TSTP Solution File: GEO342+1 by CSE---1.6
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- Process Solution
%------------------------------------------------------------------------------
% File : CSE---1.6
% Problem : GEO342+1 : TPTP v8.1.2. Released v4.1.0.
% Transfm : none
% Format : tptp:raw
% Command : java -jar /export/starexec/sandbox2/solver/bin/mcs_scs.jar %s %d
% Computer : n003.cluster.edu
% Model : x86_64 x86_64
% CPU : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz
% Memory : 8042.1875MB
% OS : Linux 3.10.0-693.el7.x86_64
% CPULimit : 300s
% WCLimit : 300s
% DateTime : Wed Aug 30 22:44:20 EDT 2023
% Result : Theorem 46.46s 46.52s
% Output : CNFRefutation 46.46s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.03/0.12 % Problem : GEO342+1 : TPTP v8.1.2. Released v4.1.0.
% 0.03/0.12 % Command : java -jar /export/starexec/sandbox2/solver/bin/mcs_scs.jar %s %d
% 0.12/0.33 % Computer : n003.cluster.edu
% 0.12/0.33 % Model : x86_64 x86_64
% 0.12/0.33 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.12/0.33 % Memory : 8042.1875MB
% 0.12/0.33 % OS : Linux 3.10.0-693.el7.x86_64
% 0.12/0.33 % CPULimit : 300
% 0.12/0.33 % WCLimit : 300
% 0.12/0.33 % DateTime : Tue Aug 29 20:39:11 EDT 2023
% 0.12/0.33 % CPUTime :
% 0.19/0.56 start to proof:theBenchmark
% 46.34/46.48 %-------------------------------------------
% 46.34/46.48 % File :CSE---1.6
% 46.34/46.48 % Problem :theBenchmark
% 46.34/46.48 % Transform :cnf
% 46.34/46.48 % Format :tptp:raw
% 46.34/46.48 % Command :java -jar mcs_scs.jar %d %s
% 46.34/46.48
% 46.34/46.48 % Result :Theorem 45.260000s
% 46.34/46.48 % Output :CNFRefutation 45.260000s
% 46.34/46.48 %-------------------------------------------
% 46.46/46.49 %------------------------------------------------------------------------------
% 46.46/46.49 % File : GEO342+1 : TPTP v8.1.2. Released v4.1.0.
% 46.46/46.49 % Domain : Geometry
% 46.46/46.49 % Problem : the(408)-qe(thee(the(408),1))
% 46.46/46.49 % Version : Especial.
% 46.46/46.49 % English :
% 46.46/46.49
% 46.46/46.49 % Refs : [EucBC] Euclid (300 BC), Elements
% 46.46/46.49 % : [Hea56] Heath (1956), The Thirteen Books of Euclid's Elements
% 46.46/46.49 % : [ADM08] Avigad et al. (2008), A Formal System for Euclid's Ele
% 46.46/46.49 % : [Kue10] Kuehlwein (2010), Email to Geoff Sutcliffe
% 46.46/46.49 % : [KC+10] Kuehlwein et al. (2010), Premise Selection in the Napr
% 46.46/46.49 % Source : [Kue10]
% 46.46/46.49 % Names :
% 46.46/46.49
% 46.46/46.49 % Status : Theorem
% 46.46/46.49 % Rating : 0.50 v8.1.0, 0.47 v7.5.0, 0.50 v7.4.0, 0.43 v7.3.0, 0.45 v7.2.0, 0.41 v7.1.0, 0.57 v7.0.0, 0.50 v6.4.0, 0.54 v6.3.0, 0.50 v6.2.0, 0.56 v6.1.0, 0.63 v6.0.0, 0.57 v5.5.0, 0.59 v5.4.0, 0.61 v5.3.0, 0.63 v5.2.0, 0.50 v5.1.0, 0.52 v5.0.0, 0.62 v4.1.0
% 46.46/46.49 % Syntax : Number of formulae : 124 ( 9 unt; 0 def)
% 46.46/46.49 % Number of atoms : 1364 ( 574 equ)
% 46.46/46.49 % Maximal formula atoms : 57 ( 11 avg)
% 46.46/46.49 % Number of connectives : 1400 ( 160 ~; 12 |;1101 &)
% 46.46/46.49 % ( 8 <=>; 119 =>; 0 <=; 0 <~>)
% 46.46/46.49 % Maximal formula depth : 46 ( 13 avg)
% 46.46/46.49 % Maximal term depth : 3 ( 1 avg)
% 46.46/46.49 % Number of predicates : 15 ( 14 usr; 0 prp; 1-3 aty)
% 46.46/46.49 % Number of functors : 18 ( 18 usr; 10 con; 0-8 aty)
% 46.46/46.49 % Number of variables : 843 ( 542 !; 301 ?)
