0.03/0.12	% Problem  : theBenchmark.p : TPTP v0.0.0. Released v0.0.0.
0.03/0.13	% Command  : leo --timeout %d --proofoutput 1 --foatp e --atp e=./eprover %s
0.13/0.34	% Computer : n026.cluster.edu
0.13/0.34	% Model    : x86_64 x86_64
0.13/0.34	% CPU      : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
0.13/0.34	% Memory   : 8042.1875MB
0.13/0.34	% OS       : Linux 3.10.0-693.el7.x86_64
0.13/0.34	% CPULimit : 1440
0.13/0.34	% WCLimit  : 180
0.13/0.34	% DateTime : Thu Jul  4 06:45:09 EDT 2024
0.13/0.34	% CPUTime  : 
0.13/0.35	
0.13/0.35	 No.of.Axioms: 0
0.13/0.35	
0.13/0.35	 Length.of.Defs: 0
0.13/0.35	
0.13/0.35	 Contains.Choice.Funs: false
0.13/0.35	(rf:0,axioms:0,ps:3,u:6,ude:true,rLeibEQ:true,rAndEQ:true,use_choice:true,use_extuni:true,use_extcnf_combined:true,expand_extuni:false,foatp:e,atp_timeout:25,atp_calls_frequency:10,ordering:none,proof_output:1,protocol_output:false,clause_count:2,loop_count:0,foatp_calls:0,translation:fof_full).....eprover: CPU time limit exceeded, terminating
26.16/26.36	.............
44.59/44.84	
44.59/44.84	********************************
44.59/44.84	*   All subproblems solved!    *
44.59/44.84	********************************
44.59/44.84	% SZS status Theorem for /export/starexec/sandbox2/benchmark/theBenchmark.p : (rf:0,axioms:0,ps:3,u:6,ude:true,rLeibEQ:true,rAndEQ:true,use_choice:true,use_extuni:true,use_extcnf_combined:true,expand_extuni:false,foatp:e,atp_timeout:25,atp_calls_frequency:10,ordering:none,proof_output:1,protocol_output:false,clause_count:621,loop_count:20,foatp_calls:4,translation:fof_full)
44.91/45.08	
44.91/45.08	%**** Beginning of derivation protocol ****
44.91/45.08	% SZS output start CNFRefutation
44.91/45.08	 thf(tp_a,type,(a: $tType)).
44.91/45.08	 thf(tp_cR,type,(cR: (a>$o))).
44.91/45.08	 thf(tp_cS,type,(cS: (a>$o))).
44.91/45.08	 thf(tp_sK1_F,type,(sK1_F: (a>a))).
44.91/45.08	 thf(tp_sK2_SY5,type,(sK2_SY5: a)).
44.91/45.08	 thf(tp_sK3_SY8,type,(sK3_SY8: a)).
44.91/45.08	 thf(tp_sK4_Xx,type,(sK4_Xx: a)).
44.91/45.08	 thf(tp_sK5_Xt,type,(sK5_Xt: (a>((a>a)>a)))).
44.91/45.08	 thf(tp_sK6_E,type,(sK6_E: ((a>a)>(a>(a>((a>(a>a))>a)))))).
44.91/45.08	 thf(tp_sK7_E,type,(sK7_E: ((a>a)>((a>a)>(a>(a>((a>(a>a))>a))))))).
44.91/45.08	 thf(1,conjecture,((![Xx:a]: ((cS@Xx) <= (cR@Xx))) <=> (![F:(a>a),Xx:a]: ((?[Xt:a]: ((Xx = (F@Xt)) & (cR@Xt))) => (?[Xt:a]: ((Xx = (F@Xt)) & (cS@Xt)))))),file('/export/starexec/sandbox2/benchmark/theBenchmark.p',cTHM30_pme)).
44.91/45.08	 thf(2,negated_conjecture,((((![Xx:a]: ((cS@Xx) <= (cR@Xx))) <=> (![F:(a>a),Xx:a]: ((?[Xt:a]: ((Xx = (F@Xt)) & (cR@Xt))) => (?[Xt:a]: ((Xx = (F@Xt)) & (cS@Xt))))))=$false)),inference(negate_conjecture,[status(cth)],[1])).
44.91/45.08	 thf(3,plain,((((![Xx:a]: ((cS@Xx) <= (cR@Xx))) <=> (![F:(a>a),Xx:a]: ((?[Xt:a]: ((Xx = (F@Xt)) & (cR@Xt))) => (?[Xt:a]: ((Xx = (F@Xt)) & (cS@Xt))))))=$false)),inference(unfold_def,[status(thm)],[2])).
44.91/45.08	 thf(4,plain,((((![Xx:a]: ((cS@Xx) <= (cR@Xx))) => (![F:(a>a),Xx:a]: ((?[Xt:a]: ((Xx = (F@Xt)) & (cR@Xt))) => (?[Xt:a]: ((Xx = (F@Xt)) & (cS@Xt))))))=$false)),inference(split_conjecture,[split_conjecture(split,[])],[3])).
44.91/45.08	 thf(5,plain,((((![F:(a>a),Xx:a]: ((?[Xt:a]: ((Xx = (F@Xt)) & (cR@Xt))) => (?[Xt:a]: ((Xx = (F@Xt)) & (cS@Xt))))) => (![Xx:a]: ((cS@Xx) <= (cR@Xx))))=$false)),inference(split_conjecture,[split_conjecture(split,[])],[3])).
44.91/45.08	 thf(6,plain,(((~ ((![Xx:a]: ((cS@Xx) <= (cR@Xx))) => (![F:(a>a),Xx:a]: ((?[Xt:a]: ((Xx = (F@Xt)) & (cR@Xt))) => (?[Xt:a]: ((Xx = (F@Xt)) & (cS@Xt)))))))=$true)),inference(polarity_switch,[status(thm)],[4])).
44.91/45.08	 thf(7,plain,(((~ ((![F:(a>a),Xx:a]: ((?[Xt:a]: ((Xx = (F@Xt)) & (cR@Xt))) => (?[Xt:a]: ((Xx = (F@Xt)) & (cS@Xt))))) => (![Xx:a]: ((cS@Xx) <= (cR@Xx)))))=$true)),inference(polarity_switch,[status(thm)],[5])).
44.91/45.08	 thf(8,plain,((((![Xx:a]: ((~ (cR@Xx)) | (cS@Xx))) & (((sK2_SY5 = (sK1_F@sK3_SY8)) & (cR@sK3_SY8)) & (![SY9:a]: ((~ (sK2_SY5 = (sK1_F@SY9))) | (~ (cS@SY9))))))=$true)),inference(extcnf_combined,[status(esa)],[6])).
44.91/45.08	 thf(9,plain,((((![F:(a>a),Xx:a]: ((![Xt:a]: ((~ (Xx = (F@Xt))) | (~ (cR@Xt)))) | ((Xx = (F@((sK5_Xt@Xx)@F))) & (cS@((sK5_Xt@Xx)@F))))) & ((cR@sK4_Xx) & (~ (cS@sK4_Xx))))=$true)),inference(extcnf_combined,[status(esa)],[7])).
44.91/45.08	 thf(10,plain,((((![Xx:a]: ((~ (cR@Xx)) | (cS@Xx))) & (((sK2_SY5 = (sK1_F@sK3_SY8)) & (cR@sK3_SY8)) & (![SY9:a]: ((~ (sK2_SY5 = (sK1_F@SY9))) | (~ (cS@SY9))))))=$true)),inference(copy,[status(thm)],[8])).
44.91/45.08	 thf(11,plain,(((~ ((~ (![SX0:a]: ((~ (cR@SX0)) | (cS@SX0)))) | (~ (~ ((~ (~ ((~ (sK2_SY5 = (sK1_F@sK3_SY8))) | (~ (cR@sK3_SY8))))) | (~ (![SX0:a]: ((~ (sK2_SY5 = (sK1_F@SX0))) | (~ (cS@SX0))))))))))=$true)),inference(unfold_def,[status(thm)],[10])).
44.91/45.08	 thf(12,plain,((((~ (![SX0:a]: ((~ (cR@SX0)) | (cS@SX0)))) | (~ (~ ((~ (~ ((~ (sK2_SY5 = (sK1_F@sK3_SY8))) | (~ (cR@sK3_SY8))))) | (~ (![SX0:a]: ((~ (sK2_SY5 = (sK1_F@SX0))) | (~ (cS@SX0)))))))))=$false)),inference(extcnf_not_pos,[status(thm)],[11])).
44.91/45.08	 thf(13,plain,(((~ (![SX0:a]: ((~ (cR@SX0)) | (cS@SX0))))=$false)),inference(extcnf_or_neg,[status(thm)],[12])).
44.91/45.08	 thf(14,plain,(((~ (~ ((~ (~ ((~ (sK2_SY5 = (sK1_F@sK3_SY8))) | (~ (cR@sK3_SY8))))) | (~ (![SX0:a]: ((~ (sK2_SY5 = (sK1_F@SX0))) | (~ (cS@SX0))))))))=$false)),inference(extcnf_or_neg,[status(thm)],[12])).
44.91/45.08	 thf(15,plain,(((![SX0:a]: ((~ (cR@SX0)) | (cS@SX0)))=$true)),inference(extcnf_not_neg,[status(thm)],[13])).
44.91/45.08	 thf(16,plain,(((~ ((~ (~ ((~ (sK2_SY5 = (sK1_F@sK3_SY8))) | (~ (cR@sK3_SY8))))) | (~ (![SX0:a]: ((~ (sK2_SY5 = (sK1_F@SX0))) | (~ (cS@SX0)))))))=$true)),inference(extcnf_not_neg,[status(thm)],[14])).
44.91/45.08	 thf(17,plain,(![SV1:a]: ((((~ (cR@SV1)) | (cS@SV1))=$true))),inference(extcnf_forall_pos,[status(thm)],[15])).
44.91/45.08	 thf(18,plain,((((~ (~ ((~ (sK2_SY5 = (sK1_F@sK3_SY8))) | (~ (cR@sK3_SY8))))) | (~ (![SX0:a]: ((~ (sK2_SY5 = (sK1_F@SX0))) | (~ (cS@SX0))))))=$false)),inference(extcnf_not_pos,[status(thm)],[16])).
44.91/45.08	 thf(19,plain,(![SV1:a]: (((~ (cR@SV1))=$true) | ((cS@SV1)=$true))),inference(extcnf_or_pos,[status(thm)],[17])).
44.91/45.08	 thf(20,plain,(((~ (~ ((~ (sK2_SY5 = (sK1_F@sK3_SY8))) | (~ (cR@sK3_SY8)))))=$false)),inference(extcnf_or_neg,[status(thm)],[18])).
44.91/45.08	 thf(21,plain,(((~ (![SX0:a]: ((~ (sK2_SY5 = (sK1_F@SX0))) | (~ (cS@SX0)))))=$false)),inference(extcnf_or_neg,[status(thm)],[18])).
44.91/45.08	 thf(22,plain,(![SV1:a]: (((cR@SV1)=$false) | ((cS@SV1)=$true))),inference(extcnf_not_pos,[status(thm)],[19])).
44.91/45.08	 thf(23,plain,(((~ ((~ (sK2_SY5 = (sK1_F@sK3_SY8))) | (~ (cR@sK3_SY8))))=$true)),inference(extcnf_not_neg,[status(thm)],[20])).
44.91/45.08	 thf(24,plain,(((![SX0:a]: ((~ (sK2_SY5 = (sK1_F@SX0))) | (~ (cS@SX0))))=$true)),inference(extcnf_not_neg,[status(thm)],[21])).
44.91/45.08	 thf(25,plain,((((~ (sK2_SY5 = (sK1_F@sK3_SY8))) | (~ (cR@sK3_SY8)))=$false)),inference(extcnf_not_pos,[status(thm)],[23])).
44.91/45.08	 thf(26,plain,(![SV2:a]: ((((~ (sK2_SY5 = (sK1_F@SV2))) | (~ (cS@SV2)))=$true))),inference(extcnf_forall_pos,[status(thm)],[24])).
44.91/45.08	 thf(27,plain,(((~ (sK2_SY5 = (sK1_F@sK3_SY8)))=$false)),inference(extcnf_or_neg,[status(thm)],[25])).
44.91/45.08	 thf(28,plain,(((~ (cR@sK3_SY8))=$false)),inference(extcnf_or_neg,[status(thm)],[25])).
44.91/45.08	 thf(29,plain,(![SV2:a]: (((~ (sK2_SY5 = (sK1_F@SV2)))=$true) | ((~ (cS@SV2))=$true))),inference(extcnf_or_pos,[status(thm)],[26])).
44.91/45.08	 thf(30,plain,(((sK2_SY5 = (sK1_F@sK3_SY8))=$true)),inference(extcnf_not_neg,[status(thm)],[27])).
44.91/45.08	 thf(31,plain,(((cR@sK3_SY8)=$true)),inference(extcnf_not_neg,[status(thm)],[28])).
44.91/45.08	 thf(32,plain,(![SV2:a]: (((sK2_SY5 = (sK1_F@SV2))=$false) | ((~ (cS@SV2))=$true))),inference(extcnf_not_pos,[status(thm)],[29])).
44.91/45.08	 thf(33,plain,(![SV2:a]: (((cS@SV2)=$false) | ((sK2_SY5 = (sK1_F@SV2))=$false))),inference(extcnf_not_pos,[status(thm)],[32])).
44.91/45.08	 thf(34,plain,((($false)=$true)),inference(fo_atp_e,[status(thm)],[22,33,31,30])).
44.91/45.08	 thf(35,plain,((((![F:(a>a),Xx:a]: ((![Xt:a]: ((~ (Xx = (F@Xt))) | (~ (cR@Xt)))) | ((Xx = (F@((sK5_Xt@Xx)@F))) & (cS@((sK5_Xt@Xx)@F))))) & ((cR@sK4_Xx) & (~ (cS@sK4_Xx))))=$true)),inference(copy,[status(thm)],[9])).
44.91/45.08	 thf(36,plain,(((~ ((~ (![SX0:(a>a),SX1:a]: ((![SX2:a]: ((~ (SX1 = (SX0@SX2))) | (~ (cR@SX2)))) | (~ ((~ (SX1 = (SX0@((sK5_Xt@SX1)@SX0)))) | (~ (cS@((sK5_Xt@SX1)@SX0)))))))) | (~ (~ ((~ (cR@sK4_Xx)) | (~ (~ (cS@sK4_Xx))))))))=$true)),inference(unfold_def,[status(thm)],[35])).
