @p926))
% 0.42/1.02  (step @p929 :rule cong :premises (@p928) :args ((forall @t50 (=> @t553 @t574))))
% 0.42/1.02  (step @p930 :rule trans :premises (@p929 @p924))
% 0.42/1.02  (step @p931 :rule eq-symm :args (@t44 tptp.zero_zero_int))
% 0.42/1.02  (step @p932 :rule cong :premises (@p931) :args (@t362))
% 0.42/1.02  (step @p933 :rule cong :premises (@p882 @p932) :args (@t363))
% 0.42/1.02  (step @p934 :rule cong :premises (@p933) :args (@t364))
% 0.42/1.02  (step @p935 :rule trans :premises (@p934 @p930))
% 0.42/1.02  (step @p936 :rule trans :premises (@p935 @p920))
% 0.42/1.02  (step @p937 :rule eq_resolve :premises (@p238 @p936))
% 0.42/1.02  (step @p938 :rule cong :premises (@p889) :args (@t576))
% 0.42/1.02  (step @p939 :rule refl :args (@t577))
% 0.42/1.02  (step @p940 :rule nary_cong :premises (@p939 @p938) :args (@t578))
% 0.42/1.02  (step @p941 :rule refl :args (@t579))
% 0.42/1.02  (step @p942 :rule cong :premises (@p941 @p940) :args ((=> @t579 @t578)))
% 0.42/1.02  (assume-push @p1980 @t579)
% 0.42/1.02  (step @p944 :rule instantiate :premises (@p937) :args (@t493))
% 0.42/1.02  (step-pop @p1981 :rule scope :premises (@p944))
% 0.42/1.02  (step @p945 :rule process_scope :premises (@p1981) :args (@t578))
% 0.42/1.02  (step @p947 :rule eq_resolve :premises (@p945 @p942))
% 0.42/1.02  (step @p948 :rule implies_elim :premises (@p947))
% 0.42/1.02  (step @p949 :rule chain_m_resolution :premises (@p948 @p937) :args (@t581 @t466 (@list @t579)))
% 0.42/1.02  (step @p950 :rule refl :args (@t582))
% 0.42/1.02  (step @p951 :rule eq-symm :args (@t510 @t507))
% 0.42/1.02  (step @p952 :rule cong :premises (@p951 @p950) :args (@t584))
% 0.42/1.02  (step @p953 :rule cong :premises (@p952) :args ((forall @t271 @t584)))
% 0.42/1.02  (step @p954 :rule nary_cong :premises (@p847 @p742) :args (@t585))
% 0.42/1.02  (step @p955 :rule refl :args (@t507))
% 0.42/1.02  (step @p956 :rule cong :premises (@p740 @p955) :args (@t586))
% 0.42/1.02  (step @p957 :rule cong :premises (@p956 @p954) :args (@t587))
% 0.42/1.02  (step @p958 :rule cong :premises (@p957) :args ((forall @t271 @t587)))
% 0.42/1.02  (step @p959 :rule trans :premises (@p958 @p953))
% 0.42/1.02  (step @p960 :rule nary_cong :premises (@p851 @p746) :args (@t588))
% 0.42/1.02  (step @p961 :rule refl :args (@t586))
% 0.42/1.02  (step @p962 :rule cong :premises (@p961 @p960) :args ((= @t586 @t588)))
% 0.42/1.02  (step @p963 :rule eq-symm :args (@t588 @t586))
% 0.42/1.02  (step @p964 :rule trans :premises (@p963 @p962))
% 0.42/1.02  (step @p965 :rule cong :premises (@p964) :args ((forall @t271 (= @t588 @t586))))
% 0.42/1.02  (step @p966 :rule trans :premises (@p965 @p959))
% 0.42/1.02  (step @p967 :rule refl :args (@t507))
% 0.42/1.02  (step @p968 :rule cong :premises (@p751 @p967) :args (@t589))
% 0.42/1.02  (step @p969 :rule nary_cong :premises (@p855 @p752) :args (@t590))
% 0.42/1.02  (step @p970 :rule cong :premises (@p969 @p968) :args (@t591))
% 0.42/1.02  (step @p971 :rule cong :premises (@p970) :args ((forall @t271 @t591)))
% 0.42/1.02  (step @p972 :rule trans :premises (@p971 @p966))
% 0.42/1.02  (step @p973 :rule eq-symm :args (@t589 @t590))
% 0.42/1.02  (step @p974 :rule cong :premises (@p973) :args ((forall @t271 (= @t589 @t590))))
% 0.42/1.02  (step @p975 :rule refl :args (@t590))
% 0.42/1.02  (step @p976 :rule cong :premises (@p823 @p769) :args (@t592))
% 0.42/1.02  (step @p977 :rule cong :premises (@p976 @p975) :args (@t593))
% 0.42/1.02  (step @p978 :rule cong :premises (@p977) :args ((forall @t271 @t593)))
% 0.42/1.02  (step @p979 :rule trans :premises (@p978 @p974))
% 0.42/1.02  (step @p980 :rule nary_cong :premises (@p881 @p785) :args (@t268))
% 0.42/1.02  (step @p981 :rule eq-symm :args (@t110 tptp.zero_zero_int))
% 0.42/1.02  (step @p982 :rule cong :premises (@p981 @p980) :args (@t270))
% 0.42/1.02  (step @p983 :rule cong :premises (@p982) :args (@t272))
% 0.42/1.02  (step @p984 :rule trans :premises (@p983 @p979))
% 0.42/1.02  (step @p985 :rule trans :premises (@p984 @p972))
% 0.42/1.02  (step @p986 :rule eq_resolve :premises (@p139 @p985))
% 0.42/1.02  (step @p987 :rule eq-symm :args (@t413 @t510))
% 0.42/1.02  (step @p988 :rule nary_cong :premises (@p939 @p987) :args (@t595))
% 0.42/1.02  (step @p989 :rule eq-symm :args (@t414 @t510))
% 0.42/1.02  (step @p990 :rule cong :premises (@p989 @p988) :args (@t597))
% 0.42/1.02  (step @p991 :rule refl :args (@t599))
% 0.42/1.02  (step @p992 :rule cong :premises (@p991 @p990) :args ((=> @t599 @t597)))
% 0.42/1.02  (assume-push @p1982 @t599)
% 0.42/1.02  (step @p994 :rule instantiate :premises (@p986) :args (@t600))
% 0.42/1.02  (step-pop @p1983 :rule scope :premises (@p994))
% 0.42/1.02  (step @p995 :rule process_scope :premises (@p1983) :args (@t597))
% 0.42/1.02  (step @p997 :rule eq_resolve :premises (@p995 @p992))
% 0.42/1.02  (step @p998 :rule implies_elim :premises (@p997))
% 0.42/1.02  (step @p999 :rule chain_m_resolution :premises (@p998 @p986) :args (@t604 @t466 (@list @t599)))
% 0.42/1.02  (step @p1000 :rule refl :args (@t606))
% 0.42/1.02  (step @p1001 :rule cong :premises (@p1000 @p742) :args (@t607))
% 0.42/1.02  (step @p1002 :rule cong :premises (@p1001) :args ((forall @t286 @t607)))
% 0.42/1.02  (step @p1003 :rule refl :args (@t606))
% 0.42/1.02  (step @p1004 :rule cong :premises (@p1003 @p746) :args ((= @t606 @t513)))
% 0.42/1.02  (step @p1005 :rule eq-symm :args (@t513 @t606))
% 0.42/1.02  (step @p1006 :rule trans :premises (@p1005 @p1004))
% 0.42/1.02  (step @p1007 :rule cong :premises (@p1006) :args ((forall @t286 (= @t513 @t606))))
% 0.42/1.03  (step @p1008 :rule trans :premises (@p1007 @p1002))
% 0.42/1.03  (step @p1009 :rule cong :premises (@p752 @p1003) :args (@t608))
% 0.42/1.03  (step @p1010 :rule cong :premises (@p1009) :args ((forall @t286 @t608)))
% 0.42/1.03  (step @p1011 :rule trans :premises (@p1010 @p1008))
% 0.42/1.03  (step @p1012 :rule eq-symm :args (@t606 @t515))
% 0.42/1.03  (step @p1013 :rule cong :premises (@p1012) :args ((forall @t286 (= @t606 @t515))))
% 0.42/1.03  (step @p1014 :rule refl :args (@t605))
% 0.42/1.03  (step @p1015 :rule refl :args (@t127))
% 0.42/1.03  (step @p1016 :rule cong :premises (@p1015 @p1014) :args ((= @t127 @t605)))
% 0.42/1.03  (step @p1017 :rule symm :premises (@p1016))
% 0.42/1.03  (step @p1018 :rule eq_resolve :premises (@p1015 @p1017))
% 0.42/1.03  (step @p1019 :rule cong :premises (@p597 @p1018) :args (@t289))
% 0.42/1.03  (step @p1020 :rule cong :premises (@p1019 @p774) :args (@t609))
% 0.42/1.03  (step @p1021 :rule cong :premises (@p1020) :args ((forall @t286 @t609)))
% 0.42/1.03  (step @p1022 :rule trans :premises (@p1021 @p1013))
% 0.42/1.03  (step @p1023 :rule eq-symm :args (@t515 @t289))
% 0.42/1.03  (step @p1024 :rule eq-symm :args (@t127 @t37))
% 0.42/1.03  (step @p1025 :rule cong :premises (@p785 @p1024) :args ((= @t266 @t285)))
% 0.42/1.03  (step @p1026 :rule trans :premises (@p1025 @p1023))
% 0.42/1.03  (step @p1027 :rule eq-symm :args (@t285 @t266))
% 0.42/1.03  (step @p1028 :rule trans :premises (@p1027 @p1026))
% 0.42/1.03  (step @p1029 :rule cong :premises (@p1028) :args (@t287))
% 0.42/1.03  (step @p1030 :rule trans :premises (@p1029 @p1022))
% 0.42/1.03  (step @p1031 :rule trans :premises (@p1030 @p1011))
% 0.42/1.03  (step @p1032 :rule eq_resolve :premises (@p152 @p1031))
% 0.42/1.03  (step @p1033 :rule refl :args (@t611))
% 0.42/1.03  (step @p1034 :rule cong :premises (@p989 @p1033) :args ((= @t596 @t611)))
% 0.42/1.03  (step @p1035 :rule eq-symm :args (@t611 @t596))
% 0.42/1.03  (step @p1036 :rule trans :premises (@p1035 @p1034))
% 0.42/1.03  (step @p1037 :rule refl :args (@t612))
% 0.42/1.03  (step @p1038 :rule cong :premises (@p1037 @p1036) :args ((=> @t612 @t613)))
% 0.42/1.03  (assume-push @p1984 @t612)
% 0.42/1.03  (step @p1040 :rule instantiate :premises (@p1032) :args ((@list @t414 @t417)))
% 0.42/1.03  (step-pop @p1985 :rule scope :premises (@p1040))
% 0.42/1.03  (step @p1041 :rule process_scope :premises (@p1985) :args (@t613))
% 0.42/1.03  (step @p1043 :rule eq_resolve :premises (@p1041 @p1038))
% 0.42/1.03  (step @p1044 :rule implies_elim :premises (@p1043))
% 0.42/1.03  (step @p1045 :rule chain_m_resolution :premises (@p1044 @p1032) :args (@t614 @t466 (@list @t612)))
% 0.42/1.03  (step @p1046 :rule cnf_equiv_pos1 :args (@t614))
% 0.42/1.03  (step @p1047 :rule reordering :premises (@p1046) :args ((or @t611 @t615 (not @t614))))
% 0.42/1.03  (step @p1048 :rule cong :premises (@p951) :args (@t616))
% 0.42/1.03  (step @p1049 :rule refl :args (@t526))
% 0.42/1.03  (step @p1050 :rule nary_cong :premises (@p902 @p1049 @p1048) :args (@t617))
% 0.42/1.03  (step @p1051 :rule cong :premises (@p1050) :args ((forall @t271 @t617)))
% 0.42/1.03  (step @p1052 :rule cong :premises (@p956) :args (@t618))
% 0.42/1.03  (step @p1053 :rule nary_cong :premises (@p847 @p742 @p1052) :args (@t619))
% 0.42/1.03  (step @p1054 :rule cong :premises (@p1053) :args ((forall @t271 @t619)))
% 0.42/1.03  (step @p1055 :rule trans :premises (@p1054 @p1051))
% 0.42/1.03  (step @p1056 :rule refl :args (@t618))
% 0.42/1.03  (step @p1057 :rule nary_cong :premises (@p851 @p746 @p1056) :args (@t620))
% 0.42/1.03  (step @p1058 :rule cong :premises (@p1057) :args ((forall @t271 @t620)))
% 0.42/1.03  (step @p1059 :rule trans :premises (@p1058 @p1055))