44.91/45.08	 thf(37,plain,((((~ (![SX0:(a>a),SX1:a]: ((![SX2:a]: ((~ (SX1 = (SX0@SX2))) | (~ (cR@SX2)))) | (~ ((~ (SX1 = (SX0@((sK5_Xt@SX1)@SX0)))) | (~ (cS@((sK5_Xt@SX1)@SX0)))))))) | (~ (~ ((~ (cR@sK4_Xx)) | (~ (~ (cS@sK4_Xx)))))))=$false)),inference(extcnf_not_pos,[status(thm)],[36])).
44.91/45.08	 thf(38,plain,(((~ (![SX0:(a>a),SX1:a]: ((![SX2:a]: ((~ (SX1 = (SX0@SX2))) | (~ (cR@SX2)))) | (~ ((~ (SX1 = (SX0@((sK5_Xt@SX1)@SX0)))) | (~ (cS@((sK5_Xt@SX1)@SX0))))))))=$false)),inference(extcnf_or_neg,[status(thm)],[37])).
44.91/45.08	 thf(39,plain,(((~ (~ ((~ (cR@sK4_Xx)) | (~ (~ (cS@sK4_Xx))))))=$false)),inference(extcnf_or_neg,[status(thm)],[37])).
44.91/45.08	 thf(40,plain,(((![SX0:(a>a),SX1:a]: ((![SX2:a]: ((~ (SX1 = (SX0@SX2))) | (~ (cR@SX2)))) | (~ ((~ (SX1 = (SX0@((sK5_Xt@SX1)@SX0)))) | (~ (cS@((sK5_Xt@SX1)@SX0)))))))=$true)),inference(extcnf_not_neg,[status(thm)],[38])).
44.91/45.08	 thf(41,plain,(((~ ((~ (cR@sK4_Xx)) | (~ (~ (cS@sK4_Xx)))))=$true)),inference(extcnf_not_neg,[status(thm)],[39])).
44.91/45.08	 thf(42,plain,(![SV3:(a>a)]: (((![SY10:a]: ((![SY11:a]: ((~ (SY10 = (SV3@SY11))) | (~ (cR@SY11)))) | (~ ((~ (SY10 = (SV3@((sK5_Xt@SY10)@SV3)))) | (~ (cS@((sK5_Xt@SY10)@SV3)))))))=$true))),inference(extcnf_forall_pos,[status(thm)],[40])).
44.91/45.08	 thf(43,plain,((((~ (cR@sK4_Xx)) | (~ (~ (cS@sK4_Xx))))=$false)),inference(extcnf_not_pos,[status(thm)],[41])).
44.91/45.08	 thf(44,plain,(![SV3:(a>a),SV4:a]: ((((![SY12:a]: ((~ (SV4 = (SV3@SY12))) | (~ (cR@SY12)))) | (~ ((~ (SV4 = (SV3@((sK5_Xt@SV4)@SV3)))) | (~ (cS@((sK5_Xt@SV4)@SV3))))))=$true))),inference(extcnf_forall_pos,[status(thm)],[42])).
44.91/45.08	 thf(45,plain,(((~ (cR@sK4_Xx))=$false)),inference(extcnf_or_neg,[status(thm)],[43])).
44.91/45.08	 thf(46,plain,(((~ (~ (cS@sK4_Xx)))=$false)),inference(extcnf_or_neg,[status(thm)],[43])).
44.91/45.08	 thf(47,plain,(![SV3:(a>a),SV4:a]: (((![SY12:a]: ((~ (SV4 = (SV3@SY12))) | (~ (cR@SY12))))=$true) | ((~ ((~ (SV4 = (SV3@((sK5_Xt@SV4)@SV3)))) | (~ (cS@((sK5_Xt@SV4)@SV3)))))=$true))),inference(extcnf_or_pos,[status(thm)],[44])).
44.91/45.08	 thf(48,plain,(((cR@sK4_Xx)=$true)),inference(extcnf_not_neg,[status(thm)],[45])).
44.91/45.08	 thf(49,plain,(((~ (cS@sK4_Xx))=$true)),inference(extcnf_not_neg,[status(thm)],[46])).
44.91/45.08	 thf(50,plain,(![SV5:a,SV3:(a>a),SV4:a]: ((((~ (SV4 = (SV3@SV5))) | (~ (cR@SV5)))=$true) | ((~ ((~ (SV4 = (SV3@((sK5_Xt@SV4)@SV3)))) | (~ (cS@((sK5_Xt@SV4)@SV3)))))=$true))),inference(extcnf_forall_pos,[status(thm)],[47])).
44.91/45.08	 thf(51,plain,(((cS@sK4_Xx)=$false)),inference(extcnf_not_pos,[status(thm)],[49])).
44.91/45.08	 thf(52,plain,(![SV5:a,SV3:(a>a),SV4:a]: (((~ (SV4 = (SV3@SV5)))=$true) | ((~ (cR@SV5))=$true) | ((~ ((~ (SV4 = (SV3@((sK5_Xt@SV4)@SV3)))) | (~ (cS@((sK5_Xt@SV4)@SV3)))))=$true))),inference(extcnf_or_pos,[status(thm)],[50])).
44.91/45.08	 thf(53,plain,(![SV5:a,SV3:(a>a),SV4:a]: (((SV4 = (SV3@SV5))=$false) | ((~ (cR@SV5))=$true) | ((~ ((~ (SV4 = (SV3@((sK5_Xt@SV4)@SV3)))) | (~ (cS@((sK5_Xt@SV4)@SV3)))))=$true))),inference(extcnf_not_pos,[status(thm)],[52])).
44.91/45.08	 thf(54,plain,(![SV3:(a>a),SV4:a,SV5:a]: (((cR@SV5)=$false) | ((SV4 = (SV3@SV5))=$false) | ((~ ((~ (SV4 = (SV3@((sK5_Xt@SV4)@SV3)))) | (~ (cS@((sK5_Xt@SV4)@SV3)))))=$true))),inference(extcnf_not_pos,[status(thm)],[53])).
44.91/45.08	 thf(55,plain,(![SV5:a,SV3:(a>a),SV4:a]: ((((~ (SV4 = (SV3@((sK5_Xt@SV4)@SV3)))) | (~ (cS@((sK5_Xt@SV4)@SV3))))=$false) | ((SV4 = (SV3@SV5))=$false) | ((cR@SV5)=$false))),inference(extcnf_not_pos,[status(thm)],[54])).
44.91/45.08	 thf(56,plain,(![SV5:a,SV3:(a>a),SV4:a]: (((~ (SV4 = (SV3@((sK5_Xt@SV4)@SV3))))=$false) | ((SV4 = (SV3@SV5))=$false) | ((cR@SV5)=$false))),inference(extcnf_or_neg,[status(thm)],[55])).
44.91/45.08	 thf(57,plain,(![SV5:a,SV3:(a>a),SV4:a]: (((~ (cS@((sK5_Xt@SV4)@SV3)))=$false) | ((SV4 = (SV3@SV5))=$false) | ((cR@SV5)=$false))),inference(extcnf_or_neg,[status(thm)],[55])).
44.91/45.08	 thf(58,plain,(![SV5:a,SV3:(a>a),SV4:a]: (((SV4 = (SV3@((sK5_Xt@SV4)@SV3)))=$true) | ((SV4 = (SV3@SV5))=$false) | ((cR@SV5)=$false))),inference(extcnf_not_neg,[status(thm)],[56])).
44.91/45.08	 thf(59,plain,(![SV5:a,SV3:(a>a),SV4:a]: (((cS@((sK5_Xt@SV4)@SV3))=$true) | ((SV4 = (SV3@SV5))=$false) | ((cR@SV5)=$false))),inference(extcnf_not_neg,[status(thm)],[57])).
44.91/45.08	 thf(60,plain,(![SV3:(a>a),SV5:a]: (((cR@SV5)=$false) | (((SV3@SV5) = (SV3@((sK5_Xt@(SV3@SV5))@SV3)))=$true))),inference(extuni,[status(esa)],[58:[bind(SV4,$thf(SV3@SV5))]])).
44.91/45.08	 thf(61,plain,(![SV3:(a>a),SV5:a]: (((cR@SV5)=$false) | ((cS@((sK5_Xt@(SV3@SV5))@SV3))=$true))),inference(extuni,[status(esa)],[59:[bind(SV4,$thf(SV3@SV5))]])).
44.91/45.08	 thf(63,plain,(![SV6:a,SV7:(a>a),SV8:a]: (((SV8 = (SV7@((sK5_Xt@SV8)@SV7)))=$true) | ((SV8 = (SV7@SV6))=$false) | ((cR@SV6)=$false))),inference(rename,[status(thm)],[58])).
44.91/45.08	 thf(69,plain,(![SV6:a,SV7:(a>a),SV8:a]: ((((cR@SV6) = (cR@sK4_Xx))=$false) | ((SV8 = (SV7@((sK5_Xt@SV8)@SV7)))=$true) | ((SV8 = (SV7@SV6))=$false))),inference(res,[status(thm)],[63,48])).
44.91/45.08	 thf(71,plain,(![SV7:(a>a)]: ((((SV7@sK4_Xx) = (SV7@((sK5_Xt@(SV7@sK4_Xx))@SV7)))=$true))),inference(extuni,[status(esa)],[69:[bind(SV8,$thf(SV7@sK4_Xx)),bind(SV6,$thf(sK4_Xx))]])).
44.91/45.08	 thf(77,plain,(![SV9:a,SV10:(a>a),SV11:a]: (((cS@((sK5_Xt@SV11)@SV10))=$true) | ((SV11 = (SV10@SV9))=$false) | ((cR@SV9)=$false))),inference(rename,[status(thm)],[59])).
44.91/45.08	 thf(85,plain,(![SV9:a,SV10:(a>a),SV11:a,SV6:a,SV7:(a>a),SV8:a]: ((((SV11 = (SV10@SV9)) = (SV8 = (SV7@((sK5_Xt@SV8)@SV7))))=$false) | ((cS@((sK5_Xt@SV11)@SV10))=$true) | ((cR@SV9)=$false) | ((SV8 = (SV7@SV6))=$false) | ((cR@SV6)=$false))),inference(res,[status(thm)],[77,63])).
44.91/45.08	 thf(86,plain,(![SV9:a,SV10:(a>a),SV11:a]: ((((cS@((sK5_Xt@SV11)@SV10)) = (cS@sK4_Xx))=$false) | ((SV11 = (SV10@SV9))=$false) | ((cR@SV9)=$false))),inference(res,[status(thm)],[77,51])).
44.91/45.08	 thf(87,plain,(![SV9:a,SV10:(a>a),SV11:a]: ((((cR@SV9) = (cR@sK4_Xx))=$false) | ((cS@((sK5_Xt@SV11)@SV10))=$true) | ((SV11 = (SV10@SV9))=$false))),inference(res,[status(thm)],[77,48])).
44.91/45.08	 thf(89,plain,(![SV10:(a>a)]: (((cS@((sK5_Xt@(SV10@sK4_Xx))@SV10))=$true))),inference(extuni,[status(esa)],[87:[bind(SV11,$thf(SV10@sK4_Xx)),bind(SV9,$thf(sK4_Xx))]])).
44.91/45.08	 thf(90,plain,(![SV10:(a>a),SV9:a]: (((cR@SV9)=$false) | ((((sK5_Xt@(SV10@SV9))@SV10) = sK4_Xx)=$false))),inference(extuni,[status(esa)],[86:[bind(SV11,$thf(SV10@SV9))]])).
44.91/45.08	 thf(91,plain,(![SV6:a,SV7:(a>a),SV9:a,SV10:(a>a)]: (((cR@SV6)=$false) | ((cR@SV9)=$false) | ((cS@((sK5_Xt@(SV7@((sK5_Xt@(SV10@SV9))@SV7)))@SV10))=$true) | (((SV10@SV9) = (SV7@SV6))=$false))),inference(extuni,[status(esa)],[85:[bind(SV11,$thf(SV7@((sK5_Xt@(SV10@SV9))@SV7))),bind(SV8,$thf(SV10@SV9))]])).
44.91/45.08	 thf(92,plain,(![SV6:a,SV7:(a>a),SV9:a,SV10:(a>a)]: (((cR@SV6)=$false) | ((cR@SV9)=$false) | ((cS@((sK5_Xt@(SV7@SV6))@SV10))=$true) | (((SV10@SV9) = (SV7@((sK5_Xt@(SV7@SV6))@SV7)))=$false))),inference(extuni,[status(esa)],[85:[bind(SV8,$thf(SV7@SV6)),bind(SV11,$thf(SV7@SV6))]])).
44.91/45.08	 thf(94,plain,(![SV12:(a>a),SV13:a]: (((cR@SV13)=$false) | (((SV12@SV13) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$true))),inference(rename,[status(thm)],[60])).
44.91/45.08	 thf(98,plain,(![SV12:(a>a),SV13:a,SV9:a,SV10:(a>a),SV11:a]: (((((SV12@SV13) = (SV12@((sK5_Xt@(SV12@SV13))@SV12))) = (SV11 = (SV10@SV9)))=$false) | ((cR@SV13)=$false) | ((cS@((sK5_Xt@SV11)@SV10))=$true) | ((cR@SV9)=$false))),inference(res,[status(thm)],[94,77])).
44.91/45.08	 thf(101,plain,(![SV12:(a>a),SV13:a,SV6:a,SV7:(a>a),SV8:a]: (((((SV12@SV13) = (SV12@((sK5_Xt@(SV12@SV13))@SV12))) = (SV8 = (SV7@SV6)))=$false) | ((cR@SV13)=$false) | ((SV8 = (SV7@((sK5_Xt@SV8)@SV7)))=$true) | ((cR@SV6)=$false))),inference(res,[status(thm)],[94,63])).
44.91/45.08	 thf(106,plain,(![SV6:a,SV7:(a>a),SV13:a,SV12:(a>a)]: (((cR@SV6)=$false) | (((SV12@((sK5_Xt@(SV12@SV13))@SV12)) = (SV7@((sK5_Xt@(SV12@((sK5_Xt@(SV12@SV13))@SV12)))@SV7)))=$true) | ((cR@SV13)=$false) | (((SV12@SV13) = (SV7@SV6))=$false))),inference(extuni,[status(esa)],[101:[bind(SV8,$thf(SV12@((sK5_Xt@(SV12@SV13))@SV12)))]])).