% 0.42/1.03  (step @p1060 :rule cong :premises (@p968) :args (@t621))
% 0.42/1.03  (step @p1061 :rule nary_cong :premises (@p855 @p752 @p1060) :args (@t622))
% 0.42/1.03  (step @p1062 :rule cong :premises (@p1061) :args ((forall @t271 @t622)))
% 0.42/1.03  (step @p1063 :rule trans :premises (@p1062 @p1059))
% 0.42/1.03  (step @p1064 :rule cong :premises (@p976) :args (@t623))
% 0.42/1.03  (step @p1065 :rule nary_cong :premises (@p870 @p774 @p1064) :args (@t624))
% 0.42/1.03  (step @p1066 :rule cong :premises (@p1065) :args ((forall @t271 @t624)))
% 0.42/1.03  (step @p1067 :rule aci_norm :args ((= (or @t549 (or @t515 @t623)) @t624)))
% 0.42/1.03  (step @p1068 :rule refl :args (@t623))
% 0.42/1.03  (step @p1069 :rule nary_cong :premises (@p778 @p1068) :args ((or @t521 @t623)))
% 0.42/1.03  (step @p1070 :rule bool-impl-elim :args (@t520 @t623))
% 0.42/1.03  (step @p1071 :rule trans :premises (@p1070 @p1069))
% 0.42/1.03  (step @p1072 :rule nary_cong :premises (@p870 @p1071) :args ((or @t549 @t625)))
% 0.42/1.03  (step @p1073 :rule trans :premises (@p1072 @p1067))
% 0.42/1.03  (step @p1074 :rule refl :args (@t625))
% 0.42/1.03  (step @p1075 :rule nary_cong :premises (@p874 @p1074) :args ((or @t554 @t625)))
% 0.42/1.03  (step @p1076 :rule bool-impl-elim :args (@t553 @t625))
% 0.42/1.03  (step @p1077 :rule trans :premises (@p1076 @p1075))
% 0.42/1.03  (step @p1078 :rule trans :premises (@p1077 @p1073))
% 0.42/1.03  (step @p1079 :rule cong :premises (@p1078) :args ((forall @t271 (=> @t553 @t625))))
% 0.42/1.03  (step @p1080 :rule trans :premises (@p1079 @p1066))
% 0.42/1.03  (step @p1081 :rule cong :premises (@p981) :args (@t356))
% 0.42/1.03  (step @p1082 :rule cong :premises (@p786 @p1081) :args (@t357))
% 0.42/1.03  (step @p1083 :rule cong :premises (@p882 @p1082) :args (@t358))
% 0.42/1.03  (step @p1084 :rule cong :premises (@p1083) :args (@t359))
% 0.42/1.03  (step @p1085 :rule trans :premises (@p1084 @p1080))
% 0.42/1.03  (step @p1086 :rule trans :premises (@p1085 @p1063))
% 0.42/1.03  (step @p1087 :rule eq_resolve :premises (@p228 @p1086))
% 0.42/1.03  (step @p1088 :rule cong :premises (@p989) :args (@t626))
% 0.42/1.03  (step @p1089 :rule nary_cong :premises (@p939 @p987 @p1088) :args (@t627))
% 0.42/1.03  (step @p1090 :rule refl :args (@t628))
% 0.42/1.03  (step @p1091 :rule cong :premises (@p1090 @p1089) :args ((=> @t628 @t627)))
% 0.42/1.03  (assume-push @p1986 @t628)
% 0.42/1.03  (step @p1093 :rule instantiate :premises (@p1087) :args (@t600))
% 0.42/1.03  (step-pop @p1987 :rule scope :premises (@p1093))
% 0.42/1.03  (step @p1094 :rule process_scope :premises (@p1987) :args (@t627))
% 0.42/1.03  (step @p1096 :rule eq_resolve :premises (@p1094 @p1091))
% 0.42/1.03  (step @p1097 :rule implies_elim :premises (@p1096))
% 0.42/1.03  (step @p1098 :rule chain_m_resolution :premises (@p1097 @p1087) :args (@t629 @t466 (@list @t628)))
% 0.42/1.03  (step @p1099 :rule eq-symm :args (@t510 @t474))
% 0.42/1.03  (step @p1100 :rule refl :args (@t297))
% 0.42/1.03  (step @p1101 :rule cong :premises (@p1100 @p1099) :args (@t630))
% 0.42/1.03  (step @p1102 :rule cong :premises (@p1101) :args ((forall @t90 @t630)))
% 0.42/1.03  (step @p1103 :rule refl :args (@t474))
% 0.42/1.03  (step @p1104 :rule cong :premises (@p740 @p1103) :args (@t631))
% 0.42/1.03  (step @p1105 :rule refl :args (@t297))
% 0.42/1.03  (step @p1106 :rule cong :premises (@p1105 @p1104) :args (@t632))
% 0.42/1.03  (step @p1107 :rule cong :premises (@p1106) :args ((forall @t90 @t632)))
% 0.42/1.03  (step @p1108 :rule trans :premises (@p1107 @p1102))
% 0.42/1.03  (step @p1109 :rule refl :args (@t474))
% 0.42/1.03  (step @p1110 :rule cong :premises (@p751 @p1109) :args (@t633))
% 0.42/1.03  (step @p1111 :rule cong :premises (@p1100 @p1110) :args (@t634))
% 0.42/1.03  (step @p1112 :rule cong :premises (@p1111) :args ((forall @t90 @t634)))
% 0.42/1.03  (step @p1113 :rule trans :premises (@p1112 @p1108))
% 0.42/1.03  (step @p1114 :rule eq-symm :args (@t633 @t297))
% 0.42/1.03  (step @p1115 :rule cong :premises (@p1114) :args ((forall @t90 (= @t633 @t297))))
% 0.42/1.03  (step @p1116 :rule cong :premises (@p823 @p561) :args (@t298))
% 0.42/1.03  (step @p1117 :rule cong :premises (@p1116 @p1105) :args (@t299))
% 0.42/1.03  (step @p1118 :rule cong :premises (@p1117) :args (@t300))
% 0.42/1.03  (step @p1119 :rule trans :premises (@p1118 @p1115))
% 0.42/1.03  (step @p1120 :rule trans :premises (@p1119 @p1113))
% 0.42/1.03  (step @p1121 :rule eq_resolve :premises (@p167 @p1120))
% 0.42/1.03  (step @p1122 :rule refl :args (@t635))
% 0.42/1.03  (step @p1123 :rule cong :premises (@p1122 @p987) :args (@t636))
% 0.42/1.03  (step @p1124 :rule refl :args (@t637))
% 0.42/1.03  (step @p1125 :rule cong :premises (@p1124 @p1123) :args ((=> @t637 @t636)))
% 0.42/1.03  (assume-push @p1988 @t637)
% 0.42/1.03  (step @p1127 :rule instantiate :premises (@p1121) :args (@t541))
% 0.42/1.03  (step-pop @p1989 :rule scope :premises (@p1127))
% 0.42/1.03  (step @p1128 :rule process_scope :premises (@p1989) :args (@t636))
% 0.42/1.03  (step @p1130 :rule eq_resolve :premises (@p1128 @p1125))
% 0.42/1.03  (step @p1131 :rule implies_elim :premises (@p1130))
% 0.42/1.03  (step @p1132 :rule chain_m_resolution :premises (@p1131 @p1121) :args (@t638 @t466 (@list @t637)))
% 0.42/1.03  (step @p1133 :rule eq-symm :args (@t640 @t641))
% 0.42/1.03  (step @p1134 :rule cong :premises (@p1133) :args ((forall @t283 (= @t640 @t641))))
% 0.42/1.03  (step @p1135 :rule refl :args (@t641))
% 0.42/1.03  (step @p1136 :rule refl :args (@t639))
% 0.42/1.03  (step @p1137 :rule refl :args (@t134))
% 0.42/1.03  (step @p1138 :rule cong :premises (@p1137 @p1136) :args ((= @t134 @t639)))
% 0.42/1.03  (step @p1139 :rule symm :premises (@p1138))
% 0.42/1.03  (step @p1140 :rule eq_resolve :premises (@p1137 @p1139))
% 0.42/1.03  (step @p1141 :rule refl :args (@t40))
% 0.42/1.03  (step @p1142 :rule cong :premises (@p1141 @p1140) :args (@t288))
% 0.42/1.03  (step @p1143 :rule cong :premises (@p1142 @p1135) :args (@t642))
% 0.42/1.03  (step @p1144 :rule cong :premises (@p1143) :args ((forall @t283 @t642)))
% 0.42/1.03  (step @p1145 :rule trans :premises (@p1144 @p1134))
% 0.42/1.03  (step @p1146 :rule eq-symm :args (@t641 @t288))
% 0.42/1.03  (step @p1147 :rule eq-symm :args (@t134 @t40))
% 0.42/1.03  (step @p1148 :rule eq-symm :args (@t10 tptp.zero_zero_nat))
% 0.42/1.03  (step @p1149 :rule cong :premises (@p1148 @p1147) :args ((= @t273 @t282)))
% 0.42/1.03  (step @p1150 :rule trans :premises (@p1149 @p1146))
% 0.42/1.03  (step @p1151 :rule eq-symm :args (@t282 @t273))
% 0.42/1.03  (step @p1152 :rule trans :premises (@p1151 @p1150))
% 0.42/1.03  (step @p1153 :rule cong :premises (@p1152) :args (@t284))
% 0.42/1.03  (step @p1154 :rule trans :premises (@p1153 @p1145))
% 0.42/1.03  (step @p1155 :rule eq_resolve :premises (@p151 @p1154))
% 0.42/1.03  (step @p1156 :rule eq-symm :args (@t635 @t643))
% 0.42/1.03  (step @p1157 :rule refl :args (@t644))
% 0.42/1.03  (step @p1158 :rule cong :premises (@p1157 @p1156) :args ((=> @t644 @t645)))
% 0.42/1.03  (assume-push @p1990 @t644)
% 0.42/1.03  (step @p1160 :rule instantiate :premises (@p1155) :args ((@list tptp.pm @t410)))
% 0.42/1.03  (step-pop @p1991 :rule scope :premises (@p1160))
% 0.42/1.03  (step @p1161 :rule process_scope :premises (@p1991) :args (@t645))
% 0.42/1.03  (step @p1163 :rule eq_resolve :premises (@p1161 @p1158))
% 0.42/1.03  (step @p1164 :rule implies_elim :premises (@p1163))
% 0.42/1.03  (step @p1165 :rule chain_m_resolution :premises (@p1164 @p1155) :args (@t646 @t466 (@list @t644)))
% 0.42/1.03  (step @p1166 :rule eq-symm :args (@t650 @t652))
% 0.42/1.03  (step @p1167 :rule cong :premises (@p1166) :args ((forall @t16 (= @t650 @t652))))
% 0.42/1.03  (step @p1168 :rule refl :args (@t651))
% 0.42/1.03  (step @p1169 :rule refl :args (@t12))
% 0.42/1.03  (step @p1170 :rule cong :premises (@p1169 @p1168) :args ((= @t12 @t651)))
% 0.42/1.03  (step @p1171 :rule symm :premises (@p1170))
% 0.42/1.03  (step @p1172 :rule eq_resolve :premises (@p1169 @p1171))
% 0.42/1.03  (step @p1173 :rule refl :args (@t8))
% 0.42/1.03  (step @p1174 :rule cong :premises (@p1173 @p1172) :args (@t22))
% 0.42/1.03  (step @p1175 :rule refl :args (@t647))
% 0.42/1.03  (step @p1176 :rule refl :args (@t17))
% 0.42/1.03  (step @p1177 :rule cong :premises (@p1176 @p1175) :args ((= @t17 @t647)))
% 0.42/1.03  (step @p1178 :rule symm :premises (@p1177))
% 0.42/1.03  (step @p1179 :rule eq_resolve :premises (@p1176 @p1178))
% 0.42/1.03  (step @p1180 :rule refl :args ((tptp.power_power_int @t18 @t9)))
% 0.42/1.03  (step @p1181 :rule refl :args (@t9))
% 0.42/1.03  (step @p1182 :rule refl :args (@t648))
% 0.42/1.03  (step @p1183 :rule cong :premises (@p1182 @p1181) :args (@t649))
% 0.42/1.03  (step @p1184 :rule trans :premises (@p1183 @p1180))
% 0.42/1.03  (step @p1185 :rule refl :args (tptp.power_power_int))
% 0.42/1.03  (step @p1186 :rule ho_cong :premises (@p1185 @p1182))
% 0.42/1.03  (step @p1187 :rule ho_cong :premises (@p1186 @p1181))
% 0.42/1.03  (step @p1188 :rule cong :premises (@p1187 @p1184) :args ((= (_ (_ tptp.power_power_int @t648) @t9) @t649)))
% 0.42/1.03  (step @p1189 :rule symm :premises (@p1188))
% 0.42/1.03  (step @p1190 :rule refl :args (@t19))
% 0.42/1.03  (step @p1191 :rule eq_resolve :premises (@p1190 @p1189))
% 0.42/1.03  (step @p1192 :rule refl :args (@t18))
% 0.42/1.03  (step @p1193 :rule cong :premises (@p1192 @p1182) :args ((= @t18 @t648)))
% 0.42/1.03  (step @p1194 :rule symm :premises (@p1193))
% 0.42/1.03  (step @p1195 :rule eq_resolve :premises (@p1192 @p1194))
% 0.42/1.03  (step @p1196 :rule ho_cong :premises (@p1185 @p1195))
% 0.42/1.03  (step @p1197 :rule ho_cong :premises (@p1196 @p1181))
% 0.42/1.03  (step @p1198 :rule trans :premises (@p1197 @p1191))
% 0.42/1.03  (step @p1199 :rule cong :premises (@p1198 @p1179) :args (@t20))
% 0.42/1.03  (step @p1200 :rule cong :premises (@p1199 @p1174) :args (@t653))
% 0.42/1.03  (step @p1201 :rule cong :premises (@p1200) :args ((forall @t16 @t653)))
% 0.42/1.03  (step @p1202 :rule trans :premises (@p1201 @p1167))
% 0.42/1.03  (step @p1203 :rule eq-symm :args (@t22 @t20))
% 0.42/1.03  (step @p1204 :rule refl :args (@t20))
% 0.42/1.03  (step @p1205 :rule eq-symm :args (@t12 @t8))
% 0.42/1.03  (step @p1206 :rule cong :premises (@p1205 @p1204) :args ((= @t13 @t20)))
% 0.42/1.03  (step @p1207 :rule trans :premises (@p1206 @p1203))
% 0.42/1.03  (step @p1208 :rule eq-symm :args (@t20 @t13))
% 0.42/1.03  (step @p1209 :rule trans :premises (@p1208 @p1207))
% 0.42/1.03  (step @p1210 :rule cong :premises (@p1209) :args (@t21))
% 0.42/1.03  (step @p1211 :rule trans :premises (@p1210 @p1202))
% 0.42/1.03  (step @p1212 :rule eq_resolve :premises (@p5 @p1211))
% 0.42/1.03  (step @p1213 :rule eq-symm :args (@t643 @t655))
% 0.42/1.03  (step @p1214 :rule refl :args (@t655))
% 0.42/1.03  (step @p1215 :rule eq-symm :args (@t411 @t410))
% 0.42/1.03  (step @p1216 :rule cong :premises (@p1215 @p1214) :args (@t656))
% 0.42/1.03  (step @p1217 :rule trans :premises (@p1216 @p1213))
% 0.42/1.03  (step @p1218 :rule refl :args (@t657))
% 0.42/1.03  (step @p1219 :rule cong :premises (@p1218 @p1217) :args ((=> @t657 @t656)))
% 0.42/1.03  (assume-push @p1992 @t657)
% 0.42/1.03  (step @p1221 :rule instantiate :premises (@p1212) :args ((@list tptp.zero_zero_nat tptp.zero_zero_nat @t411)))
% 0.42/1.03  (step-pop @p1993 :rule scope :premises (@p1221))
% 0.42/1.03  (step @p1222 :rule process_scope :premises (@p1993) :args (@t656))
% 0.42/1.03  (step @p1224 :rule eq_resolve :premises (@p1222 @p1219))
% 0.42/1.03  (step @p1225 :rule implies_elim :premises (@p1224))
% 0.42/1.03  (step @p1226 :rule chain_m_resolution :premises (@p1225 @p1212) :args (@t658 @t466 (@list @t657)))
% 0.42/1.03  (step @p1227 :rule cnf_equiv_pos1 :args (@t658))
% 0.42/1.03  (step @p1228 :rule reordering :premises (@p1227) :args ((or @t643 @t660 @t659)))
% 0.42/1.03  (step @p1229 :rule cnf_equiv_pos1 :args (@t646))
% 0.42/1.03  (step @p1230 :rule reordering :premises (@p1229) :args ((or @t635 @t662 @t661)))
% 0.42/1.03  (step @p1231 :rule cnf_equiv_pos1 :args (@t638))
% 0.42/1.03  (step @p1232 :rule reordering :premises (@p1231) :args ((or @t601 @t664 @t663)))
% 0.42/1.03  (step @p1233 :rule cnf_or_neg :args (@t602 1))
% 0.42/1.03  (step @p1234 :rule cnf_equiv_pos2 :args (@t604))
% 0.42/1.03  (step @p1235 :rule reordering :premises (@p1234) :args ((or @t603 @t665 (not @t604))))
% 0.42/1.03  (step @p1236 :rule refl :args ((tptp.plus_plus_nat tptp.zero_zero_nat @t403)))
% 0.42/1.03  (step @p1237 :rule cong :premises (@p390 @p287) :args (@t666))
% 0.42/1.03  (step @p1238 :rule trans :premises (@p1237 @p1236))
% 0.42/1.03  (step @p1239 :rule refl :args (@t279))
% 0.42/1.03  (step @p1240 :rule ho_cong :premises (@p1239 @p287))
% 0.42/1.03  (step @p1241 :rule cong :premises (@p1240 @p1238) :args ((= @t667 @t666)))
% 0.42/1.03  (step @p1242 :rule symm :premises (@p1241))
% 0.42/1.03  (step @p1243 :rule refl :args ((_ @t279 @t403)))
% 0.42/1.03  (step @p1244 :rule eq_resolve :premises (@p1243 @p1242))
% 0.42/1.03  (step @p1245 :rule refl :args (@t410))
% 0.42/1.03  (step @p1246 :rule cong :premises (@p1245 @p1244) :args ((= @t410 @t667)))
% 0.42/1.03  (step @p1247 :rule refl :args (@t279))
% 0.42/1.03  (step @p1248 :rule ho_cong :premises (@p1247 @p450))
% 0.42/1.03  (step @p1249 :rule cong :premises (@p450 @p1248) :args ((= tptp.one_one_nat @t668)))
% 0.42/1.03  (step @p1250 :rule beta-reduce :args ((= @t669 @t668)))
% 0.42/1.03  (step @p1251 :rule refl :args (tptp.one_one_nat))
% 0.42/1.03  (step @p1252 :rule cong :premises (@p1251 @p1250) :args ((= tptp.one_one_nat @t669)))
% 0.42/1.03  (step @p1253 :rule refl :args (tptp.zero_zero_nat))
% 0.42/1.03  (step @p1254 :rule ho_cong :premises (@p283 @p1253))
% 0.42/1.03  (step @p1255 :rule cong :premises (@p1251 @p1254) :args (@t344))
% 0.42/1.03  (step @p1256 :rule trans :premises (@p1255 @p1252))
% 0.42/1.03  (step @p1257 :rule trans :premises (@p1256 @p1249 @p1246))
% 0.42/1.03  (step @p1258 :rule eq_resolve :premises (@p218 @p1257))
% 0.42/1.03  (step @p1259 :rule eq-refl :args (@t199))
% 0.42/1.03  (step @p1260 :rule skolem_intro :args (@t670))
% 0.42/1.03  (step @p1261 :rule refl :args (@t199))
% 0.42/1.03  (step @p1262 :rule cong :premises (@p1261 @p1260) :args ((= @t199 @t670)))
% 0.42/1.03  (step @p1263 :rule trans :premises (@p1262 @p1259))
% 0.42/1.03  (step @p1264 :rule true_elim :premises (@p1263))
% 0.42/1.03  (step @p1265 :rule cong :premises (@p375 @p1264) :args (@t200))
% 0.42/1.03  (step @p1266 :rule eq_resolve :premises (@p80 @p1265))
% 0.42/1.03  (step @p1267 :rule refl :args ((tptp.plus_plus_int @t394 @t408)))
% 0.42/1.03  (step @p1268 :rule cong :premises (@p298 @p305) :args (@t610))
% 0.42/1.03  (step @p1269 :rule trans :premises (@p1268 @p1267))
% 0.42/1.03  (step @p1270 :rule ho_cong :premises (@p332 @p298))
% 0.42/1.03  (step @p1271 :rule ho_cong :premises (@p1270 @p305))
% 0.42/1.03  (step @p1272 :rule cong :premises (@p1271 @p1269) :args ((= @t671 @t610)))
% 0.42/1.03  (step @p1273 :rule symm :premises (@p1272))
% 0.42/1.03  (step @p1274 :rule refl :args ((_ (_ tptp.plus_plus_int @t394) @t408)))
% 0.42/1.03  (step @p1275 :rule eq_resolve :premises (@p1274 @p1273))
% 0.42/1.03  (step @p1276 :rule refl :args (@t418))
% 0.42/1.03  (step @p1277 :rule cong :premises (@p1276 @p1275) :args (@t672))
% 0.42/1.03  (step @p1278 :rule refl :args (@t673))
% 0.42/1.03  (step @p1279 :rule cong :premises (@p1278 @p1277) :args (@t674))
% 0.42/1.03  ; trust TRUST THEORY_LEMMA
% 0.42/1.03  (step @p1280 :rule trust :premises () :args (@t674))
% 0.42/1.03  (step @p1281 :rule eq_resolve :premises (@p1280 @p1279))
% 0.42/1.03  (step @p1282 :rule implies_elim :premises (@p1281))
% 0.42/1.03  (step @p1283 :rule chain_m_resolution :premises (@p1282 @p1266) :args (@t675 @t466 (@list @t673)))
% 0.42/1.03  (step @p1284 :rule refl :args (@t490))
% 0.42/1.03  (step @p1285 :rule cong :premises (@p740 @p1284) :args (@t676))
% 0.42/1.03  (step @p1286 :rule cong :premises (@p740 @p1285) :args (@t677))
% 0.42/1.03  (step @p1287 :rule cong :premises (@p1286) :args ((forall @t90 @t677)))
% 0.42/1.03  (step @p1288 :rule cong :premises (@p751 @p589) :args (@t678))
% 0.42/1.03  (step @p1289 :rule cong :premises (@p751 @p1288) :args (@t679))
% 0.42/1.03  (step @p1290 :rule cong :premises (@p1289) :args ((forall @t90 @t679)))
% 0.42/1.03  (step @p1291 :rule trans :premises (@p1290 @p1287))
% 0.42/1.03  (step @p1292 :rule refl :args ((tptp.power_power_int tptp.zero_zero_int @t484)))
% 0.42/1.03  (step @p1293 :rule cong :premises (@p823 @p596) :args (@t678))
% 0.42/1.03  (step @p1294 :rule trans :premises (@p1293 @p1292))
% 0.42/1.03  (step @p1295 :rule refl :args (@t335))
% 0.42/1.03  (step @p1296 :rule ho_cong :premises (@p1295 @p596))
% 0.42/1.03  (step @p1297 :rule cong :premises (@p1296 @p1294) :args ((= (_ @t335 @t479) @t678)))
% 0.42/1.03  (step @p1298 :rule symm :premises (@p1297))
% 0.42/1.03  (step @p1299 :rule refl :args (@t680))
% 0.42/1.03  (step @p1300 :rule eq_resolve :premises (@p1299 @p1298))
% 0.42/1.03  (step @p1301 :rule ho_cong :premises (@p1295 @p609))
% 0.42/1.03  (step @p1302 :rule trans :premises (@p1301 @p1300))
% 0.42/1.03  (step @p1303 :rule cong :premises (@p823 @p1302) :args (@t681))
% 0.42/1.03  (step @p1304 :rule cong :premises (@p1303) :args ((forall @t90 @t681)))
% 0.42/1.03  (step @p1305 :rule eq-symm :args (@t680 tptp.zero_zero_int))
% 0.42/1.03  (step @p1306 :rule refl :args (@t335))
% 0.42/1.03  (step @p1307 :rule ho_cong :premises (@p1306 @p632))
% 0.42/1.03  (step @p1308 :rule cong :premises (@p1307 @p828) :args (@t682))
% 0.42/1.03  (step @p1309 :rule trans :premises (@p1308 @p1305))
% 0.42/1.03  (step @p1310 :rule cong :premises (@p1309) :args ((forall @t90 @t682)))
% 0.42/1.03  (step @p1311 :rule trans :premises (@p1310 @p1304))
% 0.42/1.03  (step @p1312 :rule ho_cong :premises (@p1306 @p639))
% 0.42/1.03  (step @p1313 :rule cong :premises (@p1312 @p828) :args (@t336))
% 0.42/1.03  (step @p1314 :rule cong :premises (@p1313) :args (@t337))
% 0.42/1.03  (step @p1315 :rule trans :premises (@p1314 @p1311))
% 0.42/1.03  (step @p1316 :rule trans :premises (@p1315 @p1291))
% 0.42/1.03  (step @p1317 :rule eq_resolve :premises (@p206 @p1316))
% 0.42/1.03  (step @p1318 :rule instantiate :premises (@p1317) :args ((@list tptp.zero_zero_nat)))
% 0.42/1.03  (assume-push @p1994 @t683)
% 0.42/1.03  (assume-push @p1995 @t675)
% 0.42/1.03  (assume-push @p1996 @t655)
% 0.42/1.03  (assume-push @p1997 @t643)
% 0.42/1.03  (assume-push @p1998 @t635)
% 0.42/1.03  (assume-push @p1999 @t603)
% 0.42/1.03  (assume-push @p2000 @t611)
% 0.42/1.03  (assume-push @p2001 @t684)