44.91/45.08	 thf(107,plain,(![SV6:a,SV7:(a>a),SV13:a,SV12:(a>a)]: (((cR@SV6)=$false) | (((SV12@SV13) = (SV7@((sK5_Xt@(SV12@SV13))@SV7)))=$true) | ((cR@SV13)=$false) | (((SV12@((sK5_Xt@(SV12@SV13))@SV12)) = (SV7@SV6))=$false))),inference(extuni,[status(esa)],[101:[bind(SV8,$thf(SV12@SV13))]])).
44.91/45.08	 thf(108,plain,(![SV9:a,SV10:(a>a),SV13:a,SV12:(a>a)]: (((cR@SV9)=$false) | ((cS@((sK5_Xt@(SV12@((sK5_Xt@(SV12@SV13))@SV12)))@SV10))=$true) | ((cR@SV13)=$false) | (((SV12@SV13) = (SV10@SV9))=$false))),inference(extuni,[status(esa)],[98:[bind(SV11,$thf(SV12@((sK5_Xt@(SV12@SV13))@SV12)))]])).
44.91/45.08	 thf(109,plain,(![SV9:a,SV10:(a>a),SV13:a,SV12:(a>a)]: (((cR@SV9)=$false) | ((cS@((sK5_Xt@(SV12@SV13))@SV10))=$true) | ((cR@SV13)=$false) | (((SV12@((sK5_Xt@(SV12@SV13))@SV12)) = (SV10@SV9))=$false))),inference(extuni,[status(esa)],[98:[bind(SV11,$thf(SV12@SV13))]])).
44.91/45.08	 thf(110,plain,(![SV14:(a>a),SV15:a]: (((cR@SV15)=$false) | ((cS@((sK5_Xt@(SV14@SV15))@SV14))=$true))),inference(rename,[status(thm)],[61])).
44.91/45.08	 thf(121,plain,(![SV14:(a>a),SV15:a]: ((((cS@((sK5_Xt@(SV14@SV15))@SV14)) = (cS@sK4_Xx))=$false) | ((cR@SV15)=$false))),inference(res,[status(thm)],[110,51])).
44.91/45.08	 thf(122,plain,(![SV14:(a>a),SV15:a]: ((((cR@SV15) = (cR@sK4_Xx))=$false) | ((cS@((sK5_Xt@(SV14@SV15))@SV14))=$true))),inference(res,[status(thm)],[110,48])).
44.91/45.08	 thf(123,plain,(![SV14:(a>a)]: (((cS@((sK5_Xt@(SV14@sK4_Xx))@SV14))=$true))),inference(extuni,[status(esa)],[122:[bind(SV15,$thf(sK4_Xx))]])).
44.91/45.08	 thf(124,plain,(![SV14:(a>a),SV15:a]: (((cR@SV15)=$false) | ((((sK5_Xt@(SV14@SV15))@SV14) = sK4_Xx)=$false))),inference(extuni,[status(esa)],[121])).
44.91/45.08	 thf(125,plain,(![SV16:(a>a)]: ((((SV16@sK4_Xx) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$true))),inference(rename,[status(thm)],[71])).
44.91/45.08	 thf(129,plain,(![SV16:(a>a),SV9:a,SV10:(a>a),SV11:a]: (((((SV16@sK4_Xx) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16))) = (SV11 = (SV10@SV9)))=$false) | ((cS@((sK5_Xt@SV11)@SV10))=$true) | ((cR@SV9)=$false))),inference(res,[status(thm)],[125,77])).
44.91/45.08	 thf(131,plain,(![SV16:(a>a),SV6:a,SV7:(a>a),SV8:a]: (((((SV16@sK4_Xx) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16))) = (SV8 = (SV7@SV6)))=$false) | ((SV8 = (SV7@((sK5_Xt@SV8)@SV7)))=$true) | ((cR@SV6)=$false))),inference(res,[status(thm)],[125,63])).
44.91/45.08	 thf(133,plain,(![SV6:a,SV7:(a>a),SV16:(a>a)]: (((cR@SV6)=$false) | (((SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)) = (SV7@((sK5_Xt@(SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))@SV7)))=$true) | (((SV16@sK4_Xx) = (SV7@SV6))=$false))),inference(extuni,[status(esa)],[131:[bind(SV8,$thf(SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))]])).
44.91/45.08	 thf(134,plain,(![SV6:a,SV7:(a>a),SV16:(a>a)]: (((cR@SV6)=$false) | (((SV16@sK4_Xx) = (SV7@((sK5_Xt@(SV16@sK4_Xx))@SV7)))=$true) | (((SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)) = (SV7@SV6))=$false))),inference(extuni,[status(esa)],[131:[bind(SV8,$thf(SV16@sK4_Xx))]])).
44.91/45.08	 thf(135,plain,(![SV9:a,SV10:(a>a),SV16:(a>a)]: (((cR@SV9)=$false) | ((cS@((sK5_Xt@(SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))@SV10))=$true) | (((SV16@sK4_Xx) = (SV10@SV9))=$false))),inference(extuni,[status(esa)],[129:[bind(SV11,$thf(SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))]])).
44.91/45.08	 thf(136,plain,(![SV9:a,SV10:(a>a),SV16:(a>a)]: (((cR@SV9)=$false) | ((cS@((sK5_Xt@(SV16@sK4_Xx))@SV10))=$true) | (((SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)) = (SV10@SV9))=$false))),inference(extuni,[status(esa)],[129:[bind(SV11,$thf(SV16@sK4_Xx))]])).
44.91/45.08	 thf(139,plain,(![SV21:(a>a)]: (((cS@((sK5_Xt@(SV21@sK4_Xx))@SV21))=$true))),inference(rename,[status(thm)],[89])).
44.91/45.08	 thf(146,plain,(![SV21:(a>a)]: ((((cS@((sK5_Xt@(SV21@sK4_Xx))@SV21)) = (cS@sK4_Xx))=$false))),inference(res,[status(thm)],[139,51])).
44.91/45.08	 thf(147,plain,(![SV21:(a>a)]: (((((sK5_Xt@(SV21@sK4_Xx))@SV21) = sK4_Xx)=$false))),inference(extuni,[status(esa)],[146])).
44.91/45.08	 thf(148,plain,(![SV22:(a>a),SV23:a]: (((cR@SV23)=$false) | ((((sK5_Xt@(SV22@SV23))@SV22) = sK4_Xx)=$false))),inference(rename,[status(thm)],[90])).
44.91/45.08	 thf(151,plain,(![SV22:(a>a),SV23:a,SV16:(a>a)]: ((((((sK5_Xt@(SV22@SV23))@SV22) = sK4_Xx) = ((SV16@sK4_Xx) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16))))=$false) | ((cR@SV23)=$false))),inference(res,[status(thm)],[148,125])).
44.91/45.08	 thf(155,plain,(![SV22:(a>a),SV23:a,SV12:(a>a),SV13:a]: ((((((sK5_Xt@(SV22@SV23))@SV22) = sK4_Xx) = ((SV12@SV13) = (SV12@((sK5_Xt@(SV12@SV13))@SV12))))=$false) | ((cR@SV23)=$false) | ((cR@SV13)=$false))),inference(res,[status(thm)],[148,94])).
44.91/45.08	 thf(159,plain,(![SV22:(a>a),SV23:a,SV6:a,SV7:(a>a),SV8:a]: ((((((sK5_Xt@(SV22@SV23))@SV22) = sK4_Xx) = (SV8 = (SV7@((sK5_Xt@SV8)@SV7))))=$false) | ((cR@SV23)=$false) | ((SV8 = (SV7@SV6))=$false) | ((cR@SV6)=$false))),inference(res,[status(thm)],[148,63])).
44.91/45.08	 thf(162,plain,(![SV22:(a>a),SV23:a]: ((((cR@SV23) = (cR@sK4_Xx))=$false) | ((((sK5_Xt@(SV22@SV23))@SV22) = sK4_Xx)=$false))),inference(res,[status(thm)],[148,48])).
44.91/45.08	 thf(164,plain,(![SV22:(a>a)]: (((((sK5_Xt@(SV22@sK4_Xx))@SV22) = sK4_Xx)=$false))),inference(extuni,[status(esa)],[162:[bind(SV23,$thf(sK4_Xx))]])).
44.91/45.08	 thf(165,plain,(![SV22:(a>a),SV23:a,SV7:(a>a),SV6:a]: (((cR@SV6)=$false) | ((sK4_Xx = (SV7@SV6))=$false) | ((cR@SV23)=$false) | ((((sK5_Xt@(SV22@SV23))@SV22) = (SV7@((sK5_Xt@sK4_Xx)@SV7)))=$false))),inference(extuni,[status(esa)],[159:[bind(SV8,$thf(sK4_Xx))]])).
44.91/45.08	 thf(166,plain,(![SV7:(a>a),SV23:a,SV22:(a>a),SV6:a]: (((cR@SV6)=$false) | ((((sK5_Xt@(SV22@SV23))@SV22) = (SV7@SV6))=$false) | ((cR@SV23)=$false) | ((sK4_Xx = (SV7@((sK5_Xt@((sK5_Xt@(SV22@SV23))@SV22))@SV7)))=$false))),inference(extuni,[status(esa)],[159:[bind(SV8,$thf((sK5_Xt@(SV22@SV23))@SV22))]])).
44.91/45.08	 thf(167,plain,(![SV12:(a>a),SV22:(a>a),SV23:a,SV13:a]: (((cR@SV13)=$false) | ((cR@SV23)=$false) | ((((sK5_Xt@(SV22@SV23))@SV22) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | ((sK4_Xx = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[155])).
44.91/45.08	 thf(168,plain,(![SV22:(a>a),SV12:(a>a),SV23:a,SV13:a]: (((cR@SV13)=$false) | ((cR@SV23)=$false) | ((sK4_Xx = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | ((((sK5_Xt@(SV22@SV23))@SV22) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[155])).
44.91/45.08	 thf(169,plain,(![SV16:(a>a),SV22:(a>a),SV23:a]: (((cR@SV23)=$false) | ((((sK5_Xt@(SV22@SV23))@SV22) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | ((sK4_Xx = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[151])).
44.91/45.08	 thf(170,plain,(![SV22:(a>a),SV16:(a>a),SV23:a]: (((cR@SV23)=$false) | ((sK4_Xx = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | ((((sK5_Xt@(SV22@SV23))@SV22) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[151])).
44.91/45.08	 thf(171,plain,(![SV24:a,SV25:(a>a),SV26:a,SV27:(a>a)]: (((cR@SV24)=$false) | ((cR@SV26)=$false) | ((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | (((SV27@SV26) = (SV25@SV24))=$false))),inference(rename,[status(thm)],[91])).
44.91/45.08	 thf(183,plain,(![SV24:a,SV25:(a>a),SV26:a,SV27:(a>a),SV16:(a>a)]: (((((SV27@SV26) = (SV25@SV24)) = ((SV16@sK4_Xx) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16))))=$false) | ((cR@SV24)=$false) | ((cR@SV26)=$false) | ((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true))),inference(res,[status(thm)],[171,125])).
44.91/45.08	 thf(190,plain,(![SV24:a,SV25:(a>a),SV26:a,SV27:(a>a),SV12:(a>a),SV13:a]: (((((SV27@SV26) = (SV25@SV24)) = ((SV12@SV13) = (SV12@((sK5_Xt@(SV12@SV13))@SV12))))=$false) | ((cR@SV24)=$false) | ((cR@SV26)=$false) | ((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((cR@SV13)=$false))),inference(res,[status(thm)],[171,94])).
44.91/45.08	 thf(201,plain,(![SV24:a,SV25:(a>a),SV26:a,SV27:(a>a),SV6:a,SV7:(a>a),SV8:a]: (((((SV27@SV26) = (SV25@SV24)) = (SV8 = (SV7@((sK5_Xt@SV8)@SV7))))=$false) | ((cR@SV24)=$false) | ((cR@SV26)=$false) | ((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((SV8 = (SV7@SV6))=$false) | ((cR@SV6)=$false))),inference(res,[status(thm)],[171,63])).
44.91/45.08	 thf(204,plain,(![SV24:a,SV25:(a>a),SV26:a,SV27:(a>a)]: ((((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27)) = (cS@sK4_Xx))=$false) | ((cR@SV24)=$false) | ((cR@SV26)=$false) | (((SV27@SV26) = (SV25@SV24))=$false))),inference(res,[status(thm)],[171,51])).
44.91/45.08	 thf(206,plain,(![SV24:a,SV25:(a>a),SV26:a,SV27:(a>a)]: ((((cR@SV26) = (cR@sK4_Xx))=$false) | ((cR@SV24)=$false) | ((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | (((SV27@SV26) = (SV25@SV24))=$false))),inference(res,[status(thm)],[171,48])).
44.91/45.08	 thf(207,plain,(![SV24:a,SV25:(a>a),SV26:a,SV27:(a>a)]: ((((cR@SV24) = (cR@sK4_Xx))=$false) | ((cR@SV26)=$false) | ((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | (((SV27@SV26) = (SV25@SV24))=$false))),inference(res,[status(thm)],[171,48])).
44.91/45.08	 thf(208,plain,(![SV25:(a>a),SV26:a,SV27:(a>a)]: (((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((cR@SV26)=$false) | (((SV27@SV26) = (SV25@sK4_Xx))=$false))),inference(extuni,[status(esa)],[207:[bind(SV24,$thf(sK4_Xx))]])).
44.91/45.08	 thf(209,plain,(![SV24:a,SV25:(a>a),SV27:(a>a)]: (((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@sK4_Xx))@SV25)))@SV27))=$true) | ((cR@SV24)=$false) | (((SV27@sK4_Xx) = (SV25@SV24))=$false))),inference(extuni,[status(esa)],[206:[bind(SV26,$thf(sK4_Xx))]])).
44.91/45.08	 thf(210,plain,(![SV24:a,SV25:(a>a),SV26:a,SV27:(a>a)]: (((cR@SV26)=$false) | ((cR@SV24)=$false) | ((((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27) = sK4_Xx)=$false) | (((SV27@SV26) = (SV25@SV24))=$false))),inference(extuni,[status(esa)],[204])).
44.91/45.08	 thf(211,plain,(![SV26:a,SV27:(a>a),SV6:a,SV7:(a>a),SV24:a,SV25:(a>a)]: (((cR@SV6)=$false) | ((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((cR@SV26)=$false) | ((cR@SV24)=$false) | (((SV25@SV24) = (SV7@SV6))=$false) | (((SV27@SV26) = (SV7@((sK5_Xt@(SV25@SV24))@SV7)))=$false))),inference(extuni,[status(esa)],[201:[bind(SV8,$thf(SV25@SV24))]])).