% 0.42/1.03  (assume-push @p2002 @t685)
% 0.42/1.03  (assume-push @p2003 @t686)
% 0.42/1.03  (assume-push @p2004 @t684)
% 0.42/1.03  (assume-push @p2005 @t603)
% 0.42/1.03  (assume-push @p2006 @t686)
% 0.42/1.03  (assume-push @p2007 @t685)
% 0.42/1.03  (assume-push @p2008 @t683)
% 0.42/1.03  (assume-push @p2009 @t643)
% 0.42/1.03  (assume-push @p2010 @t655)
% 0.42/1.03  (assume-push @p2011 @t635)
% 0.42/1.03  (assume-push @p2012 @t611)
% 0.42/1.03  (assume-push @p2013 @t675)
% 0.42/1.03  (step @p1339 :rule symm :premises (@p1998))
% 0.42/1.03  (step @p1340 :rule symm :premises (@p1999))
% 0.42/1.03  (step @p1341 :rule trans :premises (@p2002 @p1340))
% 0.42/1.03  (step @p1342 :rule cong :premises (@p1341 @p1339) :args (@t415))
% 0.42/1.03  (step @p1343 :rule trans :premises (@p1342 @p1996))
% 0.42/1.03  (step @p1344 :rule symm :premises (@p1318))
% 0.42/1.03  (step @p1345 :rule symm :premises (@p1997))
% 0.42/1.03  (step @p1346 :rule trans :premises (@p1345 @p1258))
% 0.42/1.03  (step @p1347 :rule cong :premises (@p1341 @p1346) :args (@t416))
% 0.42/1.03  (step @p1348 :rule trans :premises (@p1347 @p1344 @p1999))
% 0.42/1.03  (step @p1349 :rule trans :premises (@p1348 @p2001))
% 0.42/1.03  (step @p1350 :rule cong :premises (@p1349 @p1343) :args (@t417))
% 0.42/1.03  (step @p1351 :rule symm :premises (@p2000))
% 0.42/1.03  (step @p1352 :rule trans :premises (@p2002 @p2001 @p1283 @p1351 @p1350))
% 0.42/1.03  (step-pop @p2014 :rule scope :premises (@p1352))
% 0.42/1.03  (step-pop @p2015 :rule scope :premises (@p2014))
% 0.42/1.03  (step-pop @p2016 :rule scope :premises (@p2015))
% 0.42/1.03  (step-pop @p2017 :rule scope :premises (@p2016))
% 0.42/1.03  (step-pop @p2018 :rule scope :premises (@p2017))
% 0.42/1.03  (step-pop @p2019 :rule scope :premises (@p2018))
% 0.42/1.03  (step-pop @p2020 :rule scope :premises (@p2019))
% 0.42/1.03  (step-pop @p2021 :rule scope :premises (@p2020))
% 0.42/1.03  (step-pop @p2022 :rule scope :premises (@p2021))
% 0.42/1.03  (step-pop @p2023 :rule scope :premises (@p2022))
% 0.42/1.03  (step @p1353 :rule process_scope :premises (@p2023) :args (@t687))
% 0.42/1.03  (step @p1364 :rule and_intro :premises (@p2001 @p1999 @p1318 @p2002 @p1258 @p1997 @p1996 @p1998 @p2000 @p1283))
% 0.42/1.03  (step @p1365 :rule modus_ponens :premises (@p1364 @p1353))
% 0.42/1.03  (step-pop @p2024 :rule scope :premises (@p1365))
% 0.42/1.03  (step-pop @p2025 :rule scope :premises (@p2024))
% 0.42/1.03  (step-pop @p2026 :rule scope :premises (@p2025))
% 0.42/1.03  (step-pop @p2027 :rule scope :premises (@p2026))
% 0.42/1.03  (step-pop @p2028 :rule scope :premises (@p2027))
% 0.42/1.03  (step-pop @p2029 :rule scope :premises (@p2028))
% 0.42/1.03  (step-pop @p2030 :rule scope :premises (@p2029))
% 0.42/1.03  (step-pop @p2031 :rule scope :premises (@p2030))
% 0.42/1.03  (step-pop @p2032 :rule scope :premises (@p2031))
% 0.42/1.03  (step-pop @p2033 :rule scope :premises (@p2032))
% 0.42/1.03  (step @p1366 :rule process_scope :premises (@p2033) :args (@t687))
% 0.42/1.03  (step @p1377 :rule implies_elim :premises (@p1366))
% 0.42/1.03  (step @p1378 :rule cnf_and_neg :args (@t688))
% 0.42/1.03  (step @p1379 :rule resolution :premises (@p1378 @p1377) :args (true @t688))
% 0.42/1.03  (step @p1380 :rule reordering :premises (@p1379) :args ((or @t687 (not @t683) @t693 @t615 @t660 @t662 @t664 @t692 @t691 @t690 @t689)))
% 0.42/1.03  (step @p1381 :rule cong :premises (@p741 @p683) :args (@t694))
% 0.42/1.03  (step @p1382 :rule refl :args (@t123))
% 0.42/1.03  (step @p1383 :rule cong :premises (@p1382 @p740) :args (@t695))
% 0.42/1.03  (step @p1384 :rule nary_cong :premises (@p1383 @p1381) :args (@t696))
% 0.42/1.03  (step @p1385 :rule refl :args (@t698))
% 0.42/1.03  (step @p1386 :rule cong :premises (@p1385 @p1384) :args (@t699))
% 0.42/1.03  (step @p1387 :rule cong :premises (@p1386) :args ((forall @t313 @t699)))
% 0.42/1.03  (step @p1388 :rule eq-symm :args (@t498 @t108))
% 0.42/1.03  (step @p1389 :rule eq-symm :args (@t296 @t123))
% 0.42/1.03  (step @p1390 :rule nary_cong :premises (@p1389 @p1388) :args (@t700))
% 0.42/1.03  (step @p1391 :rule refl :args (@t698))
% 0.42/1.03  (step @p1392 :rule cong :premises (@p1391 @p1390) :args ((= @t698 @t700)))
% 0.42/1.03  (step @p1393 :rule eq-symm :args (@t700 @t698))
% 0.42/1.03  (step @p1394 :rule trans :premises (@p1393 @p1392))
% 0.42/1.03  (step @p1395 :rule cong :premises (@p1394) :args ((forall @t313 (= @t700 @t698))))
% 0.42/1.03  (step @p1396 :rule trans :premises (@p1395 @p1387))
% 0.42/1.03  (step @p1397 :rule cong :premises (@p692 @p750) :args (@t701))
% 0.42/1.03  (step @p1398 :rule refl :args (@t123))
% 0.42/1.03  (step @p1399 :rule cong :premises (@p751 @p1398) :args (@t702))
% 0.42/1.03  (step @p1400 :rule nary_cong :premises (@p1399 @p1397) :args (@t703))
% 0.42/1.03  (step @p1401 :rule cong :premises (@p1400 @p1391) :args (@t704))
% 0.42/1.03  (step @p1402 :rule cong :premises (@p1401) :args ((forall @t313 @t704)))
% 0.42/1.03  (step @p1403 :rule trans :premises (@p1402 @p1396))
% 0.42/1.03  (step @p1404 :rule eq-symm :args (@t698 @t703))
% 0.42/1.03  (step @p1405 :rule cong :premises (@p1404) :args ((forall @t313 (= @t698 @t703))))
% 0.42/1.03  (step @p1406 :rule refl :args (@t703))
% 0.42/1.03  (step @p1407 :rule refl :args (@t697))
% 0.42/1.03  (step @p1408 :rule refl :args (@t257))
% 0.86/1.03  (step @p1409 :rule cong :premises (@p1408 @p1407) :args ((= @t257 @t697)))
% 0.86/1.03  (step @p1410 :rule symm :premises (@p1409))
% 0.86/1.03  (step @p1411 :rule eq_resolve :premises (@p1408 @p1410))
% 0.86/1.03  (step @p1412 :rule cong :premises (@p1382 @p1411) :args (@t311))
% 0.86/1.03  (step @p1413 :rule cong :premises (@p1412 @p1406) :args (@t705))
% 0.86/1.03  (step @p1414 :rule cong :premises (@p1413) :args ((forall @t313 @t705)))
% 0.86/1.03  (step @p1415 :rule trans :premises (@p1414 @p1405))
% 0.86/1.03  (step @p1416 :rule eq-symm :args (@t108 tptp.one_one_int))
% 0.86/1.03  (step @p1417 :rule eq-symm :args (@t123 tptp.zero_zero_int))
% 0.86/1.03  (step @p1418 :rule nary_cong :premises (@p1417 @p1416) :args (@t310))
% 0.86/1.03  (step @p1419 :rule refl :args (@t311))
% 0.86/1.03  (step @p1420 :rule cong :premises (@p1419 @p1418) :args (@t312))
% 0.86/1.03  (step @p1421 :rule cong :premises (@p1420) :args (@t314))
% 0.86/1.03  (step @p1422 :rule trans :premises (@p1421 @p1415))
% 0.86/1.03  (step @p1423 :rule trans :premises (@p1422 @p1403))
% 0.86/1.03  (step @p1424 :rule eq_resolve :premises (@p190 @p1423))
% 0.86/1.03  (step @p1425 :rule eq-symm :args (@t413 @t497))
% 0.86/1.03  (step @p1426 :rule nary_cong :premises (@p939 @p1425) :args (@t706))
% 0.86/1.03  (step @p1427 :rule refl :args (@t685))
% 0.86/1.03  (step @p1428 :rule cong :premises (@p1427 @p1426) :args (@t707))
% 0.86/1.03  (step @p1429 :rule refl :args (@t708))
% 0.86/1.03  (step @p1430 :rule cong :premises (@p1429 @p1428) :args ((=> @t708 @t707)))
% 0.86/1.03  (assume-push @p2034 @t708)
% 0.86/1.03  (step @p1432 :rule instantiate :premises (@p1424) :args (@t600))
% 0.86/1.03  (step-pop @p2035 :rule scope :premises (@p1432))
% 0.86/1.03  (step @p1433 :rule process_scope :premises (@p2035) :args (@t707))
% 0.86/1.03  (step @p1435 :rule eq_resolve :premises (@p1433 @p1430))
% 0.86/1.03  (step @p1436 :rule implies_elim :premises (@p1435))
% 0.86/1.03  (step @p1437 :rule chain_m_resolution :premises (@p1436 @p1424) :args (@t710 @t466 (@list @t708)))
% 0.86/1.03  (step @p1438 :rule cnf_equiv_pos2 :args (@t710))
% 0.86/1.03  (step @p1439 :rule reordering :premises (@p1438) :args ((or @t685 (not @t709) (not @t710))))
% 0.86/1.03  (step @p1440 :rule cnf_or_neg :args (@t709 0))
% 0.86/1.03  (step @p1441 :rule cnf_or_pos :args (@t581))
% 0.86/1.03  (step @p1442 :rule reordering :premises (@p1441) :args ((or @t577 @t580 (not @t581))))
% 0.86/1.03  (step @p1443 :rule cnf_or_pos :args (@t563))
% 0.86/1.03  (step @p1444 :rule reordering :premises (@p1443) :args ((or @t562 @t557 (not @t563))))
% 0.86/1.03  (step @p1445 :rule refl :args (@t711))
% 0.86/1.03  (step @p1446 :rule bool-double-not-elim :args (@t685))
% 0.86/1.03  (step @p1447 :rule refl :args (@t691))
% 0.86/1.03  (step @p1448 :rule refl :args (@t692))
% 0.86/1.03  (step @p1449 :rule refl :args (@t615))
% 0.86/1.03  (step @p1450 :rule refl :args (@t713))
% 0.86/1.03  (step @p1451 :rule refl :args (@t714))
% 0.86/1.03  (step @p1452 :rule refl :args (@t693))
% 0.86/1.03  (step @p1453 :rule nary_cong :premises (@p1452 @p1451 @p1450 @p1449 @p1448 @p1447 @p1446 @p1445) :args ((or @t693 @t714 @t713 @t615 @t692 @t691 (not @t690) @t711)))
% 0.86/1.03  (assume-push @p2036 @t675)
% 0.86/1.03  (assume-push @p2037 @t494)
% 0.86/1.03  (assume-push @p2038 @t712)
% 0.86/1.03  (assume-push @p2039 @t603)
% 0.86/1.03  (assume-push @p2040 @t611)
% 0.86/1.03  (assume-push @p2041 @t684)
% 0.86/1.03  (assume-push @p2042 @t690)
% 0.86/1.03  (assume-push @p2043 @t690)
% 0.86/1.03  (assume-push @p2044 @t603)
% 0.86/1.03  (assume-push @p2045 @t684)
% 0.86/1.03  (assume-push @p2046 @t675)
% 0.86/1.03  (assume-push @p2047 @t611)
% 0.86/1.03  (assume-push @p2048 @t494)
% 0.86/1.03  (assume-push @p2049 @t712)
% 0.86/1.03  (step @p1468 :rule false_intro :premises (@p2042))
% 0.86/1.03  (step @p1469 :rule symm :premises (@p2039))
% 0.86/1.03  (step @p1470 :rule symm :premises (@p2041))