44.91/45.08	 thf(212,plain,(![SV24:a,SV25:(a>a),SV6:a,SV7:(a>a),SV26:a,SV27:(a>a)]: (((cR@SV6)=$false) | ((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((cR@SV26)=$false) | ((cR@SV24)=$false) | (((SV27@SV26) = (SV7@SV6))=$false) | (((SV25@SV24) = (SV7@((sK5_Xt@(SV27@SV26))@SV7)))=$false))),inference(extuni,[status(esa)],[201:[bind(SV8,$thf(SV27@SV26))]])).
44.91/45.08	 thf(213,plain,(![SV24:a,SV25:(a>a),SV13:a,SV12:(a>a),SV26:a,SV27:(a>a)]: (((cR@SV13)=$false) | ((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((cR@SV26)=$false) | ((cR@SV24)=$false) | (((SV27@SV26) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | (((SV25@SV24) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[190])).
44.91/45.08	 thf(214,plain,(![SV26:a,SV27:(a>a),SV13:a,SV12:(a>a),SV24:a,SV25:(a>a)]: (((cR@SV13)=$false) | ((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((cR@SV26)=$false) | ((cR@SV24)=$false) | (((SV25@SV24) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | (((SV27@SV26) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[190])).
44.91/45.08	 thf(215,plain,(![SV24:a,SV25:(a>a),SV16:(a>a),SV26:a,SV27:(a>a)]: (((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((cR@SV26)=$false) | ((cR@SV24)=$false) | (((SV27@SV26) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | (((SV25@SV24) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[183])).
44.91/45.08	 thf(216,plain,(![SV26:a,SV27:(a>a),SV16:(a>a),SV24:a,SV25:(a>a)]: (((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((cR@SV26)=$false) | ((cR@SV24)=$false) | (((SV25@SV24) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | (((SV27@SV26) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[183])).
44.91/45.08	 thf(217,plain,(![SV28:a,SV29:(a>a),SV30:a,SV31:(a>a)]: (((cR@SV28)=$false) | ((cR@SV30)=$false) | ((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | (((SV31@SV30) = (SV29@((sK5_Xt@(SV29@SV28))@SV29)))=$false))),inference(rename,[status(thm)],[92])).
44.91/45.08	 thf(235,plain,(![SV28:a,SV29:(a>a),SV30:a,SV31:(a>a),SV16:(a>a)]: (((((SV31@SV30) = (SV29@((sK5_Xt@(SV29@SV28))@SV29))) = ((SV16@sK4_Xx) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16))))=$false) | ((cR@SV28)=$false) | ((cR@SV30)=$false) | ((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true))),inference(res,[status(thm)],[217,125])).
44.91/45.08	 thf(242,plain,(![SV28:a,SV29:(a>a),SV30:a,SV31:(a>a),SV12:(a>a),SV13:a]: (((((SV31@SV30) = (SV29@((sK5_Xt@(SV29@SV28))@SV29))) = ((SV12@SV13) = (SV12@((sK5_Xt@(SV12@SV13))@SV12))))=$false) | ((cR@SV28)=$false) | ((cR@SV30)=$false) | ((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((cR@SV13)=$false))),inference(res,[status(thm)],[217,94])).
44.91/45.08	 thf(253,plain,(![SV28:a,SV29:(a>a),SV30:a,SV31:(a>a),SV6:a,SV7:(a>a),SV8:a]: (((((SV31@SV30) = (SV29@((sK5_Xt@(SV29@SV28))@SV29))) = (SV8 = (SV7@((sK5_Xt@SV8)@SV7))))=$false) | ((cR@SV28)=$false) | ((cR@SV30)=$false) | ((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((SV8 = (SV7@SV6))=$false) | ((cR@SV6)=$false))),inference(res,[status(thm)],[217,63])).
44.91/45.08	 thf(256,plain,(![SV28:a,SV29:(a>a),SV30:a,SV31:(a>a)]: ((((cS@((sK5_Xt@(SV29@SV28))@SV31)) = (cS@sK4_Xx))=$false) | ((cR@SV28)=$false) | ((cR@SV30)=$false) | (((SV31@SV30) = (SV29@((sK5_Xt@(SV29@SV28))@SV29)))=$false))),inference(res,[status(thm)],[217,51])).
44.91/45.08	 thf(258,plain,(![SV28:a,SV29:(a>a),SV30:a,SV31:(a>a)]: ((((cR@SV30) = (cR@sK4_Xx))=$false) | ((cR@SV28)=$false) | ((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | (((SV31@SV30) = (SV29@((sK5_Xt@(SV29@SV28))@SV29)))=$false))),inference(res,[status(thm)],[217,48])).
44.91/45.08	 thf(259,plain,(![SV28:a,SV29:(a>a),SV30:a,SV31:(a>a)]: ((((cR@SV28) = (cR@sK4_Xx))=$false) | ((cR@SV30)=$false) | ((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | (((SV31@SV30) = (SV29@((sK5_Xt@(SV29@SV28))@SV29)))=$false))),inference(res,[status(thm)],[217,48])).
44.91/45.08	 thf(260,plain,(![SV29:(a>a),SV30:a,SV31:(a>a)]: (((cS@((sK5_Xt@(SV29@sK4_Xx))@SV31))=$true) | ((cR@SV30)=$false) | (((SV31@SV30) = (SV29@((sK5_Xt@(SV29@sK4_Xx))@SV29)))=$false))),inference(extuni,[status(esa)],[259:[bind(SV28,$thf(sK4_Xx))]])).
44.91/45.08	 thf(261,plain,(![SV28:a,SV29:(a>a),SV31:(a>a)]: (((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((cR@SV28)=$false) | (((SV31@sK4_Xx) = (SV29@((sK5_Xt@(SV29@SV28))@SV29)))=$false))),inference(extuni,[status(esa)],[258:[bind(SV30,$thf(sK4_Xx))]])).
44.91/45.08	 thf(262,plain,(![SV28:a,SV29:(a>a),SV30:a,SV31:(a>a)]: (((cR@SV30)=$false) | ((cR@SV28)=$false) | ((((sK5_Xt@(SV29@SV28))@SV31) = sK4_Xx)=$false) | (((SV31@SV30) = (SV29@((sK5_Xt@(SV29@SV28))@SV29)))=$false))),inference(extuni,[status(esa)],[256])).
44.91/45.08	 thf(263,plain,(![SV30:a,SV31:(a>a),SV6:a,SV7:(a>a),SV28:a,SV29:(a>a)]: (((cR@SV6)=$false) | ((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((cR@SV30)=$false) | ((cR@SV28)=$false) | (((SV29@((sK5_Xt@(SV29@SV28))@SV29)) = (SV7@SV6))=$false) | (((SV31@SV30) = (SV7@((sK5_Xt@(SV29@((sK5_Xt@(SV29@SV28))@SV29)))@SV7)))=$false))),inference(extuni,[status(esa)],[253:[bind(SV8,$thf(SV29@((sK5_Xt@(SV29@SV28))@SV29)))]])).
44.91/45.08	 thf(264,plain,(![SV28:a,SV29:(a>a),SV6:a,SV7:(a>a),SV30:a,SV31:(a>a)]: (((cR@SV6)=$false) | ((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((cR@SV30)=$false) | ((cR@SV28)=$false) | (((SV31@SV30) = (SV7@SV6))=$false) | (((SV29@((sK5_Xt@(SV29@SV28))@SV29)) = (SV7@((sK5_Xt@(SV31@SV30))@SV7)))=$false))),inference(extuni,[status(esa)],[253:[bind(SV8,$thf(SV31@SV30))]])).
44.91/45.08	 thf(265,plain,(![SV28:a,SV29:(a>a),SV13:a,SV12:(a>a),SV30:a,SV31:(a>a)]: (((cR@SV13)=$false) | ((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((cR@SV30)=$false) | ((cR@SV28)=$false) | (((SV31@SV30) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | (((SV29@((sK5_Xt@(SV29@SV28))@SV29)) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[242])).
44.91/45.08	 thf(266,plain,(![SV30:a,SV31:(a>a),SV13:a,SV12:(a>a),SV28:a,SV29:(a>a)]: (((cR@SV13)=$false) | ((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((cR@SV30)=$false) | ((cR@SV28)=$false) | (((SV29@((sK5_Xt@(SV29@SV28))@SV29)) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | (((SV31@SV30) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[242])).
44.91/45.08	 thf(267,plain,(![SV28:a,SV29:(a>a),SV16:(a>a),SV30:a,SV31:(a>a)]: (((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((cR@SV30)=$false) | ((cR@SV28)=$false) | (((SV31@SV30) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | (((SV29@((sK5_Xt@(SV29@SV28))@SV29)) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[235])).
44.91/45.08	 thf(268,plain,(![SV30:a,SV31:(a>a),SV16:(a>a),SV28:a,SV29:(a>a)]: (((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((cR@SV30)=$false) | ((cR@SV28)=$false) | (((SV29@((sK5_Xt@(SV29@SV28))@SV29)) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | (((SV31@SV30) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[235])).
44.91/45.08	 thf(271,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV35)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV37)=$false) | (((SV38@SV37) = (SV36@SV35))=$false))),inference(rename,[status(thm)],[106])).
44.91/45.08	 thf(272,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36))) = ((SV38@SV37) = (SV36@SV35)))=$false) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | ((cR@SV35)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV37)=$false))),inference(res,[status(thm)],[271,271])).
44.91/45.08	 thf(274,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((((SV38@SV37) = (SV36@SV35)) = ((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36))))=$false) | ((cR@SV35)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | (((SV38@SV37) = (SV36@SV35))=$false))),inference(res,[status(thm)],[271,271])).
44.91/45.08	 thf(278,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a),SV28:a,SV29:(a>a),SV30:a,SV31:(a>a)]: (((((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36))) = ((SV31@SV30) = (SV29@((sK5_Xt@(SV29@SV28))@SV29))))=$false) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | ((cR@SV28)=$false) | ((cR@SV30)=$false) | ((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true))),inference(res,[status(thm)],[271,217])).
44.91/45.08	 thf(284,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a),SV24:a,SV25:(a>a),SV26:a,SV27:(a>a)]: (((((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36))) = ((SV27@SV26) = (SV25@SV24)))=$false) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | ((cR@SV24)=$false) | ((cR@SV26)=$false) | ((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true))),inference(res,[status(thm)],[271,171])).
44.91/45.08	 thf(290,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a),SV22:(a>a),SV23:a]: (((((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36))) = (((sK5_Xt@(SV22@SV23))@SV22) = sK4_Xx))=$false) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | ((cR@SV23)=$false))),inference(res,[status(thm)],[271,148])).
44.91/45.08	 thf(295,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a),SV16:(a>a)]: (((((SV38@SV37) = (SV36@SV35)) = ((SV16@sK4_Xx) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16))))=$false) | ((cR@SV35)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV37)=$false))),inference(res,[status(thm)],[271,125])).
44.91/45.08	 thf(302,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a),SV12:(a>a),SV13:a]: (((((SV38@SV37) = (SV36@SV35)) = ((SV12@SV13) = (SV12@((sK5_Xt@(SV12@SV13))@SV12))))=$false) | ((cR@SV35)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV37)=$false) | ((cR@SV13)=$false))),inference(res,[status(thm)],[271,94])).
44.91/45.08	 thf(307,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a),SV9:a,SV10:(a>a),SV11:a]: (((((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36))) = (SV11 = (SV10@SV9)))=$false) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | ((cS@((sK5_Xt@SV11)@SV10))=$true) | ((cR@SV9)=$false))),inference(res,[status(thm)],[271,77])).
44.91/45.08	 thf(312,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a),SV6:a,SV7:(a>a),SV8:a]: (((((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36))) = (SV8 = (SV7@SV6)))=$false) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | ((SV8 = (SV7@((sK5_Xt@SV8)@SV7)))=$true) | ((cR@SV6)=$false))),inference(res,[status(thm)],[271,63])).
44.91/45.08	 thf(313,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a),SV6:a,SV7:(a>a),SV8:a]: (((((SV38@SV37) = (SV36@SV35)) = (SV8 = (SV7@((sK5_Xt@SV8)@SV7))))=$false) | ((cR@SV35)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV37)=$false) | ((SV8 = (SV7@SV6))=$false) | ((cR@SV6)=$false))),inference(res,[status(thm)],[271,63])).
44.91/45.08	 thf(318,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: ((((cR@SV37) = (cR@sK4_Xx))=$false) | ((cR@SV35)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | (((SV38@SV37) = (SV36@SV35))=$false))),inference(res,[status(thm)],[271,48])).
44.91/45.08	 thf(319,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: ((((cR@SV35) = (cR@sK4_Xx))=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV37)=$false) | (((SV38@SV37) = (SV36@SV35))=$false))),inference(res,[status(thm)],[271,48])).
44.91/45.08	 thf(320,plain,(![SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | (((SV38@SV37) = (SV36@sK4_Xx))=$false))),inference(extuni,[status(esa)],[319:[bind(SV35,$thf(sK4_Xx))]])).
44.91/45.08	 thf(321,plain,(![SV35:a,SV36:(a>a),SV38:(a>a)]: ((((SV38@((sK5_Xt@(SV38@sK4_Xx))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@sK4_Xx))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | (((SV38@sK4_Xx) = (SV36@SV35))=$false))),inference(extuni,[status(esa)],[318:[bind(SV37,$thf(sK4_Xx))]])).
44.91/45.08	 thf(322,plain,(![SV37:a,SV38:(a>a),SV6:a,SV7:(a>a),SV35:a,SV36:(a>a)]: (((cR@SV6)=$false) | ((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | (((SV36@SV35) = (SV7@SV6))=$false) | (((SV38@SV37) = (SV7@((sK5_Xt@(SV36@SV35))@SV7)))=$false))),inference(extuni,[status(esa)],[313:[bind(SV8,$thf(SV36@SV35))]])).
44.91/45.08	 thf(323,plain,(![SV35:a,SV36:(a>a),SV6:a,SV7:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV6)=$false) | ((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV7@SV6))=$false) | (((SV36@SV35) = (SV7@((sK5_Xt@(SV38@SV37))@SV7)))=$false))),inference(extuni,[status(esa)],[313:[bind(SV8,$thf(SV38@SV37))]])).
44.91/45.08	 thf(324,plain,(![SV6:a,SV7:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV6)=$false) | (((SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)) = (SV7@((sK5_Xt@(SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))@SV7)))=$true) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV7@SV6))=$false))),inference(extuni,[status(esa)],[312:[bind(SV8,$thf(SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))]])).