% 0.86/1.03  (step @p1471 :rule symm :premises (@p1283))
% 0.86/1.03  (step @p1472 :rule refl :args (@t415))
% 0.86/1.03  (step @p650 :rule instantiate :premises (@p645) :args (@t493))
% 0.86/1.03  (step @p1473 :rule symm :premises (@p674))
% 0.86/1.03  (step @p1474 :rule trans :premises (@p1473 @p650))
% 0.86/1.03  (step @p1475 :rule cong :premises (@p1474 @p1472) :args (@t556))
% 0.86/1.03  (step @p1476 :rule trans :premises (@p1475 @p2040 @p1471 @p1470 @p1469))
% 0.86/1.03  (step @p1477 :rule symm :premises (@p1476))
% 0.86/1.03  (step @p1478 :rule trans :premises (@p1469 @p1477))
% 0.86/1.03  (step @p1479 :rule symm :premises (@p1478))
% 0.86/1.03  (step @p1480 :rule cong :premises (@p382 @p1479) :args (@t557))
% 0.86/1.03  (step @p1481 :rule trans :premises (@p1480 @p1468))
% 0.86/1.03  (step @p1482 :rule false_elim :premises (@p1481))
% 0.86/1.03  (step-pop @p2050 :rule scope :premises (@p1482))
% 0.86/1.03  (step-pop @p2051 :rule scope :premises (@p2050))
% 0.86/1.03  (step-pop @p2052 :rule scope :premises (@p2051))
% 0.86/1.03  (step-pop @p2053 :rule scope :premises (@p2052))
% 0.86/1.03  (step-pop @p2054 :rule scope :premises (@p2053))
% 0.86/1.03  (step-pop @p2055 :rule scope :premises (@p2054))
% 0.86/1.03  (step-pop @p2056 :rule scope :premises (@p2055))
% 0.86/1.03  (step @p1483 :rule process_scope :premises (@p2056) :args (@t711))
% 0.86/1.03  (step @p1491 :rule and_intro :premises (@p2042 @p2039 @p2041 @p1283 @p2040 @p655 @p674))
% 0.86/1.03  (step @p1492 :rule modus_ponens :premises (@p1491 @p1483))
% 0.86/1.03  (step-pop @p2057 :rule scope :premises (@p1492))
% 0.86/1.03  (step-pop @p2058 :rule scope :premises (@p2057))
% 0.86/1.03  (step-pop @p2059 :rule scope :premises (@p2058))
% 0.86/1.03  (step-pop @p2060 :rule scope :premises (@p2059))
% 0.86/1.03  (step-pop @p2061 :rule scope :premises (@p2060))
% 0.86/1.03  (step-pop @p2062 :rule scope :premises (@p2061))
% 0.86/1.03  (step-pop @p2063 :rule scope :premises (@p2062))
% 0.86/1.03  (step @p1493 :rule process_scope :premises (@p2063) :args (@t711))
% 0.86/1.03  (step @p1501 :rule implies_elim :premises (@p1493))
% 0.86/1.03  (step @p1502 :rule cnf_and_neg :args (@t715))
% 0.86/1.03  (step @p1503 :rule resolution :premises (@p1502 @p1501) :args (true @t715))
% 0.86/1.03  (step @p1504 :rule eq_resolve :premises (@p1503 @p1453))
% 0.86/1.03  (step @p1505 :rule reordering :premises (@p1504) :args ((or @t693 @t685 @t615 @t714 @t713 @t692 @t691 @t711)))
% 0.86/1.03  (step @p1506 :rule chain_m_resolution :premises (@p1505 @p674 @p655 @p1283 @p1444 @p899 @p1442 @p949 @p1440 @p1439 @p1437 @p1380 @p1318 @p1283 @p492 @p1258 @p1047 @p1044 @p1032 @p1235 @p998 @p986 @p1233 @p1232 @p1131 @p1121 @p1230 @p1164 @p1155 @p1228 @p1225 @p1212) :args ((or @t660 @t691) (@list false false false false false true false true true false true false false true false false false false false false false false false false false false false false false false false) (@list @t712 @t494 @t675 @t557 @t563 @t562 @t581 @t577 @t709 @t710 @t685 @t686 @t675 @t687 @t683 @t611 @t614 @t612 @t603 @t604 @t599 @t602 @t601 @t638 @t637 @t635 @t646 @t644 @t643 @t658 @t657)))
% 0.86/1.03  (step @p1507 :rule bool-double-not-elim :args (@t684))
% 0.86/1.03  (step @p1508 :rule refl :args (@t690))
% 0.86/1.03  (step @p1509 :rule nary_cong :premises (@p1452 @p1451 @p1450 @p1448 @p1508 @p1507 @p1445) :args ((or @t693 @t714 @t713 @t692 @t690 @t716 @t711)))
% 0.86/1.03  (assume-push @p2064 @t675)
% 0.86/1.03  (assume-push @p2065 @t494)
% 0.86/1.03  (assume-push @p2066 @t712)
% 0.86/1.03  (assume-push @p2067 @t611)
% 0.86/1.03  (assume-push @p2068 @t685)
% 0.86/1.03  (assume-push @p2069 @t691)
% 0.86/1.03  (assume-push @p2070 @t611)
% 0.86/1.03  (assume-push @p2071 @t685)
% 0.86/1.03  (assume-push @p2072 @t712)
% 0.86/1.03  (assume-push @p2073 @t494)
% 0.86/1.03  (assume-push @p2074 @t691)
% 0.86/1.03  (assume-push @p2075 @t675)
% 0.86/1.03  (step @p1522 :rule false_intro :premises (@p2069))
% 0.86/1.03  (step @p1472 :rule refl :args (@t415))
% 0.86/1.03  (step @p650 :rule instantiate :premises (@p645) :args (@t493))
% 0.86/1.03  (step @p1473 :rule symm :premises (@p674))
% 0.86/1.03  (step @p1474 :rule trans :premises (@p1473 @p650))
% 0.86/1.03  (step @p1475 :rule cong :premises (@p1474 @p1472) :args (@t556))
% 0.86/1.03  (step @p1523 :rule symm :premises (@p1475))
% 0.86/1.03  (step @p1471 :rule symm :premises (@p1283))
% 0.86/1.03  (step @p1524 :rule trans :premises (@p2067 @p1471))
% 0.86/1.03  (step @p1525 :rule symm :premises (@p1524))
% 0.86/1.03  (step @p1526 :rule trans :premises (@p1525 @p1523))
% 0.86/1.03  (step @p1527 :rule symm :premises (@p1526))
% 0.86/1.03  (step @p1528 :rule cong :premises (@p2068 @p1527) :args (@t557))
% 0.86/1.03  (step @p1529 :rule trans :premises (@p1528 @p1522))
% 0.86/1.03  (step @p1530 :rule false_elim :premises (@p1529))
% 0.86/1.03  (step-pop @p2076 :rule scope :premises (@p1530))
% 0.86/1.03  (step-pop @p2077 :rule scope :premises (@p2076))
% 0.86/1.03  (step-pop @p2078 :rule scope :premises (@p2077))
% 0.86/1.03  (step-pop @p2079 :rule scope :premises (@p2078))
% 0.86/1.03  (step-pop @p2080 :rule scope :premises (@p2079))
% 0.86/1.03  (step-pop @p2081 :rule scope :premises (@p2080))
% 0.86/1.03  (step @p1531 :rule process_scope :premises (@p2081) :args (@t711))
% 0.86/1.03  (step @p1538 :rule and_intro :premises (@p2067 @p2068 @p674 @p655 @p2069 @p1283))
% 0.86/1.03  (step @p1539 :rule modus_ponens :premises (@p1538 @p1531))
% 0.86/1.03  (step-pop @p2082 :rule scope :premises (@p1539))
% 0.86/1.03  (step-pop @p2083 :rule scope :premises (@p2082))
% 0.86/1.03  (step-pop @p2084 :rule scope :premises (@p2083))
% 0.86/1.03  (step-pop @p2085 :rule scope :premises (@p2084))
% 0.86/1.03  (step-pop @p2086 :rule scope :premises (@p2085))
% 0.86/1.03  (step-pop @p2087 :rule scope :premises (@p2086))
% 0.86/1.03  (step @p1540 :rule process_scope :premises (@p2087) :args (@t711))
% 0.86/1.03  (step @p1547 :rule implies_elim :premises (@p1540))
% 0.86/1.03  (step @p1548 :rule cnf_and_neg :args (@t717))
% 0.86/1.03  (step @p1549 :rule resolution :premises (@p1548 @p1547) :args (true @t717))
% 0.86/1.03  (step @p1550 :rule eq_resolve :premises (@p1549 @p1509))
% 0.86/1.03  (step @p1551 :rule reordering :premises (@p1550) :args ((or @t693 @t684 @t714 @t713 @t692 @t690 @t711)))
% 0.86/1.03  (step @p1552 :rule refl :args (@t721))
% 0.86/1.03  (step @p1553 :rule eq-symm :args (@t654 @t497))
% 0.86/1.03  (step @p1554 :rule eq_resolve :premises (@p682 @p681))
% 0.86/1.03  (step @p1555 :rule eq_resolve :premises (@p737 @p739))
% 0.86/1.03  (step @p1556 :rule cong :premises (@p1555 @p1253) :args (@t722))
% 0.86/1.03  (step @p1557 :rule cong :premises (@p1556 @p1554) :args (@t723))
% 0.86/1.03  (step @p1558 :rule trans :premises (@p1557 @p1553))
% 0.86/1.03  (step @p1559 :rule nary_cong :premises (@p1558 @p1552) :args ((and @t723 @t721)))
% 0.86/1.03  (step @p1560 :rule refl :args (@t718))
% 0.86/1.03  (step @p1561 :rule cong :premises (@p740 @p1560) :args (@t724))
% 0.86/1.03  (step @p1562 :rule cong :premises (@p740 @p1561) :args (@t725))
% 0.86/1.03  (step @p1563 :rule refl :args (@t719))
% 0.86/1.03  (step @p1564 :rule nary_cong :premises (@p1563 @p1562) :args (@t726))
% 0.86/1.03  (step @p1565 :rule cong :premises (@p1564) :args (@t727))
% 0.86/1.03  (step @p1566 :rule eq-symm :args (@t498 @t722))
% 0.86/1.03  (step @p1567 :rule nary_cong :premises (@p1566 @p1565) :args ((and (= @t498 @t722) @t727)))
% 0.86/1.03  (step @p1568 :rule refl :args (@t718))
% 0.86/1.03  (step @p1569 :rule cong :premises (@p751 @p1568) :args (@t728))
% 0.86/1.03  (step @p1570 :rule cong :premises (@p751 @p1569) :args (@t729))
% 0.86/1.03  (step @p1571 :rule refl :args (@t719))
% 0.86/1.03  (step @p1572 :rule nary_cong :premises (@p1571 @p1570) :args (@t730))
% 0.86/1.03  (step @p1573 :rule cong :premises (@p1572) :args (@t731))
% 0.86/1.03  (step @p1574 :rule cong :premises (@p751 @p1253) :args (@t732))
% 0.86/1.03  (step @p1575 :rule cong :premises (@p692 @p1574) :args (@t733))
% 0.86/1.03  (step @p1576 :rule nary_cong :premises (@p1575 @p1573) :args ((and @t733 @t731)))
% 0.86/1.03  (step @p1577 :rule trans :premises (@p1576 @p1567))
% 0.86/1.03  (step @p1578 :rule refl :args (@t728))
% 0.86/1.03  (step @p1579 :rule refl :args (@t734))
% 0.86/1.03  (step @p1580 :rule cong :premises (@p1579 @p1578) :args ((= @t734 @t728)))
% 0.86/1.03  (step @p1581 :rule symm :premises (@p1580))
% 0.86/1.03  (step @p1582 :rule eq_resolve :premises (@p1579 @p1581))
% 0.86/1.03  (step @p1583 :rule cong :premises (@p823 @p1582) :args (@t735))
% 0.86/1.03  (step @p1584 :rule nary_cong :premises (@p1563 @p1583) :args (@t736))
% 0.86/1.03  (step @p1585 :rule cong :premises (@p1584) :args (@t737))
% 0.86/1.03  (step @p1586 :rule aci_norm :args ((= (or false @t733) @t733)))
% 0.86/1.03  (step @p1587 :rule refl :args (@t733))
% 0.86/1.03  (step @p1588 :rule nary_cong :premises (@p400 @p1587) :args (@t738))
% 0.86/1.03  (step @p1589 :rule trans :premises (@p1588 @p1586))
% 0.86/1.03  (step @p1590 :rule quant-var-elim-eq :args ((= (forall @t743 (or (not (= @t739 tptp.zero_zero_nat)) @t742 @t741)) @t738)))
% 0.86/1.03  (step @p1591 :rule refl :args (@t741))
% 0.86/1.03  (step @p1592 :rule refl :args (@t742))
% 0.86/1.03  (step @p1593 :rule eq-symm :args (tptp.zero_zero_nat @t739))