44.91/45.08	 thf(325,plain,(![SV6:a,SV7:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV6)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV7@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV7)))=$true) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)) = (SV7@SV6))=$false))),inference(extuni,[status(esa)],[312:[bind(SV8,$thf(SV38@((sK5_Xt@(SV38@SV37))@SV38)))]])).
44.91/45.08	 thf(326,plain,(![SV9:a,SV10:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV9)=$false) | ((cS@((sK5_Xt@(SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))@SV10))=$true) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV10@SV9))=$false))),inference(extuni,[status(esa)],[307:[bind(SV11,$thf(SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))]])).
44.91/45.08	 thf(327,plain,(![SV9:a,SV10:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV9)=$false) | ((cS@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV10))=$true) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)) = (SV10@SV9))=$false))),inference(extuni,[status(esa)],[307:[bind(SV11,$thf(SV38@((sK5_Xt@(SV38@SV37))@SV38)))]])).
44.91/45.08	 thf(328,plain,(![SV35:a,SV36:(a>a),SV13:a,SV12:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV13)=$false) | ((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | (((SV36@SV35) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[302])).
44.91/45.08	 thf(329,plain,(![SV37:a,SV38:(a>a),SV13:a,SV12:(a>a),SV35:a,SV36:(a>a)]: (((cR@SV13)=$false) | ((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | (((SV36@SV35) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | (((SV38@SV37) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[302])).
44.91/45.08	 thf(330,plain,(![SV35:a,SV36:(a>a),SV16:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | (((SV36@SV35) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[295])).
44.91/45.08	 thf(331,plain,(![SV37:a,SV38:(a>a),SV16:(a>a),SV35:a,SV36:(a>a)]: (((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | (((SV36@SV35) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | (((SV38@SV37) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[295])).
44.91/45.08	 thf(332,plain,(![SV23:a,SV42:(a>(a>a)),SV35:a,SV41:(a>a)]: (((cR@SV23)=$false) | ((cR@((sK5_Xt@(SV41@SV35))@(SV42@SV35)))=$false) | ((cR@SV35)=$false) | ((((sK5_Xt@((sK5_Xt@(SV41@SV35))@(SV42@SV35)))@(^[SX0:a]: SX0)) = sK4_Xx)=$false) | (((SV41@((sK5_Xt@((sK5_Xt@((sK5_Xt@(SV41@SV35))@(SV42@SV35)))@(^[SX0:a]: SX0)))@(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0))))) = ((SV42@((sK5_Xt@((sK5_Xt@((sK5_Xt@(SV41@SV35))@(SV42@SV35)))@(^[SX0:a]: SX0)))@(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0)))))@SV23))=$false))),inference(extuni,[status(esa)],[290:[bind(SV37,$thf((sK5_Xt@(SV41@SV35))@(SV42@SV35))),bind(SV38,$thf(^[SX0:a]: SX0)),bind(SV22,$thf(SV42@((sK5_Xt@((sK5_Xt@((sK5_Xt@(SV41@SV35))@(SV42@SV35)))@(^[SX0:a]: SX0)))@(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0)))))),bind(SV36,$thf(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0))))]])).
44.91/45.08	 thf(333,plain,(![SV37:a,SV35:a,SV23:a,SV42:(a>(a>a)),SV41:(a>a)]: (((cR@SV23)=$false) | ((sK4_Xx = ((sK5_Xt@(SV41@SV35))@(SV42@SV35)))=$false) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV41@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0))))) = ((SV42@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0)))))@SV23))=$false))),inference(extuni,[status(esa)],[290:[bind(SV38,$thf(^[SX0:a]: sK4_Xx)),bind(SV22,$thf(SV42@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0)))))),bind(SV36,$thf(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0))))]])).
44.91/45.08	 thf(334,plain,(![SV22:(a>a),SV42:(a>(a>a)),SV35:a,SV41:(a>a),SV23:a]: (((cR@SV23)=$false) | ((cR@((sK5_Xt@(SV41@SV35))@(SV42@SV35)))=$false) | ((cR@SV35)=$false) | ((((sK5_Xt@((sK5_Xt@(SV41@SV35))@(SV42@SV35)))@(^[SX0:a]: SX0)) = sK4_Xx)=$false) | ((((sK5_Xt@(SV41@((sK5_Xt@((sK5_Xt@((sK5_Xt@(SV41@SV35))@(SV42@SV35)))@(^[SX0:a]: SX0)))@(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0))))))@(SV42@((sK5_Xt@((sK5_Xt@((sK5_Xt@(SV41@SV35))@(SV42@SV35)))@(^[SX0:a]: SX0)))@(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0)))))) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[290:[bind(SV37,$thf((sK5_Xt@(SV41@SV35))@(SV42@SV35))),bind(SV38,$thf(^[SX0:a]: SX0)),bind(SV36,$thf(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0))))]])).
44.91/45.08	 thf(335,plain,(![SV22:(a>a),SV37:a,SV42:(a>(a>a)),SV35:a,SV41:(a>a),SV23:a]: (((cR@SV23)=$false) | ((sK4_Xx = ((sK5_Xt@(SV41@SV35))@(SV42@SV35)))=$false) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | ((((sK5_Xt@(SV41@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0))))))@(SV42@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0)))))) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[290:[bind(SV38,$thf(^[SX0:a]: sK4_Xx)),bind(SV36,$thf(^[SX0:a]: ((sK5_Xt@(SV41@SX0))@(SV42@SX0))))]])).
44.91/45.08	 thf(336,plain,(![SV35:a]: (((cR@((sK5_Xt@SV35)@(^[SX0:a]: SX0)))=$false) | ((cR@SV35)=$false) | ((cR@SV35)=$false) | ((((sK5_Xt@SV35)@(^[SX0:a]: SX0)) = sK4_Xx)=$false))),inference(extuni,[status(esa)],[290:[bind(SV23,$thf((sK5_Xt@SV35)@(^[SX0:a]: SX0))),bind(SV37,$thf(SV35)),bind(SV38,$thf(^[SX0:a]: SX0)),bind(SV22,$thf(^[SX0:a]: SX0)),bind(SV36,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(337,plain,(![SV37:a]: (((cR@sK4_Xx)=$false) | ((cR@SV37)=$false) | ((cR@sK4_Xx)=$false))),inference(extuni,[status(esa)],[290:[bind(SV23,$thf(sK4_Xx)),bind(SV35,$thf(sK4_Xx)),bind(SV38,$thf(^[SX0:a]: sK4_Xx)),bind(SV22,$thf(^[SX0:a]: SX0)),bind(SV36,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(338,plain,(![SV22:(a>a),SV35:a,SV23:a]: (((cR@SV23)=$false) | ((cR@SV35)=$false) | ((cR@SV35)=$false) | ((((sK5_Xt@SV35)@(^[SX0:a]: SX0)) = sK4_Xx)=$false) | ((((sK5_Xt@((sK5_Xt@SV35)@(^[SX0:a]: SX0)))@(^[SX0:a]: SX0)) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[290:[bind(SV37,$thf(SV35)),bind(SV38,$thf(^[SX0:a]: SX0)),bind(SV36,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(339,plain,(![SV22:(a>a),SV37:a,SV23:a]: (((cR@SV23)=$false) | ((cR@SV37)=$false) | ((cR@sK4_Xx)=$false) | ((((sK5_Xt@sK4_Xx)@(^[SX0:a]: SX0)) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[290:[bind(SV35,$thf(sK4_Xx)),bind(SV38,$thf(^[SX0:a]: sK4_Xx)),bind(SV36,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(340,plain,(![SV23:a,SV54:(a>(a>a)),SV37:a,SV53:(a>a)]: (((cR@SV23)=$false) | ((cR@SV37)=$false) | ((cR@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))=$false) | ((((sK5_Xt@((sK5_Xt@(SV53@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0))))))@(SV54@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0)))))))@(^[SX0:a]: SX0)) = sK4_Xx)=$false) | (((SV53@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0))))) = ((SV54@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0)))))@SV23))=$false))),inference(extuni,[status(esa)],[290:[bind(SV35,$thf((sK5_Xt@(SV53@SV37))@(SV54@SV37))),bind(SV36,$thf(^[SX0:a]: SX0)),bind(SV22,$thf(SV54@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0)))))),bind(SV38,$thf(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0))))]])).
44.91/45.08	 thf(341,plain,(![SV35:a,SV23:a,SV54:(a>(a>a)),SV37:a,SV53:(a>a)]: (((cR@SV23)=$false) | ((((sK5_Xt@(SV53@SV37))@(SV54@SV37)) = sK4_Xx)=$false) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV53@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0))))) = ((SV54@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0)))))@SV23))=$false))),inference(extuni,[status(esa)],[290:[bind(SV36,$thf(^[SX0:a]: sK4_Xx)),bind(SV22,$thf(SV54@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0)))))),bind(SV38,$thf(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0))))]])).
44.91/45.08	 thf(342,plain,(![SV22:(a>a),SV54:(a>(a>a)),SV53:(a>a),SV37:a,SV23:a]: (((cR@SV23)=$false) | ((cR@SV37)=$false) | ((cR@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))=$false) | ((((sK5_Xt@((sK5_Xt@(SV53@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0))))))@(SV54@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0)))))))@(^[SX0:a]: SX0)) = sK4_Xx)=$false) | ((((sK5_Xt@(SV53@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0))))))@(SV54@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0)))))) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[290:[bind(SV35,$thf((sK5_Xt@(SV53@SV37))@(SV54@SV37))),bind(SV36,$thf(^[SX0:a]: SX0)),bind(SV38,$thf(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0))))]])).
44.91/45.08	 thf(343,plain,(![SV22:(a>a),SV35:a,SV54:(a>(a>a)),SV37:a,SV53:(a>a),SV23:a]: (((cR@SV23)=$false) | ((((sK5_Xt@(SV53@SV37))@(SV54@SV37)) = sK4_Xx)=$false) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | ((((sK5_Xt@(SV53@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0))))))@(SV54@((sK5_Xt@((sK5_Xt@(SV53@SV37))@(SV54@SV37)))@(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0)))))) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[290:[bind(SV36,$thf(^[SX0:a]: sK4_Xx)),bind(SV38,$thf(^[SX0:a]: ((sK5_Xt@(SV53@SX0))@(SV54@SX0))))]])).
44.91/45.08	 thf(344,plain,(![SV35:a]: (((cR@SV35)=$false) | ((cR@SV35)=$false) | ((cR@SV35)=$false) | ((((sK5_Xt@((sK5_Xt@SV35)@(^[SX0:a]: SX0)))@(^[SX0:a]: SX0)) = sK4_Xx)=$false))),inference(extuni,[status(esa)],[290:[bind(SV23,$thf(SV35)),bind(SV36,$thf(^[SX0:a]: SX0)),bind(SV22,$thf(^[SX0:a]: SX0)),bind(SV37,$thf(SV35)),bind(SV38,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(345,plain,(![SV35:a]: (((cR@sK4_Xx)=$false) | ((cR@sK4_Xx)=$false) | ((cR@SV35)=$false))),inference(extuni,[status(esa)],[290:[bind(SV23,$thf(sK4_Xx)),bind(SV36,$thf(^[SX0:a]: sK4_Xx)),bind(SV22,$thf(^[SX0:a]: SX0)),bind(SV37,$thf(sK4_Xx)),bind(SV38,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(346,plain,(![SV22:(a>a),SV35:a,SV23:a]: (((cR@SV23)=$false) | ((cR@SV35)=$false) | ((cR@SV35)=$false) | ((((sK5_Xt@((sK5_Xt@SV35)@(^[SX0:a]: SX0)))@(^[SX0:a]: SX0)) = sK4_Xx)=$false) | ((((sK5_Xt@SV35)@(^[SX0:a]: SX0)) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[290:[bind(SV37,$thf(SV35)),bind(SV36,$thf(^[SX0:a]: SX0)),bind(SV38,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(347,plain,(![SV22:(a>a),SV35:a,SV23:a]: (((cR@SV23)=$false) | ((cR@sK4_Xx)=$false) | ((cR@SV35)=$false) | ((((sK5_Xt@sK4_Xx)@(^[SX0:a]: SX0)) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[290:[bind(SV37,$thf(sK4_Xx)),bind(SV36,$thf(^[SX0:a]: sK4_Xx)),bind(SV38,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(348,plain,(![SV26:a,SV27:(a>a),SV24:a,SV25:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((cR@SV26)=$false) | ((cR@SV24)=$false) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV25@SV24))=$false) | (((SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)) = (SV27@SV26))=$false))),inference(extuni,[status(esa)],[284])).
44.91/45.08	 thf(349,plain,(![SV26:a,SV27:(a>a),SV24:a,SV25:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((cR@SV26)=$false) | ((cR@SV24)=$false) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)) = (SV25@SV24))=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV27@SV26))=$false))),inference(extuni,[status(esa)],[284])).
44.91/45.08	 thf(350,plain,(![SV30:a,SV31:(a>a),SV28:a,SV29:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((cR@SV30)=$false) | ((cR@SV28)=$false) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV29@((sK5_Xt@(SV29@SV28))@SV29)))=$false) | (((SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)) = (SV31@SV30))=$false))),inference(extuni,[status(esa)],[278])).
44.91/45.08	 thf(351,plain,(![SV30:a,SV31:(a>a),SV28:a,SV29:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((cR@SV30)=$false) | ((cR@SV28)=$false) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)) = (SV29@((sK5_Xt@(SV29@SV28))@SV29)))=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV31@SV30))=$false))),inference(extuni,[status(esa)],[278])).
44.91/45.08	 thf(352,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV38@SV37) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$false) | (((SV36@SV35) = (SV38@((sK5_Xt@(SV38@SV37))@SV38)))=$false))),inference(extuni,[status(esa)],[274])).
44.91/45.08	 thf(353,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV36@SV35) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$false) | (((SV38@SV37) = (SV38@((sK5_Xt@(SV38@SV37))@SV38)))=$false))),inference(extuni,[status(esa)],[274])).
44.91/45.08	 thf(354,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@SV35))=$false) | (((SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)) = (SV38@SV37))=$false))),inference(extuni,[status(esa)],[272])).
44.91/45.08	 thf(355,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)) = (SV36@SV35))=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV38@SV37))=$false))),inference(extuni,[status(esa)],[272])).
44.91/45.08	 thf(356,plain,(![SV22:(a>a),SV35:a,SV23:a]: (((cR@SV23)=$false) | ((cR@SV35)=$false) | ((((sK5_Xt@((sK5_Xt@SV35)@(^[SX0:a]: SX0)))@(^[SX0:a]: SX0)) = sK4_Xx)=$false) | ((((sK5_Xt@SV35)@(^[SX0:a]: SX0)) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(sim,[status(thm)],[346])).
44.91/45.08	 thf(357,plain,(![SV35:a]: (((cR@sK4_Xx)=$false) | ((cR@SV35)=$false))),inference(sim,[status(thm)],[345])).
44.91/45.08	 thf(358,plain,(![SV35:a]: (((cR@SV35)=$false) | ((((sK5_Xt@((sK5_Xt@SV35)@(^[SX0:a]: SX0)))@(^[SX0:a]: SX0)) = sK4_Xx)=$false))),inference(sim,[status(thm)],[344])).
44.91/45.08	 thf(359,plain,(![SV22:(a>a),SV35:a,SV23:a]: (((cR@SV23)=$false) | ((cR@SV35)=$false) | ((((sK5_Xt@SV35)@(^[SX0:a]: SX0)) = sK4_Xx)=$false) | ((((sK5_Xt@((sK5_Xt@SV35)@(^[SX0:a]: SX0)))@(^[SX0:a]: SX0)) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(sim,[status(thm)],[338])).
44.91/45.08	 thf(360,plain,(![SV37:a]: (((cR@sK4_Xx)=$false) | ((cR@SV37)=$false))),inference(sim,[status(thm)],[337])).
44.91/45.08	 thf(361,plain,(![SV35:a]: (((cR@((sK5_Xt@SV35)@(^[SX0:a]: SX0)))=$false) | ((cR@SV35)=$false) | ((((sK5_Xt@SV35)@(^[SX0:a]: SX0)) = sK4_Xx)=$false))),inference(sim,[status(thm)],[336])).
44.91/45.08	 thf(362,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV36@SV35) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$false) | (((SV38@SV37) = (SV38@((sK5_Xt@(SV38@SV37))@SV38)))=$false))),inference(sim,[status(thm)],[353])).
44.91/45.08	 thf(363,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | ((cR@SV35)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV38@SV37) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$false) | (((SV36@SV35) = (SV38@((sK5_Xt@(SV38@SV37))@SV38)))=$false))),inference(sim,[status(thm)],[352])).
44.91/45.08	 thf(364,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)) = (SV36@SV35))=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV38@SV37))=$false))),inference(sim,[status(thm)],[355])).
44.91/45.08	 thf(365,plain,(![SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@SV35))=$false) | (((SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)) = (SV38@SV37))=$false))),inference(sim,[status(thm)],[354])).
44.91/45.08	 thf(366,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV63)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV65)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false))),inference(rename,[status(thm)],[107])).
44.91/45.08	 thf(367,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64))) = ((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63)))=$false) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | ((cR@SV63)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV65)=$false))),inference(res,[status(thm)],[366,366])).
44.91/45.08	 thf(369,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63)) = ((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64))))=$false) | ((cR@SV63)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false))),inference(res,[status(thm)],[366,366])).
44.91/45.08	 thf(373,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64))) = ((SV38@SV37) = (SV36@SV35)))=$false) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | ((cR@SV35)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV37)=$false))),inference(res,[status(thm)],[366,271])).
44.91/45.08	 thf(375,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63)) = ((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36))))=$false) | ((cR@SV63)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV65)=$false) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | (((SV38@SV37) = (SV36@SV35))=$false))),inference(res,[status(thm)],[366,271])).
44.91/45.08	 thf(379,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV28:a,SV29:(a>a),SV30:a,SV31:(a>a)]: (((((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64))) = ((SV31@SV30) = (SV29@((sK5_Xt@(SV29@SV28))@SV29))))=$false) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | ((cR@SV28)=$false) | ((cR@SV30)=$false) | ((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true))),inference(res,[status(thm)],[366,217])).
44.91/45.08	 thf(385,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV24:a,SV25:(a>a),SV26:a,SV27:(a>a)]: (((((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64))) = ((SV27@SV26) = (SV25@SV24)))=$false) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | ((cR@SV24)=$false) | ((cR@SV26)=$false) | ((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true))),inference(res,[status(thm)],[366,171])).
44.91/45.08	 thf(391,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV22:(a>a),SV23:a]: (((((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64))) = (((sK5_Xt@(SV22@SV23))@SV22) = sK4_Xx))=$false) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | ((cR@SV23)=$false))),inference(res,[status(thm)],[366,148])).
44.91/45.08	 thf(396,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV16:(a>a)]: (((((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63)) = ((SV16@sK4_Xx) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16))))=$false) | ((cR@SV63)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV65)=$false))),inference(res,[status(thm)],[366,125])).
44.91/45.08	 thf(403,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV12:(a>a),SV13:a]: (((((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63)) = ((SV12@SV13) = (SV12@((sK5_Xt@(SV12@SV13))@SV12))))=$false) | ((cR@SV63)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV65)=$false) | ((cR@SV13)=$false))),inference(res,[status(thm)],[366,94])).
44.91/45.08	 thf(408,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV9:a,SV10:(a>a),SV11:a]: (((((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64))) = (SV11 = (SV10@SV9)))=$false) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | ((cS@((sK5_Xt@SV11)@SV10))=$true) | ((cR@SV9)=$false))),inference(res,[status(thm)],[366,77])).
44.91/45.08	 thf(413,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV6:a,SV7:(a>a),SV8:a]: (((((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64))) = (SV8 = (SV7@SV6)))=$false) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | ((SV8 = (SV7@((sK5_Xt@SV8)@SV7)))=$true) | ((cR@SV6)=$false))),inference(res,[status(thm)],[366,63])).
44.91/45.08	 thf(414,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV6:a,SV7:(a>a),SV8:a]: (((((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63)) = (SV8 = (SV7@((sK5_Xt@SV8)@SV7))))=$false) | ((cR@SV63)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV65)=$false) | ((SV8 = (SV7@SV6))=$false) | ((cR@SV6)=$false))),inference(res,[status(thm)],[366,63])).
44.91/45.08	 thf(419,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: ((((cR@SV65) = (cR@sK4_Xx))=$false) | ((cR@SV63)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false))),inference(res,[status(thm)],[366,48])).
44.91/45.08	 thf(420,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: ((((cR@SV63) = (cR@sK4_Xx))=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV65)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false))),inference(res,[status(thm)],[366,48])).
44.91/45.08	 thf(421,plain,(![SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@sK4_Xx))=$false))),inference(extuni,[status(esa)],[420:[bind(SV63,$thf(sK4_Xx))]])).
44.91/45.08	 thf(422,plain,(![SV63:a,SV64:(a>a),SV66:(a>a)]: ((((SV66@sK4_Xx) = (SV64@((sK5_Xt@(SV66@sK4_Xx))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@sK4_Xx))@SV66)) = (SV64@SV63))=$false))),inference(extuni,[status(esa)],[419:[bind(SV65,$thf(sK4_Xx))]])).
44.91/45.08	 thf(423,plain,(![SV65:a,SV66:(a>a),SV6:a,SV7:(a>a),SV63:a,SV64:(a>a)]: (((cR@SV6)=$false) | ((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV64@SV63) = (SV7@SV6))=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV7@((sK5_Xt@(SV64@SV63))@SV7)))=$false))),inference(extuni,[status(esa)],[414:[bind(SV8,$thf(SV64@SV63))]])).
44.91/45.08	 thf(424,plain,(![SV63:a,SV64:(a>a),SV6:a,SV7:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV6)=$false) | ((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV7@SV6))=$false) | (((SV64@SV63) = (SV7@((sK5_Xt@(SV66@((sK5_Xt@(SV66@SV65))@SV66)))@SV7)))=$false))),inference(extuni,[status(esa)],[414:[bind(SV8,$thf(SV66@((sK5_Xt@(SV66@SV65))@SV66)))]])).
44.91/45.08	 thf(425,plain,(![SV6:a,SV7:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV6)=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV7@((sK5_Xt@(SV64@((sK5_Xt@(SV66@SV65))@SV64)))@SV7)))=$true) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV66@SV65) = (SV7@SV6))=$false))),inference(extuni,[status(esa)],[413:[bind(SV8,$thf(SV64@((sK5_Xt@(SV66@SV65))@SV64)))]])).
44.91/45.08	 thf(426,plain,(![SV6:a,SV7:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV6)=$false) | (((SV66@SV65) = (SV7@((sK5_Xt@(SV66@SV65))@SV7)))=$true) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV7@SV6))=$false))),inference(extuni,[status(esa)],[413:[bind(SV8,$thf(SV66@SV65))]])).
44.91/45.08	 thf(427,plain,(![SV9:a,SV10:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV9)=$false) | ((cS@((sK5_Xt@(SV64@((sK5_Xt@(SV66@SV65))@SV64)))@SV10))=$true) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV66@SV65) = (SV10@SV9))=$false))),inference(extuni,[status(esa)],[408:[bind(SV11,$thf(SV64@((sK5_Xt@(SV66@SV65))@SV64)))]])).
44.91/45.08	 thf(428,plain,(![SV9:a,SV10:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV9)=$false) | ((cS@((sK5_Xt@(SV66@SV65))@SV10))=$true) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV10@SV9))=$false))),inference(extuni,[status(esa)],[408:[bind(SV11,$thf(SV66@SV65))]])).
44.91/45.08	 thf(429,plain,(![SV63:a,SV64:(a>a),SV13:a,SV12:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV13)=$false) | ((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | (((SV64@SV63) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[403])).
44.91/45.08	 thf(430,plain,(![SV65:a,SV66:(a>a),SV13:a,SV12:(a>a),SV63:a,SV64:(a>a)]: (((cR@SV13)=$false) | ((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV64@SV63) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[403])).
44.91/45.08	 thf(431,plain,(![SV63:a,SV64:(a>a),SV16:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | (((SV64@SV63) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[396])).
44.91/45.08	 thf(432,plain,(![SV65:a,SV66:(a>a),SV16:(a>a),SV63:a,SV64:(a>a)]: (((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV64@SV63) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[396])).
44.91/45.08	 thf(433,plain,(![SV63:a,SV23:a,SV70:(a>(a>a)),SV69:(a>a)]: (((cR@SV23)=$false) | ((((((sK6_E@SV69)@SV23)@SV63)@SV70) = ((SV70@SV63)@((((sK6_E@SV69)@SV23)@SV63)@SV70)))=$false) | ((sK4_Xx = (SV69@SV63))=$false) | ((cR@sK4_Xx)=$false) | ((cR@SV63)=$false) | (((SV69@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0))))) = ((SV70@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0)))))@SV23))=$false))),inference(extuni,[status(esa)],[391:[bind(SV65,$thf(sK4_Xx)),bind(SV66,$thf(^[SX0:a]: SX0)),bind(SV22,$thf(SV70@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0)))))),bind(SV64,$thf(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0))))]])).
44.91/45.08	 thf(434,plain,(![SV63:a,SV23:a,SV70:(a>(a>a)),SV69:(a>a)]: (((cR@SV23)=$false) | ((((sK5_Xt@sK4_Xx)@(^[SX0:a]: SX0)) = ((sK5_Xt@(SV69@SV63))@(SV70@SV63)))=$false) | ((cR@sK4_Xx)=$false) | ((cR@SV63)=$false) | (((SV69@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0))))) = ((SV70@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0)))))@SV23))=$false))),inference(extuni,[status(esa)],[391:[bind(SV65,$thf(sK4_Xx)),bind(SV66,$thf(^[SX0:a]: SX0)),bind(SV22,$thf(SV70@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0)))))),bind(SV64,$thf(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0))))]])).
44.91/45.08	 thf(435,plain,(![SV65:a,SV63:a,SV23:a,SV70:(a>(a>a)),SV69:(a>a)]: (((cR@SV23)=$false) | ((sK4_Xx = ((sK5_Xt@(SV69@SV63))@(SV70@SV63)))=$false) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV69@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0))))) = ((SV70@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0)))))@SV23))=$false))),inference(extuni,[status(esa)],[391:[bind(SV66,$thf(^[SX0:a]: sK4_Xx)),bind(SV22,$thf(SV70@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0)))))),bind(SV64,$thf(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0))))]])).
44.91/45.08	 thf(436,plain,(![SV70:(a>(a>a)),SV63:a,SV69:(a>a),SV22:(a>a),SV23:a]: (((cR@SV23)=$false) | (((((((sK7_E@SV22)@SV69)@SV23)@SV63)@SV70) = ((SV70@SV63)@(((((sK7_E@SV22)@SV69)@SV23)@SV63)@SV70)))=$false) | ((sK4_Xx = (SV69@SV63))=$false) | ((cR@sK4_Xx)=$false) | ((cR@SV63)=$false) | ((((sK5_Xt@(SV69@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0))))))@(SV70@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0)))))) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[391:[bind(SV65,$thf(sK4_Xx)),bind(SV66,$thf(^[SX0:a]: SX0)),bind(SV64,$thf(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0))))]])).
44.91/45.08	 thf(437,plain,(![SV22:(a>a),SV70:(a>(a>a)),SV63:a,SV69:(a>a),SV23:a]: (((cR@SV23)=$false) | ((((sK5_Xt@sK4_Xx)@(^[SX0:a]: SX0)) = ((sK5_Xt@(SV69@SV63))@(SV70@SV63)))=$false) | ((cR@sK4_Xx)=$false) | ((cR@SV63)=$false) | ((((sK5_Xt@(SV69@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0))))))@(SV70@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0)))))) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[391:[bind(SV65,$thf(sK4_Xx)),bind(SV66,$thf(^[SX0:a]: SX0)),bind(SV64,$thf(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0))))]])).
44.91/45.08	 thf(438,plain,(![SV22:(a>a),SV65:a,SV70:(a>(a>a)),SV63:a,SV69:(a>a),SV23:a]: (((cR@SV23)=$false) | ((sK4_Xx = ((sK5_Xt@(SV69@SV63))@(SV70@SV63)))=$false) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | ((((sK5_Xt@(SV69@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0))))))@(SV70@((sK5_Xt@sK4_Xx)@(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0)))))) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[391:[bind(SV66,$thf(^[SX0:a]: sK4_Xx)),bind(SV64,$thf(^[SX0:a]: ((sK5_Xt@(SV69@SX0))@(SV70@SX0))))]])).