% 0.86/1.03  (step @p1594 :rule cong :premises (@p1593) :args (@t742))
% 0.86/1.03  (step @p1595 :rule nary_cong :premises (@p1594 @p1592 @p1591) :args (@t744))
% 0.86/1.03  (step @p1596 :rule aci_norm :args ((= @t745 @t744)))
% 0.86/1.03  (step @p1597 :rule trans :premises (@p1596 @p1595))
% 0.86/1.03  (step @p1598 :rule cong :premises (@p1597) :args ((forall @t743 @t745)))
% 0.86/1.03  (step @p1599 :rule trans :premises (@p1598 @p1590))
% 0.86/1.03  (step @p1600 :rule trans :premises (@p1599 @p1589))
% 0.86/1.03  (step @p1601 :rule refl :args (@t740))
% 0.86/1.03  (step @p1602 :rule refl :args (@t746))
% 0.86/1.03  (step @p1603 :rule cong :premises (@p1602 @p1601) :args ((= @t746 @t740)))
% 0.86/1.03  (step @p1604 :rule symm :premises (@p1603))
% 0.86/1.03  (step @p1605 :rule eq_resolve :premises (@p1602 @p1604))
% 0.86/1.03  (step @p1606 :rule refl :args (tptp.one_one_int))
% 0.86/1.03  (step @p1607 :rule cong :premises (@p1606 @p1605) :args (@t747))
% 0.86/1.03  (step @p1608 :rule nary_cong :premises (@p1592 @p1607) :args (@t748))
% 0.86/1.03  (step @p1609 :rule cong :premises (@p1608) :args (@t749))
% 0.86/1.03  (step @p1610 :rule trans :premises (@p1609 @p1600))
% 0.86/1.03  (step @p1611 :rule nary_cong :premises (@p1610 @p1585) :args ((and @t749 @t737)))
% 0.86/1.03  (step @p1612 :rule alpha_equiv :args (@t752 @t446 (@list @t718)))
% 0.86/1.03  (step @p1613 :rule alpha_equiv :args (@t755 @t446 (@list @t739)))
% 0.86/1.03  (step @p1614 :rule nary_cong :premises (@p1613 @p1612) :args (@t756))
% 0.86/1.03  (step @p1615 :rule quant-miniscope-and :args ((= (forall @t90 (and @t754 @t751)) @t756)))
% 0.86/1.03  (step @p1616 :rule trans :premises (@p1615 @p1614))
% 0.86/1.03  (step @p1617 :rule trans :premises (@p1616 @p1611))
% 0.86/1.03  (step @p1618 :rule refl :args (@t750))
% 0.86/1.03  (step @p1619 :rule nary_cong :premises (@p432 @p1618) :args ((or @t452 @t750)))
% 0.86/1.03  (step @p1620 :rule bool-impl-elim :args (@t448 @t750))
% 0.86/1.03  (step @p1621 :rule trans :premises (@p1620 @p1619))
% 0.86/1.03  (step @p1622 :rule bool-impl-elim :args (@t297 @t753))
% 0.86/1.03  (step @p1623 :rule nary_cong :premises (@p1622 @p1621) :args (@t757))
% 0.86/1.03  (step @p1624 :rule cong :premises (@p1623) :args ((forall @t90 @t757)))
% 0.86/1.03  (step @p1625 :rule trans :premises (@p1624 @p1617))
% 0.86/1.03  (step @p1626 :rule eq-symm :args (@t345 tptp.zero_zero_int))
% 0.86/1.03  (step @p1627 :rule cong :premises (@p442 @p1626) :args (@t347))
% 0.86/1.03  (step @p1628 :rule eq-symm :args (@t345 tptp.one_one_int))
% 0.86/1.03  (step @p1629 :rule cong :premises (@p441 @p1628) :args (@t348))
% 0.86/1.03  (step @p1630 :rule nary_cong :premises (@p1629 @p1627) :args (@t349))
% 0.86/1.03  (step @p1631 :rule cong :premises (@p1630) :args (@t350))
% 0.86/1.03  (step @p1632 :rule trans :premises (@p1631 @p1625))
% 0.86/1.03  (step @p1633 :rule trans :premises (@p1632 @p1577 @p1559))
% 0.86/1.03  (step @p1634 :rule eq_resolve :premises (@p222 @p1633))
% 0.86/1.03  (step @p1635 :rule and_elim :premises (@p1634) :args (0))
% 0.86/1.03  (step @p1636 :rule cong :premises (@p1555 @p1554) :args (@t758))
% 0.86/1.03  (step @p1637 :rule cong :premises (@p1636) :args ((not @t758)))
% 0.86/1.03  (step @p1638 :rule eq-symm :args (@t498 @t296))
% 0.86/1.03  (step @p1639 :rule cong :premises (@p1638) :args ((not (= @t498 @t296))))
% 0.86/1.03  (step @p1640 :rule cong :premises (@p692 @p751) :args (@t759))
% 0.86/1.03  (step @p1641 :rule cong :premises (@p1640) :args ((not @t759)))
% 0.86/1.03  (step @p1642 :rule trans :premises (@p1641 @p1639))
% 0.86/1.03  (step @p1643 :rule eq-symm :args (tptp.zero_zero_int tptp.one_one_int))
% 0.86/1.03  (step @p1644 :rule cong :premises (@p1643) :args (@t361))
% 0.86/1.03  (step @p1645 :rule trans :premises (@p1644 @p1642 @p1637))
% 0.86/1.03  (step @p1646 :rule eq_resolve :premises (@p237 @p1645))
% 0.86/1.03  (step @p1647 :rule refl :args (@t580))
% 0.86/1.03  (step @p1648 :rule refl :args (@t664))
% 0.86/1.03  (step @p1649 :rule bool-double-not-elim :args (@t760))
% 0.86/1.03  (step @p1650 :rule refl :args (@t762))
% 0.86/1.03  (step @p1651 :rule nary_cong :premises (@p1650 @p1649 @p1648 @p1449 @p1508 @p1647) :args ((or @t762 (not @t763) @t664 @t615 @t690 @t580)))
% 0.86/1.03  (assume-push @p2088 @t761)
% 0.86/1.03  (assume-push @p2089 @t763)
% 0.86/1.03  (assume-push @p2090 @t635)
% 0.86/1.03  (assume-push @p2091 @t603)
% 0.86/1.03  (assume-push @p2092 @t685)
% 0.86/1.03  (assume-push @p2093 @t763)
% 0.86/1.03  (assume-push @p2094 @t761)
% 0.86/1.03  (assume-push @p2095 @t603)
% 0.86/1.03  (assume-push @p2096 @t685)
% 0.86/1.03  (assume-push @p2097 @t635)
% 0.86/1.03  (step @p1662 :rule false_intro :premises (@p1646))
% 0.86/1.03  (step @p1663 :rule symm :premises (@p1635))
% 0.86/1.03  (step @p1664 :rule symm :premises (@p2090))
% 0.86/1.03  (step @p1665 :rule symm :premises (@p2091))
% 0.86/1.03  (step @p1666 :rule trans :premises (@p2092 @p1665))
% 0.86/1.03  (step @p1667 :rule cong :premises (@p1666 @p1664) :args (@t415))
% 0.86/1.03  (step @p1668 :rule trans :premises (@p1667 @p1663))
% 0.86/1.03  (step @p1669 :rule refl :args (@t510))
% 0.86/1.03  (step @p1670 :rule cong :premises (@p1669 @p1668) :args (@t562))
% 0.86/1.03  (step @p1671 :rule trans :premises (@p1670 @p1662))
% 0.86/1.03  (step @p1672 :rule false_elim :premises (@p1671))
% 0.86/1.03  (step-pop @p2098 :rule scope :premises (@p1672))
% 0.86/1.03  (step-pop @p2099 :rule scope :premises (@p2098))
% 0.86/1.03  (step-pop @p2100 :rule scope :premises (@p2099))
% 0.86/1.03  (step-pop @p2101 :rule scope :premises (@p2100))
% 0.86/1.03  (step-pop @p2102 :rule scope :premises (@p2101))
% 0.86/1.03  (step @p1673 :rule process_scope :premises (@p2102) :args (@t580))
% 0.86/1.03  (step @p1679 :rule and_intro :premises (@p1646 @p1635 @p2091 @p2092 @p2090))
% 0.86/1.03  (step @p1680 :rule modus_ponens :premises (@p1679 @p1673))
% 0.86/1.03  (step-pop @p2103 :rule scope :premises (@p1680))
% 0.86/1.03  (step-pop @p2104 :rule scope :premises (@p2103))
% 0.86/1.03  (step-pop @p2105 :rule scope :premises (@p2104))
% 0.86/1.03  (step-pop @p2106 :rule scope :premises (@p2105))
% 0.86/1.03  (step-pop @p2107 :rule scope :premises (@p2106))
% 0.86/1.03  (step @p1681 :rule process_scope :premises (@p2107) :args (@t580))
% 0.86/1.03  (step @p1687 :rule implies_elim :premises (@p1681))
% 0.86/1.03  (step @p1688 :rule cnf_and_neg :args (@t764))
% 0.86/1.03  (step @p1689 :rule resolution :premises (@p1688 @p1687) :args (true @t764))
% 0.86/1.03  (step @p1690 :rule eq_resolve :premises (@p1689 @p1651))
% 0.86/1.03  (step @p1691 :rule reordering :premises (@p1690) :args ((or @t760 @t762 @t615 @t580 @t664 @t690)))
% 0.86/1.03  (step @p1692 :rule chain_m_resolution :premises (@p1444 @p899 @p1691 @p1646 @p1635 @p1551 @p674 @p655 @p1283 @p1047 @p1044 @p1032 @p1235 @p998 @p986 @p1233 @p1232 @p1131 @p1121) :args ((or @t684 @t664 @t690) (@list false true true false true false false false false false false false false false false false false false) (@list @t563 @t562 @t760 @t761 @t557 @t712 @t494 @t675 @t611 @t614 @t612 @t603 @t604 @t599 @t602 @t601 @t638 @t637)))
% 0.86/1.03  (step @p1693 :rule cong :premises (@p597 @p683) :args (@t765))
% 0.86/1.03  (step @p1694 :rule cong :premises (@p597 @p1693) :args (@t766))
% 0.86/1.03  (step @p1695 :rule cong :premises (@p1694) :args ((forall @t228 @t766)))
% 0.86/1.03  (step @p1696 :rule cong :premises (@p590 @p692) :args (@t767))
% 0.86/1.03  (step @p1697 :rule cong :premises (@p590 @p1696) :args (@t768))
% 0.86/1.03  (step @p1698 :rule cong :premises (@p1697) :args ((forall @t228 @t768)))
% 0.86/1.03  (step @p1699 :rule trans :premises (@p1698 @p1695))
% 0.86/1.03  (step @p1700 :rule refl :args (@t767))
% 0.86/1.03  (step @p1701 :rule refl :args (@t231))
% 0.86/1.03  (step @p1702 :rule cong :premises (@p1701 @p1700) :args ((= @t231 @t767)))
% 0.86/1.03  (step @p1703 :rule symm :premises (@p1702))
% 0.86/1.03  (step @p1704 :rule eq_resolve :premises (@p1701 @p1703))
% 0.86/1.03  (step @p1705 :rule cong :premises (@p597 @p1704) :args (@t769))
% 0.86/1.03  (step @p1706 :rule cong :premises (@p1705) :args ((forall @t228 @t769)))
% 0.86/1.03  (step @p1707 :rule eq-symm :args (@t231 @t37))
% 0.86/1.03  (step @p1708 :rule cong :premises (@p1707) :args (@t232))
% 0.86/1.03  (step @p1709 :rule trans :premises (@p1708 @p1706))
% 0.86/1.03  (step @p1710 :rule trans :premises (@p1709 @p1699))
% 0.86/1.03  (step @p1711 :rule eq_resolve :premises (@p103 @p1710))
% 0.86/1.03  (step @p1712 :rule instantiate :premises (@p1711) :args ((@list @t418)))
% 0.86/1.03  (step @p1713 :rule refl :args (@t772))
% 0.86/1.03  (step @p1714 :rule refl :args (@t660))
% 0.86/1.03  (step @p1715 :rule bool-double-not-elim :args (@t687))
% 0.86/1.03  (step @p1716 :rule nary_cong :premises (@p1650 @p1715 @p1452 @p1714 @p1451 @p1450 @p1448 @p1713 @p1445) :args ((or @t762 (not @t773) @t693 @t660 @t714 @t713 @t692 @t772 @t711)))
% 0.86/1.03  (assume-push @p2108 @t761)
% 0.86/1.03  (assume-push @p2109 @t773)
% 0.86/1.03  (assume-push @p2110 @t675)
% 0.86/1.03  (assume-push @p2111 @t655)
% 0.86/1.03  (assume-push @p2112 @t494)
% 0.86/1.03  (assume-push @p2113 @t712)
% 0.86/1.03  (assume-push @p2114 @t611)
% 0.86/1.03  (assume-push @p2115 @t771)