44.91/45.08	 thf(439,plain,(((cR@sK4_Xx)=$false) | ((cR@sK4_Xx)=$false) | ((cR@((sK5_Xt@sK4_Xx)@(^[SX0:a]: SX0)))=$false)),inference(extuni,[status(esa)],[391:[bind(SV23,$thf(sK4_Xx)),bind(SV63,$thf((sK5_Xt@sK4_Xx)@(^[SX0:a]: SX0))),bind(SV65,$thf(sK4_Xx)),bind(SV66,$thf(^[SX0:a]: SX0)),bind(SV22,$thf(^[SX0:a]: SX0)),bind(SV64,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(440,plain,(![SV65:a]: (((cR@sK4_Xx)=$false) | ((cR@SV65)=$false) | ((cR@sK4_Xx)=$false))),inference(extuni,[status(esa)],[391:[bind(SV23,$thf(sK4_Xx)),bind(SV63,$thf(sK4_Xx)),bind(SV66,$thf(^[SX0:a]: sK4_Xx)),bind(SV22,$thf(^[SX0:a]: SX0)),bind(SV64,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(441,plain,(![SV22:(a>a),SV23:a]: (((cR@SV23)=$false) | ((cR@sK4_Xx)=$false) | ((cR@((sK5_Xt@sK4_Xx)@(^[SX0:a]: SX0)))=$false) | ((((sK5_Xt@sK4_Xx)@(^[SX0:a]: SX0)) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[391:[bind(SV63,$thf((sK5_Xt@sK4_Xx)@(^[SX0:a]: SX0))),bind(SV65,$thf(sK4_Xx)),bind(SV66,$thf(^[SX0:a]: SX0)),bind(SV64,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(442,plain,(![SV22:(a>a),SV65:a,SV23:a]: (((cR@SV23)=$false) | ((cR@SV65)=$false) | ((cR@sK4_Xx)=$false) | ((((sK5_Xt@sK4_Xx)@(^[SX0:a]: SX0)) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[391:[bind(SV63,$thf(sK4_Xx)),bind(SV66,$thf(^[SX0:a]: sK4_Xx)),bind(SV64,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(443,plain,(![SV23:a,SV82:(a>(a>a)),SV65:a,SV81:(a>a)]: (((cR@SV23)=$false) | ((cR@SV65)=$false) | ((cR@((sK5_Xt@(SV81@((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0))))))@(SV82@((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0)))))))=$false) | ((((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: SX0)) = sK4_Xx)=$false) | (((SV81@SV65) = ((SV82@SV65)@SV23))=$false))),inference(extuni,[status(esa)],[391:[bind(SV63,$thf((sK5_Xt@(SV81@((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0))))))@(SV82@((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0))))))),bind(SV64,$thf(^[SX0:a]: SX0)),bind(SV22,$thf(SV82@SV65)),bind(SV66,$thf(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0))))]])).
44.91/45.08	 thf(444,plain,(![SV63:a,SV23:a,SV82:(a>(a>a)),SV65:a,SV81:(a>a)]: (((cR@SV23)=$false) | ((((sK5_Xt@(SV81@((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0))))))@(SV82@((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0)))))) = sK4_Xx)=$false) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV81@SV65) = ((SV82@SV65)@SV23))=$false))),inference(extuni,[status(esa)],[391:[bind(SV64,$thf(^[SX0:a]: sK4_Xx)),bind(SV22,$thf(SV82@SV65)),bind(SV66,$thf(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0))))]])).
44.91/45.08	 thf(445,plain,(![SV22:(a>a),SV82:(a>(a>a)),SV81:(a>a),SV65:a,SV23:a]: (((cR@SV23)=$false) | ((cR@SV65)=$false) | ((cR@((sK5_Xt@(SV81@((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0))))))@(SV82@((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0)))))))=$false) | ((((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: SX0)) = sK4_Xx)=$false) | ((((sK5_Xt@(SV81@SV65))@(SV82@SV65)) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[391:[bind(SV63,$thf((sK5_Xt@(SV81@((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0))))))@(SV82@((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0))))))),bind(SV64,$thf(^[SX0:a]: SX0)),bind(SV66,$thf(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0))))]])).
44.91/45.08	 thf(446,plain,(![SV22:(a>a),SV63:a,SV82:(a>(a>a)),SV65:a,SV81:(a>a),SV23:a]: (((cR@SV23)=$false) | ((((sK5_Xt@(SV81@((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0))))))@(SV82@((sK5_Xt@((sK5_Xt@(SV81@SV65))@(SV82@SV65)))@(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0)))))) = sK4_Xx)=$false) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | ((((sK5_Xt@(SV81@SV65))@(SV82@SV65)) = ((sK5_Xt@(SV22@SV23))@SV22))=$false))),inference(extuni,[status(esa)],[391:[bind(SV64,$thf(^[SX0:a]: sK4_Xx)),bind(SV66,$thf(^[SX0:a]: ((sK5_Xt@(SV81@SX0))@(SV82@SX0))))]])).
44.91/45.08	 thf(447,plain,(![SV22:(a>a),SV23:a]: (((cR@SV23)=$false) | ((cR@((sK5_Xt@(SV22@SV23))@SV22))=$false) | ((cR@((sK5_Xt@((sK5_Xt@(SV22@SV23))@SV22))@(^[SX0:a]: SX0)))=$false) | ((((sK5_Xt@((sK5_Xt@(SV22@SV23))@SV22))@(^[SX0:a]: SX0)) = sK4_Xx)=$false))),inference(extuni,[status(esa)],[391:[bind(SV63,$thf((sK5_Xt@((sK5_Xt@(SV22@SV23))@SV22))@(^[SX0:a]: SX0))),bind(SV64,$thf(^[SX0:a]: SX0)),bind(SV65,$thf((sK5_Xt@(SV22@SV23))@SV22)),bind(SV66,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(448,plain,(![SV63:a,SV22:(a>a),SV23:a]: (((cR@SV23)=$false) | ((((sK5_Xt@((sK5_Xt@(SV22@SV23))@SV22))@(^[SX0:a]: SX0)) = sK4_Xx)=$false) | ((cR@((sK5_Xt@(SV22@SV23))@SV22))=$false) | ((cR@SV63)=$false))),inference(extuni,[status(esa)],[391:[bind(SV64,$thf(^[SX0:a]: sK4_Xx)),bind(SV65,$thf((sK5_Xt@(SV22@SV23))@SV22)),bind(SV66,$thf(^[SX0:a]: SX0))]])).
44.91/45.08	 thf(449,plain,(![SV26:a,SV27:(a>a),SV24:a,SV25:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((cR@SV26)=$false) | ((cR@SV24)=$false) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV66@SV65) = (SV25@SV24))=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV27@SV26))=$false))),inference(extuni,[status(esa)],[385])).
44.91/45.08	 thf(450,plain,(![SV26:a,SV27:(a>a),SV24:a,SV25:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cS@((sK5_Xt@(SV25@((sK5_Xt@(SV27@SV26))@SV25)))@SV27))=$true) | ((cR@SV26)=$false) | ((cR@SV24)=$false) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV25@SV24))=$false) | (((SV66@SV65) = (SV27@SV26))=$false))),inference(extuni,[status(esa)],[385])).
44.91/45.08	 thf(451,plain,(![SV30:a,SV31:(a>a),SV28:a,SV29:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((cR@SV30)=$false) | ((cR@SV28)=$false) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV66@SV65) = (SV29@((sK5_Xt@(SV29@SV28))@SV29)))=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV31@SV30))=$false))),inference(extuni,[status(esa)],[379])).
44.91/45.08	 thf(452,plain,(![SV30:a,SV31:(a>a),SV28:a,SV29:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cS@((sK5_Xt@(SV29@SV28))@SV31))=$true) | ((cR@SV30)=$false) | ((cR@SV28)=$false) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV29@((sK5_Xt@(SV29@SV28))@SV29)))=$false) | (((SV66@SV65) = (SV31@SV30))=$false))),inference(extuni,[status(esa)],[379])).
44.91/45.08	 thf(453,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | ((cR@SV35)=$false) | ((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$false) | (((SV64@SV63) = (SV38@((sK5_Xt@(SV38@SV37))@SV38)))=$false))),inference(extuni,[status(esa)],[375])).
44.91/45.08	 thf(454,plain,(![SV65:a,SV66:(a>a),SV63:a,SV64:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | ((cR@SV35)=$false) | ((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV64@SV63) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV38@((sK5_Xt@(SV38@SV37))@SV38)))=$false))),inference(extuni,[status(esa)],[375])).
44.91/45.08	 thf(455,plain,(![SV37:a,SV38:(a>a),SV35:a,SV36:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV66@SV65) = (SV36@SV35))=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV38@SV37))=$false))),inference(extuni,[status(esa)],[373])).
44.91/45.08	 thf(456,plain,(![SV37:a,SV38:(a>a),SV35:a,SV36:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV37)=$false) | (((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$true) | ((cR@SV35)=$false) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV36@SV35))=$false) | (((SV66@SV65) = (SV38@SV37))=$false))),inference(extuni,[status(esa)],[373])).
44.91/45.08	 thf(457,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$false) | (((SV64@SV63) = (SV66@SV65))=$false))),inference(extuni,[status(esa)],[369])).
44.91/45.08	 thf(458,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV64@SV63) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV66@SV65))=$false))),inference(extuni,[status(esa)],[369])).
44.91/45.08	 thf(459,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV66@SV65) = (SV64@SV63))=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV66@((sK5_Xt@(SV66@SV65))@SV66)))=$false))),inference(extuni,[status(esa)],[367])).
44.91/45.08	 thf(460,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV64@SV63))=$false) | (((SV66@SV65) = (SV66@((sK5_Xt@(SV66@SV65))@SV66)))=$false))),inference(extuni,[status(esa)],[367])).
44.91/45.08	 thf(461,plain,(![SV65:a]: (((cR@sK4_Xx)=$false) | ((cR@SV65)=$false))),inference(sim,[status(thm)],[440])).
44.91/45.08	 thf(462,plain,(((cR@sK4_Xx)=$false) | ((cR@((sK5_Xt@sK4_Xx)@(^[SX0:a]: SX0)))=$false)),inference(sim,[status(thm)],[439])).
44.91/45.08	 thf(463,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV64@SV63) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV66@SV65))=$false))),inference(sim,[status(thm)],[458])).
44.91/45.08	 thf(464,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | ((cR@SV63)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$false) | (((SV64@SV63) = (SV66@SV65))=$false))),inference(sim,[status(thm)],[457])).
44.91/45.08	 thf(465,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV64@SV63))=$false) | (((SV66@SV65) = (SV66@((sK5_Xt@(SV66@SV65))@SV66)))=$false))),inference(sim,[status(thm)],[460])).
44.91/45.08	 thf(466,plain,(![SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | (((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$true) | ((cR@SV63)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV66@SV65) = (SV64@SV63))=$false) | (((SV64@((sK5_Xt@(SV66@SV65))@SV64)) = (SV66@((sK5_Xt@(SV66@SV65))@SV66)))=$false))),inference(sim,[status(thm)],[459])).
44.91/45.08	 thf(467,plain,(![SV89:a,SV90:(a>a),SV91:a,SV92:(a>a)]: (((cR@SV89)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV91)=$false) | (((SV92@SV91) = (SV90@SV89))=$false))),inference(rename,[status(thm)],[108])).
44.91/45.08	 thf(476,plain,(![SV89:a,SV90:(a>a),SV91:a,SV92:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((((SV92@SV91) = (SV90@SV89)) = ((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64))))=$false) | ((cR@SV89)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV91)=$false) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false))),inference(res,[status(thm)],[467,366])).
44.91/45.08	 thf(482,plain,(![SV89:a,SV90:(a>a),SV91:a,SV92:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((((SV92@SV91) = (SV90@SV89)) = ((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36))))=$false) | ((cR@SV89)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV91)=$false) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | (((SV38@SV37) = (SV36@SV35))=$false))),inference(res,[status(thm)],[467,271])).
44.91/45.08	 thf(503,plain,(![SV89:a,SV90:(a>a),SV91:a,SV92:(a>a),SV16:(a>a)]: (((((SV92@SV91) = (SV90@SV89)) = ((SV16@sK4_Xx) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16))))=$false) | ((cR@SV89)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV91)=$false))),inference(res,[status(thm)],[467,125])).
44.91/45.08	 thf(510,plain,(![SV89:a,SV90:(a>a),SV91:a,SV92:(a>a),SV12:(a>a),SV13:a]: (((((SV92@SV91) = (SV90@SV89)) = ((SV12@SV13) = (SV12@((sK5_Xt@(SV12@SV13))@SV12))))=$false) | ((cR@SV89)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV91)=$false) | ((cR@SV13)=$false))),inference(res,[status(thm)],[467,94])).
44.91/45.08	 thf(521,plain,(![SV89:a,SV90:(a>a),SV91:a,SV92:(a>a),SV6:a,SV7:(a>a),SV8:a]: (((((SV92@SV91) = (SV90@SV89)) = (SV8 = (SV7@((sK5_Xt@SV8)@SV7))))=$false) | ((cR@SV89)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV91)=$false) | ((SV8 = (SV7@SV6))=$false) | ((cR@SV6)=$false))),inference(res,[status(thm)],[467,63])).
44.91/45.08	 thf(524,plain,(![SV89:a,SV90:(a>a),SV91:a,SV92:(a>a)]: ((((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90)) = (cS@sK4_Xx))=$false) | ((cR@SV89)=$false) | ((cR@SV91)=$false) | (((SV92@SV91) = (SV90@SV89))=$false))),inference(res,[status(thm)],[467,51])).
44.91/45.08	 thf(526,plain,(![SV89:a,SV90:(a>a),SV91:a,SV92:(a>a)]: ((((cR@SV91) = (cR@sK4_Xx))=$false) | ((cR@SV89)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | (((SV92@SV91) = (SV90@SV89))=$false))),inference(res,[status(thm)],[467,48])).
44.91/45.08	 thf(527,plain,(![SV89:a,SV90:(a>a),SV91:a,SV92:(a>a)]: ((((cR@SV89) = (cR@sK4_Xx))=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV91)=$false) | (((SV92@SV91) = (SV90@SV89))=$false))),inference(res,[status(thm)],[467,48])).
44.91/45.08	 thf(528,plain,(![SV90:(a>a),SV91:a,SV92:(a>a)]: (((cR@SV91)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | (((SV92@SV91) = (SV90@sK4_Xx))=$false))),inference(extuni,[status(esa)],[527:[bind(SV89,$thf(sK4_Xx))]])).
44.91/45.08	 thf(529,plain,(![SV89:a,SV90:(a>a),SV92:(a>a)]: (((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@sK4_Xx))@SV92)))@SV90))=$true) | ((cR@SV89)=$false) | (((SV92@sK4_Xx) = (SV90@SV89))=$false))),inference(extuni,[status(esa)],[526:[bind(SV91,$thf(sK4_Xx))]])).