% 0.86/1.03  (assume-push @p2116 @t773)
% 0.86/1.03  (assume-push @p2117 @t655)
% 0.86/1.03  (assume-push @p2118 @t761)
% 0.86/1.03  (assume-push @p2119 @t771)
% 0.86/1.03  (assume-push @p2120 @t675)
% 0.86/1.03  (assume-push @p2121 @t611)
% 0.86/1.03  (assume-push @p2122 @t494)
% 0.86/1.03  (assume-push @p2123 @t712)
% 0.86/1.03  (step @p1733 :rule false_intro :premises (@p492))
% 0.86/1.03  (step @p1734 :rule trans :premises (@p1635 @p2111))
% 0.86/1.03  (step @p1735 :rule cong :premises (@p1276 @p1734) :args (@t770))
% 0.86/1.03  (step @p1471 :rule symm :premises (@p1283))
% 0.86/1.03  (step @p1472 :rule refl :args (@t415))
% 0.86/1.03  (step @p650 :rule instantiate :premises (@p645) :args (@t493))
% 0.86/1.03  (step @p1473 :rule symm :premises (@p674))
% 0.86/1.03  (step @p1474 :rule trans :premises (@p1473 @p650))
% 0.86/1.03  (step @p1475 :rule cong :premises (@p1474 @p1472) :args (@t556))
% 0.86/1.03  (step @p1736 :rule trans :premises (@p1475 @p2114 @p1471 @p1712 @p1735))
% 0.86/1.03  (step @p1737 :rule cong :premises (@p382 @p1736) :args (@t557))
% 0.86/1.03  (step @p1738 :rule trans :premises (@p1737 @p1733))
% 0.86/1.03  (step @p1739 :rule false_elim :premises (@p1738))
% 0.86/1.03  (step-pop @p2124 :rule scope :premises (@p1739))
% 0.86/1.03  (step-pop @p2125 :rule scope :premises (@p2124))
% 0.86/1.03  (step-pop @p2126 :rule scope :premises (@p2125))
% 0.86/1.03  (step-pop @p2127 :rule scope :premises (@p2126))
% 0.86/1.03  (step-pop @p2128 :rule scope :premises (@p2127))
% 0.86/1.03  (step-pop @p2129 :rule scope :premises (@p2128))
% 0.86/1.03  (step-pop @p2130 :rule scope :premises (@p2129))
% 0.86/1.03  (step-pop @p2131 :rule scope :premises (@p2130))
% 0.86/1.03  (step @p1740 :rule process_scope :premises (@p2131) :args (@t711))
% 0.86/1.03  (step @p1749 :rule and_intro :premises (@p492 @p2111 @p1635 @p1712 @p1283 @p2114 @p655 @p674))
% 0.86/1.03  (step @p1750 :rule modus_ponens :premises (@p1749 @p1740))
% 0.86/1.03  (step-pop @p2132 :rule scope :premises (@p1750))
% 0.86/1.03  (step-pop @p2133 :rule scope :premises (@p2132))
% 0.86/1.03  (step-pop @p2134 :rule scope :premises (@p2133))
% 0.86/1.03  (step-pop @p2135 :rule scope :premises (@p2134))
% 0.86/1.03  (step-pop @p2136 :rule scope :premises (@p2135))
% 0.86/1.03  (step-pop @p2137 :rule scope :premises (@p2136))
% 0.86/1.03  (step-pop @p2138 :rule scope :premises (@p2137))
% 0.86/1.03  (step-pop @p2139 :rule scope :premises (@p2138))
% 0.86/1.03  (step @p1751 :rule process_scope :premises (@p2139) :args (@t711))
% 0.86/1.03  (step @p1760 :rule implies_elim :premises (@p1751))
% 0.86/1.03  (step @p1761 :rule cnf_and_neg :args (@t774))
% 0.86/1.03  (step @p1762 :rule resolution :premises (@p1761 @p1760) :args (true @t774))
% 0.86/1.03  (step @p1763 :rule eq_resolve :premises (@p1762 @p1716))
% 0.86/1.03  (step @p1764 :rule reordering :premises (@p1763) :args ((or @t687 @t762 @t693 @t660 @t714 @t713 @t692 @t711 @t772)))
% 0.86/1.03  (step @p1765 :rule chain_m_resolution :premises (@p1764 @p1712 @p674 @p655 @p1283 @p492 @p1635 @p1444 @p899 @p1442 @p949 @p1047 @p1045 @p1440 @p1235 @p999 @p1439 @p1437 @p1233 @p1692 @p1232 @p1132 @p1230 @p1165 @p1506 @p1228 @p1226) :args (@t660 (@list false false false false true false false false true false false false true false false true false false true false false false false true false false) (@list @t771 @t712 @t494 @t675 @t687 @t761 @t557 @t563 @t562 @t581 @t611 @t614 @t577 @t603 @t604 @t709 @t710 @t602 @t685 @t601 @t638 @t635 @t646 @t684 @t643 @t658)))
% 0.86/1.03  (step @p1766 :rule cnf_equiv_pos2 :args (@t658))
% 0.86/1.03  (step @p1767 :rule reordering :premises (@p1766) :args ((or @t655 @t662 @t659)))
% 0.86/1.03  (step @p1768 :rule chain_m_resolution :premises (@p1767 @p1765 @p1226) :args (@t662 @t542 (@list @t655 @t658)))
% 0.86/1.03  (step @p1769 :rule cnf_equiv_pos2 :args (@t646))
% 0.86/1.03  (step @p1770 :rule reordering :premises (@p1769) :args ((or @t643 @t664 @t661)))
% 0.86/1.03  (step @p1771 :rule chain_m_resolution :premises (@p1770 @p1768 @p1165) :args (@t664 @t542 (@list @t643 @t646)))
% 0.86/1.03  (step @p1772 :rule cnf_equiv_pos2 :args (@t638))
% 0.86/1.03  (step @p1773 :rule reordering :premises (@p1772) :args ((or @t635 @t775 @t663)))
% 0.86/1.03  (step @p1774 :rule chain_m_resolution :premises (@p1773 @p1771 @p1132) :args (@t775 @t542 (@list @t635 @t638)))
% 0.86/1.03  (step @p1775 :rule cnf_or_pos :args (@t629))
% 0.86/1.03  (step @p1776 :rule reordering :premises (@p1775) :args ((or @t577 @t601 @t615 (not @t629))))
% 0.86/1.03  (step @p1777 :rule cong :premises (@p740 @p597) :args (@t776))
% 0.86/1.03  (step @p1778 :rule cong :premises (@p740 @p1777) :args (@t777))
% 0.86/1.03  (step @p1779 :rule cong :premises (@p1778) :args ((forall @t228 @t777)))
% 0.86/1.03  (step @p1780 :rule cong :premises (@p751 @p590) :args (@t778))
% 0.86/1.03  (step @p1781 :rule cong :premises (@p751 @p1780) :args (@t779))
% 0.86/1.03  (step @p1782 :rule cong :premises (@p1781) :args ((forall @t228 @t779)))
% 0.86/1.03  (step @p1783 :rule trans :premises (@p1782 @p1779))
% 0.86/1.03  (step @p1784 :rule refl :args (@t778))
% 0.86/1.03  (step @p1785 :rule refl :args (@t294))
% 0.86/1.03  (step @p1786 :rule cong :premises (@p1785 @p1784) :args ((= @t294 @t778)))
% 0.86/1.03  (step @p1787 :rule symm :premises (@p1786))
% 0.86/1.03  (step @p1788 :rule eq_resolve :premises (@p1785 @p1787))
% 0.86/1.03  (step @p1789 :rule cong :premises (@p823 @p1788) :args (@t780))
% 0.86/1.03  (step @p1790 :rule cong :premises (@p1789) :args ((forall @t228 @t780)))
% 0.86/1.03  (step @p1791 :rule eq-symm :args (@t294 tptp.zero_zero_int))
% 0.86/1.03  (step @p1792 :rule cong :premises (@p1791) :args (@t295))
% 0.86/1.03  (step @p1793 :rule trans :premises (@p1792 @p1790))
% 0.86/1.03  (step @p1794 :rule trans :premises (@p1793 @p1783))
% 0.86/1.03  (step @p1795 :rule eq_resolve :premises (@p163 @p1794))
% 0.86/1.03  (step @p1796 :rule instantiate :premises (@p1795) :args ((@list @t412)))
% 0.86/1.03  (assume-push @p2140 @t675)
% 0.86/1.03  (assume-push @p2141 @t603)
% 0.86/1.03  (assume-push @p2142 @t611)
% 0.86/1.03  (assume-push @p2143 @t684)
% 0.86/1.03  (assume-push @p2144 @t685)
% 0.86/1.03  (assume-push @p2145 @t782)
% 0.86/1.03  (assume-push @p2146 @t675)
% 0.86/1.03  (assume-push @p2147 @t611)
% 0.86/1.03  (assume-push @p2148 @t684)
% 0.86/1.03  (assume-push @p2149 @t603)
% 0.86/1.03  (assume-push @p2150 @t782)
% 0.86/1.03  (assume-push @p2151 @t685)
% 0.86/1.03  (step @p1809 :rule refl :args (@t412))
% 0.86/1.03  (step @p1471 :rule symm :premises (@p1283))
% 0.86/1.03  (step @p1810 :rule trans :premises (@p2142 @p1471))
% 0.86/1.03  (step @p1811 :rule symm :premises (@p2142))
% 0.86/1.03  (step @p1812 :rule trans :premises (@p2141 @p2143 @p1283 @p1811))
% 0.86/1.03  (step @p1813 :rule trans :premises (@p1812 @p1810))
% 0.86/1.03  (step @p1814 :rule cong :premises (@p1813 @p1809) :args (@t781))
% 0.86/1.03  (step @p1815 :rule symm :premises (@p2141))
% 0.86/1.03  (step @p1816 :rule trans :premises (@p2144 @p1815 @p1796 @p1814))
% 0.86/1.03  (step-pop @p2152 :rule scope :premises (@p1816))
% 0.86/1.03  (step-pop @p2153 :rule scope :premises (@p2152))
% 0.86/1.03  (step-pop @p2154 :rule scope :premises (@p2153))
% 0.86/1.03  (step-pop @p2155 :rule scope :premises (@p2154))
% 0.86/1.03  (step-pop @p2156 :rule scope :premises (@p2155))
% 0.86/1.03  (step-pop @p2157 :rule scope :premises (@p2156))
% 0.86/1.03  (step @p1817 :rule process_scope :premises (@p2157) :args (@t687))
% 0.86/1.03  (step @p1824 :rule and_intro :premises (@p1283 @p2142 @p2143 @p2141 @p1796 @p2144))
% 0.86/1.03  (step @p1825 :rule modus_ponens :premises (@p1824 @p1817))
% 0.86/1.03  (step-pop @p2158 :rule scope :premises (@p1825))
% 0.86/1.03  (step-pop @p2159 :rule scope :premises (@p2158))
% 0.86/1.03  (step-pop @p2160 :rule scope :premises (@p2159))
% 0.86/1.03  (step-pop @p2161 :rule scope :premises (@p2160))
% 0.86/1.03  (step-pop @p2162 :rule scope :premises (@p2161))
% 0.86/1.03  (step-pop @p2163 :rule scope :premises (@p2162))
% 0.86/1.03  (step @p1826 :rule process_scope :premises (@p2163) :args (@t687))
% 0.86/1.03  (step @p1833 :rule implies_elim :premises (@p1826))
% 0.86/1.03  (step @p1834 :rule cnf_and_neg :args (@t783))
% 0.86/1.03  (step @p1835 :rule resolution :premises (@p1834 @p1833) :args (true @t783))
% 0.86/1.03  (step @p1836 :rule reordering :premises (@p1835) :args ((or @t687 @t693 @t615 @t692 @t691 @t690 (not @t782))))
% 0.86/1.03  (step @p1837 :rule instantiate :premises (@p1317) :args (@t541))
% 0.86/1.03  (step @p1838 :rule instantiate :premises (@p1795) :args ((@list @t415)))
% 0.86/1.03  (step @p1839 :rule refl :args (@t786))
% 0.86/1.03  (step @p1840 :rule refl :args (@t789))
% 0.86/1.03  (step @p1841 :rule refl :args (@t689))
% 0.86/1.03  (step @p1842 :rule refl :args (@t790))
% 0.86/1.03  (step @p1843 :rule nary_cong :premises (@p1452 @p1451 @p1450 @p1842 @p1449 @p1448 @p1841 @p1840 @p1507 @p1839) :args ((or @t693 @t714 @t713 @t790 @t615 @t692 @t689 @t789 @t716 @t786)))
% 0.86/1.03  (assume-push @p2164 @t791)
% 0.86/1.03  (assume-push @p2165 @t686)
% 0.86/1.03  (assume-push @p2166 @t691)
% 0.86/1.03  (assume-push @p2167 @t603)
% 0.86/1.03  (step @p1848 :rule evaluate :args ((= false true)))
% 0.86/1.03  (step @p1849 :rule symm :premises (@p2164))