44.91/45.08	 thf(530,plain,(![SV89:a,SV90:(a>a),SV91:a,SV92:(a>a)]: (((cR@SV91)=$false) | ((cR@SV89)=$false) | ((((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90) = sK4_Xx)=$false) | (((SV92@SV91) = (SV90@SV89))=$false))),inference(extuni,[status(esa)],[524])).
44.91/45.08	 thf(531,plain,(![SV91:a,SV92:(a>a),SV6:a,SV7:(a>a),SV89:a,SV90:(a>a)]: (((cR@SV6)=$false) | ((cR@SV91)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV89)=$false) | (((SV90@SV89) = (SV7@SV6))=$false) | (((SV92@SV91) = (SV7@((sK5_Xt@(SV90@SV89))@SV7)))=$false))),inference(extuni,[status(esa)],[521:[bind(SV8,$thf(SV90@SV89))]])).
44.91/45.08	 thf(532,plain,(![SV89:a,SV90:(a>a),SV6:a,SV7:(a>a),SV91:a,SV92:(a>a)]: (((cR@SV6)=$false) | ((cR@SV91)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV89)=$false) | (((SV92@SV91) = (SV7@SV6))=$false) | (((SV90@SV89) = (SV7@((sK5_Xt@(SV92@SV91))@SV7)))=$false))),inference(extuni,[status(esa)],[521:[bind(SV8,$thf(SV92@SV91))]])).
44.91/45.08	 thf(533,plain,(![SV89:a,SV90:(a>a),SV13:a,SV12:(a>a),SV91:a,SV92:(a>a)]: (((cR@SV13)=$false) | ((cR@SV91)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV89)=$false) | (((SV92@SV91) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | (((SV90@SV89) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[510])).
44.91/45.08	 thf(534,plain,(![SV91:a,SV92:(a>a),SV13:a,SV12:(a>a),SV89:a,SV90:(a>a)]: (((cR@SV13)=$false) | ((cR@SV91)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV89)=$false) | (((SV90@SV89) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | (((SV92@SV91) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[510])).
44.91/45.08	 thf(535,plain,(![SV89:a,SV90:(a>a),SV16:(a>a),SV91:a,SV92:(a>a)]: (((cR@SV91)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV89)=$false) | (((SV92@SV91) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | (((SV90@SV89) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[503])).
44.91/45.08	 thf(536,plain,(![SV91:a,SV92:(a>a),SV16:(a>a),SV89:a,SV90:(a>a)]: (((cR@SV91)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV89)=$false) | (((SV90@SV89) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | (((SV92@SV91) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[503])).
44.91/45.08	 thf(537,plain,(![SV89:a,SV90:(a>a),SV91:a,SV92:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | ((cR@SV35)=$false) | ((cR@SV91)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV89)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV92@SV91) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$false) | (((SV90@SV89) = (SV38@((sK5_Xt@(SV38@SV37))@SV38)))=$false))),inference(extuni,[status(esa)],[482])).
44.91/45.08	 thf(538,plain,(![SV91:a,SV92:(a>a),SV89:a,SV90:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | ((cR@SV35)=$false) | ((cR@SV91)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV89)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV90@SV89) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$false) | (((SV92@SV91) = (SV38@((sK5_Xt@(SV38@SV37))@SV38)))=$false))),inference(extuni,[status(esa)],[482])).
44.91/45.08	 thf(539,plain,(![SV89:a,SV90:(a>a),SV91:a,SV92:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | ((cR@SV63)=$false) | ((cR@SV91)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV89)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV92@SV91) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$false) | (((SV90@SV89) = (SV66@SV65))=$false))),inference(extuni,[status(esa)],[476])).
44.91/45.08	 thf(540,plain,(![SV91:a,SV92:(a>a),SV89:a,SV90:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | ((cR@SV63)=$false) | ((cR@SV91)=$false) | ((cS@((sK5_Xt@(SV92@((sK5_Xt@(SV92@SV91))@SV92)))@SV90))=$true) | ((cR@SV89)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV90@SV89) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$false) | (((SV92@SV91) = (SV66@SV65))=$false))),inference(extuni,[status(esa)],[476])).
44.91/45.08	 thf(541,plain,(![SV93:a,SV94:(a>a),SV95:a,SV96:(a>a)]: (((cR@SV93)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV95)=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV94@SV93))=$false))),inference(rename,[status(thm)],[109])).
44.91/45.08	 thf(556,plain,(![SV93:a,SV94:(a>a),SV95:a,SV96:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV94@SV93)) = ((SV66@SV65) = (SV64@((sK5_Xt@(SV66@SV65))@SV64))))=$false) | ((cR@SV93)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV95)=$false) | ((cR@SV63)=$false) | ((cR@SV65)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false))),inference(res,[status(thm)],[541,366])).
44.91/45.08	 thf(562,plain,(![SV93:a,SV94:(a>a),SV95:a,SV96:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV94@SV93)) = ((SV38@((sK5_Xt@(SV38@SV37))@SV38)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36))))=$false) | ((cR@SV93)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV95)=$false) | ((cR@SV35)=$false) | ((cR@SV37)=$false) | (((SV38@SV37) = (SV36@SV35))=$false))),inference(res,[status(thm)],[541,271])).
44.91/45.08	 thf(583,plain,(![SV93:a,SV94:(a>a),SV95:a,SV96:(a>a),SV16:(a>a)]: (((((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV94@SV93)) = ((SV16@sK4_Xx) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16))))=$false) | ((cR@SV93)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV95)=$false))),inference(res,[status(thm)],[541,125])).
44.91/45.08	 thf(590,plain,(![SV93:a,SV94:(a>a),SV95:a,SV96:(a>a),SV12:(a>a),SV13:a]: (((((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV94@SV93)) = ((SV12@SV13) = (SV12@((sK5_Xt@(SV12@SV13))@SV12))))=$false) | ((cR@SV93)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV95)=$false) | ((cR@SV13)=$false))),inference(res,[status(thm)],[541,94])).
44.91/45.08	 thf(601,plain,(![SV93:a,SV94:(a>a),SV95:a,SV96:(a>a),SV6:a,SV7:(a>a),SV8:a]: (((((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV94@SV93)) = (SV8 = (SV7@((sK5_Xt@SV8)@SV7))))=$false) | ((cR@SV93)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV95)=$false) | ((SV8 = (SV7@SV6))=$false) | ((cR@SV6)=$false))),inference(res,[status(thm)],[541,63])).
44.91/45.08	 thf(604,plain,(![SV93:a,SV94:(a>a),SV95:a,SV96:(a>a)]: ((((cS@((sK5_Xt@(SV96@SV95))@SV94)) = (cS@sK4_Xx))=$false) | ((cR@SV93)=$false) | ((cR@SV95)=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV94@SV93))=$false))),inference(res,[status(thm)],[541,51])).
44.91/45.08	 thf(606,plain,(![SV93:a,SV94:(a>a),SV95:a,SV96:(a>a)]: ((((cR@SV95) = (cR@sK4_Xx))=$false) | ((cR@SV93)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV94@SV93))=$false))),inference(res,[status(thm)],[541,48])).
44.91/45.08	 thf(607,plain,(![SV93:a,SV94:(a>a),SV95:a,SV96:(a>a)]: ((((cR@SV93) = (cR@sK4_Xx))=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV95)=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV94@SV93))=$false))),inference(res,[status(thm)],[541,48])).
44.91/45.08	 thf(608,plain,(![SV94:(a>a),SV95:a,SV96:(a>a)]: (((cR@SV95)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV94@sK4_Xx))=$false))),inference(extuni,[status(esa)],[607:[bind(SV93,$thf(sK4_Xx))]])).
44.91/45.08	 thf(609,plain,(![SV93:a,SV94:(a>a),SV96:(a>a)]: (((cS@((sK5_Xt@(SV96@sK4_Xx))@SV94))=$true) | ((cR@SV93)=$false) | (((SV96@((sK5_Xt@(SV96@sK4_Xx))@SV96)) = (SV94@SV93))=$false))),inference(extuni,[status(esa)],[606:[bind(SV95,$thf(sK4_Xx))]])).
44.91/45.08	 thf(610,plain,(![SV93:a,SV94:(a>a),SV95:a,SV96:(a>a)]: (((cR@SV95)=$false) | ((cR@SV93)=$false) | ((((sK5_Xt@(SV96@SV95))@SV94) = sK4_Xx)=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV94@SV93))=$false))),inference(extuni,[status(esa)],[604])).
44.91/45.08	 thf(611,plain,(![SV95:a,SV96:(a>a),SV6:a,SV7:(a>a),SV93:a,SV94:(a>a)]: (((cR@SV6)=$false) | ((cR@SV95)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV93)=$false) | (((SV94@SV93) = (SV7@SV6))=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV7@((sK5_Xt@(SV94@SV93))@SV7)))=$false))),inference(extuni,[status(esa)],[601:[bind(SV8,$thf(SV94@SV93))]])).
44.91/45.08	 thf(612,plain,(![SV93:a,SV94:(a>a),SV6:a,SV7:(a>a),SV95:a,SV96:(a>a)]: (((cR@SV6)=$false) | ((cR@SV95)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV93)=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV7@SV6))=$false) | (((SV94@SV93) = (SV7@((sK5_Xt@(SV96@((sK5_Xt@(SV96@SV95))@SV96)))@SV7)))=$false))),inference(extuni,[status(esa)],[601:[bind(SV8,$thf(SV96@((sK5_Xt@(SV96@SV95))@SV96)))]])).
44.91/45.08	 thf(613,plain,(![SV93:a,SV94:(a>a),SV13:a,SV12:(a>a),SV95:a,SV96:(a>a)]: (((cR@SV13)=$false) | ((cR@SV95)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV93)=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | (((SV94@SV93) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[590])).
44.91/45.08	 thf(614,plain,(![SV95:a,SV96:(a>a),SV13:a,SV12:(a>a),SV93:a,SV94:(a>a)]: (((cR@SV13)=$false) | ((cR@SV95)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV93)=$false) | (((SV94@SV93) = (SV12@((sK5_Xt@(SV12@SV13))@SV12)))=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV12@SV13))=$false))),inference(extuni,[status(esa)],[590])).
44.91/45.08	 thf(615,plain,(![SV93:a,SV94:(a>a),SV16:(a>a),SV95:a,SV96:(a>a)]: (((cR@SV95)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV93)=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | (((SV94@SV93) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[583])).
44.91/45.08	 thf(616,plain,(![SV95:a,SV96:(a>a),SV16:(a>a),SV93:a,SV94:(a>a)]: (((cR@SV95)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV93)=$false) | (((SV94@SV93) = (SV16@((sK5_Xt@(SV16@sK4_Xx))@SV16)))=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV16@sK4_Xx))=$false))),inference(extuni,[status(esa)],[583])).
44.91/45.08	 thf(617,plain,(![SV93:a,SV94:(a>a),SV95:a,SV96:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | ((cR@SV35)=$false) | ((cR@SV95)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV93)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$false) | (((SV94@SV93) = (SV38@((sK5_Xt@(SV38@SV37))@SV38)))=$false))),inference(extuni,[status(esa)],[562])).
44.91/45.08	 thf(618,plain,(![SV95:a,SV96:(a>a),SV93:a,SV94:(a>a),SV35:a,SV36:(a>a),SV37:a,SV38:(a>a)]: (((cR@SV37)=$false) | ((cR@SV35)=$false) | ((cR@SV95)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV93)=$false) | (((SV38@SV37) = (SV36@SV35))=$false) | (((SV94@SV93) = (SV36@((sK5_Xt@(SV38@((sK5_Xt@(SV38@SV37))@SV38)))@SV36)))=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV38@((sK5_Xt@(SV38@SV37))@SV38)))=$false))),inference(extuni,[status(esa)],[562])).
44.91/45.08	 thf(619,plain,(![SV93:a,SV94:(a>a),SV95:a,SV96:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | ((cR@SV63)=$false) | ((cR@SV95)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV93)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$false) | (((SV94@SV93) = (SV66@SV65))=$false))),inference(extuni,[status(esa)],[556])).
44.91/45.08	 thf(620,plain,(![SV95:a,SV96:(a>a),SV93:a,SV94:(a>a),SV63:a,SV64:(a>a),SV65:a,SV66:(a>a)]: (((cR@SV65)=$false) | ((cR@SV63)=$false) | ((cR@SV95)=$false) | ((cS@((sK5_Xt@(SV96@SV95))@SV94))=$true) | ((cR@SV93)=$false) | (((SV66@((sK5_Xt@(SV66@SV65))@SV66)) = (SV64@SV63))=$false) | (((SV94@SV93) = (SV64@((sK5_Xt@(SV66@SV65))@SV64)))=$false) | (((SV96@((sK5_Xt@(SV96@SV95))@SV96)) = (SV66@SV65))=$false))),inference(extuni,[status(esa)],[556])).
44.91/45.08	 thf(621,plain,((($false)=$true)),inference(fo_atp_e,[status(thm)],[48,620,619,618,617,616,615,614,613,612,611,610,609,608,541,540,539,538,537,536,535,534,533,532,531,530,529,528,467,466,465,464,463,462,461,456,455,454,453,452,451,450,449,448,447,446,445,444,443,442,441,438,437,436,435,434,433,432,431,430,429,428,427,426,425,424,423,422,421,366,365,364,363,362,361,360,359,358,357,356,351,350,349,348,347,343,342,341,340,339,335,334,333,332,331,330,329,328,327,326,325,324,323,322,321,320,271,268,267,266,265,264,263,262,261,260,217,216,215,214,213,212,211,210,209,208,171,170,169,168,167,166,165,164,148,147,139,136,135,134,133,125,124,123,110,94,77,63,51])).
44.91/45.08	 thf(622,plain,($false),inference(solved_all_splits,[solved_all_splits(join,[])],[621,34])).
44.91/45.08	% SZS output end CNFRefutation
44.91/45.08	
44.91/45.08	%**** End of derivation protocol ****
44.91/45.08	%**** no. of clauses in derivation: 304 ****
44.91/45.08	%**** clause counter: 621 ****
44.91/45.08	
44.91/45.08	% SZS status Theorem for /export/starexec/sandbox2/benchmark/theBenchmark.p : (rf:0,axioms:0,ps:3,u:6,ude:true,rLeibEQ:true,rAndEQ:true,use_choice:true,use_extuni:true,use_extcnf_combined:true,expand_extuni:false,foatp:e,atp_timeout:25,atp_calls_frequency:10,ordering:none,proof_output:1,protocol_output:false,clause_count:621,loop_count:20,foatp_calls:4,translation:fof_full)
44.91/45.08	EOF