% 0.86/1.03  (step @p1850 :rule trans :premises (@p1849 @p1318))
% 0.86/1.03  (step @p1851 :rule symm :premises (@p1850))
% 0.86/1.03  (step @p1852 :rule symm :premises (@p2167))
% 0.86/1.03  (step @p1853 :rule trans :premises (@p1852 @p1318 @p1851))
% 0.86/1.03  (step @p1854 :rule true_intro :premises (@p1853))
% 0.86/1.03  (step @p1855 :rule false_intro :premises (@p2166))
% 0.86/1.03  (step @p1856 :rule symm :premises (@p1855))
% 0.86/1.03  (step @p1857 :rule trans :premises (@p1856 @p1854))
% 0.86/1.03  (step @p1858 false :rule eq_resolve :premises (@p1857 @p1848))
% 0.86/1.03  (step-pop @p2168 :rule scope :premises (@p1858))
% 0.86/1.03  (step-pop @p2169 :rule scope :premises (@p2168))
% 0.86/1.03  (step-pop @p2170 :rule scope :premises (@p2169))
% 0.86/1.03  (step-pop @p2171 :rule scope :premises (@p2170))
% 0.86/1.03  (step @p1859 :rule process_scope :premises (@p2171) :args (false))
% 0.86/1.03  (assume-push @p2172 @t675)
% 0.86/1.03  (assume-push @p2173 @t494)
% 0.86/1.03  (assume-push @p2174 @t712)
% 0.86/1.03  (assume-push @p2175 @t577)
% 0.86/1.03  (assume-push @p2176 @t603)
% 0.86/1.03  (assume-push @p2177 @t611)
% 0.86/1.03  (assume-push @p2178 @t686)
% 0.86/1.03  (assume-push @p2179 @t788)
% 0.86/1.03  (assume-push @p2180 @t691)
% 0.86/1.03  (assume-push @p2181 @t785)
% 0.86/1.03  (assume-push @p2182 @t675)
% 0.86/1.03  (assume-push @p2183 @t611)
% 0.86/1.03  (assume-push @p2184 @t494)
% 0.86/1.03  (assume-push @p2185 @t712)
% 0.86/1.03  (assume-push @p2186 @t577)
% 0.86/1.03  (assume-push @p2187 @t788)
% 0.86/1.03  (assume-push @p2188 @t785)
% 0.86/1.03  (step @p1471 :rule symm :premises (@p1283))
% 0.86/1.03  (step @p1472 :rule refl :args (@t415))
% 0.86/1.03  (step @p650 :rule instantiate :premises (@p645) :args (@t493))
% 0.86/1.03  (step @p1473 :rule symm :premises (@p674))
% 0.86/1.03  (step @p1474 :rule trans :premises (@p1473 @p650))
% 0.86/1.03  (step @p1475 :rule cong :premises (@p1474 @p1472) :args (@t556))
% 0.86/1.03  (step @p1881 :rule symm :premises (@p1474))
% 0.86/1.03  (step @p1882 :rule symm :premises (@p2175))
% 0.86/1.03  (step @p1883 :rule cong :premises (@p1882 @p512) :args (@t787))
% 0.86/1.03  (step @p1884 :rule trans :premises (@p1837 @p1883))
% 0.86/1.03  (step @p1885 :rule trans :premises (@p1884 @p1881))
% 0.86/1.03  (step @p1886 :rule cong :premises (@p1885 @p1472) :args (@t784))
% 0.86/1.03  (step @p1887 :rule trans :premises (@p1838 @p1886 @p1475 @p2177 @p1471))
% 0.86/1.03  (step-pop @p2189 :rule scope :premises (@p1887))
% 0.86/1.03  (step-pop @p2190 :rule scope :premises (@p2189))
% 0.86/1.03  (step-pop @p2191 :rule scope :premises (@p2190))
% 0.86/1.03  (step-pop @p2192 :rule scope :premises (@p2191))
% 0.86/1.03  (step-pop @p2193 :rule scope :premises (@p2192))
% 0.86/1.03  (step-pop @p2194 :rule scope :premises (@p2193))
% 0.86/1.03  (step-pop @p2195 :rule scope :premises (@p2194))
% 0.86/1.03  (step @p1888 :rule process_scope :premises (@p2195) :args (@t791))
% 0.86/1.03  (step @p1896 :rule and_intro :premises (@p1283 @p2177 @p655 @p674 @p2175 @p1837 @p1838))
% 0.86/1.03  (step @p1897 :rule modus_ponens :premises (@p1896 @p1888))
% 0.86/1.03  (step @p1898 :rule and_intro :premises (@p1897 @p1318 @p2180 @p2176))
% 0.86/1.03  (step-pop @p2196 :rule scope :premises (@p1898))
% 0.86/1.03  (step-pop @p2197 :rule scope :premises (@p2196))
% 0.86/1.03  (step-pop @p2198 :rule scope :premises (@p2197))
% 0.86/1.03  (step-pop @p2199 :rule scope :premises (@p2198))
% 0.86/1.03  (step-pop @p2200 :rule scope :premises (@p2199))
% 0.86/1.03  (step-pop @p2201 :rule scope :premises (@p2200))
% 0.86/1.03  (step-pop @p2202 :rule scope :premises (@p2201))
% 0.86/1.03  (step-pop @p2203 :rule scope :premises (@p2202))
% 0.86/1.03  (step-pop @p2204 :rule scope :premises (@p2203))
% 0.86/1.03  (step-pop @p2205 :rule scope :premises (@p2204))
% 0.86/1.03  (step @p1899 :rule process_scope :premises (@p2205) :args (@t792))
% 0.86/1.03  (step @p1910 :rule implies_elim :premises (@p1899))
% 0.86/1.03  (step @p1911 :rule resolution :premises (@p1910 @p1859) :args (true @t792))
% 0.86/1.03  (step @p1912 :rule not_and :premises (@p1911))
% 0.86/1.03  (step @p1913 :rule eq_resolve :premises (@p1912 @p1843))
% 0.86/1.03  (step @p1914 :rule reordering :premises (@p1913) :args ((or @t693 @t684 @t615 @t714 @t713 @t790 @t692 @t689 @t789 @t786)))
% 0.86/1.03  (step @p1915 :rule chain_m_resolution :premises (@p1914 @p1838 @p1837 @p1318 @p674 @p655 @p1283 @p1836 @p1796 @p1283 @p492 @p1439 @p1437 @p1440 @p1776 @p1774 @p1098 @p1047 @p1045) :args (@t615 (@list false false false false false false true false false true false false false false true false false false) (@list @t785 @t788 @t686 @t712 @t494 @t675 @t684 @t782 @t675 @t687 @t685 @t710 @t709 @t577 @t601 @t629 @t611 @t614)))
% 0.86/1.03  (step @p1916 :rule chain_m_resolution :premises (@p1235 @p1915 @p999) :args (@t665 @t542 (@list @t603 @t604)))
% 0.86/1.03  (step @p1917 :rule cnf_or_neg :args (@t602 0))
% 0.86/1.03  (step @p1918 :rule chain_m_resolution :premises (@p1917 @p1916) :args (@t790 (@list true) (@list @t602)))
% 0.86/1.03  (step @p1919 :rule chain_m_resolution :premises (@p1442 @p1918 @p949) :args (@t580 @t542 (@list @t577 @t581)))
% 0.86/1.03  (step @p1920 :rule chain_m_resolution :premises (@p1444 @p1919 @p899) :args (@t557 @t542 (@list @t562 @t563)))
% 0.86/1.03  (assume-push @p2206 @t465)
% 0.86/1.03  (assume-push @p2207 @t473)
% 0.86/1.03  (assume-push @p2208 @t794)
% 0.86/1.03  (assume-push @p2209 @t494)
% 0.86/1.03  (assume-push @p2210 @t712)
% 0.86/1.03  (assume-push @p2211 @t557)
% 0.86/1.03  (assume-push @p2212 @t796)
% 0.86/1.03  (assume-push @p2213 @t524)
% 0.86/1.03  (assume-push @p2214 @t473)
% 0.86/1.03  (assume-push @p2215 @t494)
% 0.86/1.03  (assume-push @p2216 @t712)
% 0.86/1.03  (assume-push @p2217 @t557)
% 0.86/1.03  (assume-push @p2218 @t796)
% 0.86/1.03  (assume-push @p2219 @t794)
% 0.86/1.03  (assume-push @p2220 @t465)
% 0.86/1.03  (assume-push @p2221 @t524)
% 0.86/1.03  (step @p1809 :rule refl :args (@t412))
% 0.86/1.03  (step @p1937 :rule symm :premises (@p546))
% 0.86/1.03  (step @p1938 :rule refl :args (@t417))
% 0.86/1.03  (step @p1939 :rule cong :premises (@p1938 @p1937) :args ((tptp.plus_plus_int @t417 @t468)))
% 0.86/1.03  (step @p1472 :rule refl :args (@t415))
% 0.86/1.03  (step @p650 :rule instantiate :premises (@p645) :args (@t493))
% 0.86/1.03  (step @p1473 :rule symm :premises (@p674))
% 0.86/1.03  (step @p1474 :rule trans :premises (@p1473 @p650))
% 0.86/1.03  (step @p1475 :rule cong :premises (@p1474 @p1472) :args (@t556))
% 0.86/1.03  (step @p1940 :rule trans :premises (@p2211 @p1475))
% 0.86/1.03  (step @p1941 :rule cong :premises (@p1940 @p546) :args (@t795))
% 0.86/1.03  (step @p1942 :rule symm :premises (@p734))
% 0.86/1.03  (step @p1943 :rule cong :premises (@p519) :args (@t412))
% 0.86/1.03  (step @p1944 :rule trans :premises (@p1943 @p587))
% 0.86/1.03  (step @p1945 :rule cong :premises (@p382 @p1944) :args (@t522))
% 0.86/1.03  (step @p1946 :rule trans :premises (@p1945 @p1942 @p1941 @p1939))
% 0.86/1.03  (step @p1947 :rule cong :premises (@p1946 @p1809) :args (@t523))
% 0.86/1.03  (step @p1948 :rule trans :premises (@p845 @p1947))
% 0.86/1.03  (step-pop @p2222 :rule scope :premises (@p1948))
% 0.86/1.03  (step-pop @p2223 :rule scope :premises (@p2222))
% 0.86/1.03  (step-pop @p2224 :rule scope :premises (@p2223))
% 0.86/1.03  (step-pop @p2225 :rule scope :premises (@p2224))
% 0.86/1.03  (step-pop @p2226 :rule scope :premises (@p2225))
% 0.86/1.03  (step-pop @p2227 :rule scope :premises (@p2226))
% 0.86/1.03  (step-pop @p2228 :rule scope :premises (@p2227))
% 0.86/1.03  (step-pop @p2229 :rule scope :premises (@p2228))
% 0.86/1.03  (step @p1949 :rule process_scope :premises (@p2229) :args (@t687))
% 0.86/1.03  (step @p1958 :rule and_intro :premises (@p546 @p655 @p674 @p2211 @p734 @p587 @p519 @p845))
% 0.86/1.03  (step @p1959 :rule modus_ponens :premises (@p1958 @p1949))
% 0.86/1.03  (step-pop @p2230 :rule scope :premises (@p1959))
% 0.86/1.03  (step-pop @p2231 :rule scope :premises (@p2230))
% 0.86/1.03  (step-pop @p2232 :rule scope :premises (@p2231))
% 0.86/1.03  (step-pop @p2233 :rule scope :premises (@p2232))
% 0.86/1.03  (step-pop @p2234 :rule scope :premises (@p2233))
% 0.86/1.03  (step-pop @p2235 :rule scope :premises (@p2234))
% 0.86/1.03  (step-pop @p2236 :rule scope :premises (@p2235))
% 0.86/1.03  (step-pop @p2237 :rule scope :premises (@p2236))
% 0.86/1.03  (step @p1960 :rule process_scope :premises (@p2237) :args (@t687))
% 0.86/1.03  (step @p1969 :rule implies_elim :premises (@p1960))
% 0.86/1.03  (step @p1970 :rule cnf_and_neg :args (@t797))
% 0.86/1.03  (step @p1971 :rule resolution :premises (@p1970 @p1969) :args (true @t797))
% 0.86/1.03  (step @p1972 :rule reordering :premises (@p1971) :args ((or @t687 (not @t465) (not @t473) (not @t794) @t714 @t713 @t711 (not @t796) (not @t524))))
% 0.86/1.03  (step @p1973 false :rule chain_m_resolution :premises (@p1972 @p1920 @p845 @p734 @p674 @p655 @p587 @p546 @p519 @p492) :args (false (@list false false false false false false false false true) (@list @t557 @t524 @t796 @t712 @t494 @t794 @t473 @t465 @t687)))
% 0.86/1.03  )
% 0.86/1.03  % SZS output end Proof
% 0.86/1.03  % cvc5 exiting
%------------------------------------------------------------------------------