% 46.46/46.49 % SPC : FOF_THM_RFO_SEQ
% 46.46/46.49
% 46.46/46.49 % Comments : From the Euclid in Naproche 0.46 collection, using the [Hea56]
% 46.46/46.49 % text, and axioms from [ADM08].
% 46.46/46.49 %------------------------------------------------------------------------------
% 46.46/46.49 fof('qe(thee(the(408), 1))',conjecture,
% 46.46/46.49 ? [Vd1416] :
% 46.46/46.49 ( ron(vd1399,Vd1416)
% 46.46/46.49 & ron(vd1401,Vd1416)
% 46.46/46.49 & rline(Vd1416) ) ).
% 46.46/46.49
% 46.46/46.49 fof('holds(407, 1414, 0)',axiom,
% 46.46/46.49 vangle(vd1399,vd1401,vd1409) = vangle(vd1399,vd1409,vd1401) ).
% 46.46/46.49
% 46.46/46.49 fof('holds(conjunct2(conjunct2(conjunct2(406))), 1413, 0)',axiom,
% 46.46/46.49 vd1409 != vd1401 ).
% 46.46/46.49
% 46.46/46.49 fof('holds(conjunct1(conjunct2(conjunct2(406))), 1412, 0)',axiom,
% 46.46/46.49 vf(vd1400,vd1401) = vf(vd1400,vd1409) ).
% 46.46/46.49
% 46.46/46.49 fof('holds(conjunct1(conjunct2(406)), 1411, 0)',axiom,
% 46.46/46.49 vf(vd1399,vd1401) = vf(vd1399,vd1409) ).
% 46.46/46.49
% 46.46/46.49 fof('holds(conjunct1(406), 1410, 0)',axiom,
% 46.46/46.49 rS(vd1401,vd1409,vd1406) ).
% 46.46/46.49
% 46.46/46.49 fof('pred(406, 0)',axiom,
% 46.46/46.49 rpoint(vd1409) ).
% 46.46/46.49
% 46.46/46.49 fof('and(pred(conjunct2(405), 5), and(pred(s2(plural(conjunct2(405))), 0), and(pred(s1(plural(conjunct2(405))), 0), and(pred(conjunct2(405), 1), and(pred(conjunct1(405), 9), and(pred(conjunct1(405), 8), and(pred(conjunct1(405), 7), and(qe(s3(plural(405))), and(qe(s2(plural(405))), qe(s1(plural(405))))))))))))',axiom,
% 46.46/46.49 ( vd1406 = vd1407
% 46.46/46.49 & ron(vd1400,vd1406)
% 46.46/46.49 & ron(vd1399,vd1406)
% 46.46/46.49 & rline(vd1407)
% 46.46/46.49 & vd1400 != vd1401
% 46.46/46.49 & vd1399 != vd1401
% 46.46/46.49 & vd1399 != vd1400
% 46.46/46.49 & ? [Vd1405] :
% 46.46/46.49 ( vd1401 = Vd1405
% 46.46/46.49 & rpoint(Vd1405) )
% 46.46/46.49 & ? [Vd1404] :
% 46.46/46.49 ( vd1400 = Vd1404
% 46.46/46.49 & rpoint(Vd1404) )
% 46.46/46.49 & ? [Vd1403] :
% 46.46/46.49 ( vd1399 = Vd1403
% 46.46/46.49 & rpoint(Vd1403) ) ) ).
% 46.46/46.49
% 46.46/46.49 fof('ass(cond(goal(382), 0), 0)',axiom,
% 46.46/46.49 ! [Vd1352,Vd1353,Vd1354] :
% 46.46/46.49 ( ( vangle(Vd1352,Vd1353,Vd1354) = vangle(Vd1352,Vd1354,Vd1353)
% 46.46/46.49 & Vd1353 != Vd1354
% 46.46/46.49 & Vd1352 != Vd1354
% 46.46/46.49 & Vd1352 != Vd1353
% 46.46/46.49 & ? [Vd1359] :
% 46.46/46.49 ( Vd1354 = Vd1359
% 46.46/46.49 & rpoint(Vd1359) )
% 46.46/46.49 & ? [Vd1358] :
% 46.46/46.49 ( Vd1353 = Vd1358
% 46.46/46.49 & rpoint(Vd1358) )
% 46.46/46.49 & ? [Vd1357] :
% 46.46/46.49 ( Vd1352 = Vd1357
% 46.46/46.49 & rpoint(Vd1357) ) )
% 46.46/46.49 => vf(Vd1352,Vd1353) = vf(Vd1352,Vd1354) ) ).
% 46.46/46.49
% 46.46/46.49 fof('ass(cond(goal(340), 0), 0)',axiom,
% 46.46/46.49 ! [Vd1271,Vd1272,Vd1273] :
% 46.46/46.49 ( ( vf(Vd1271,Vd1272) = vf(Vd1271,Vd1273)
% 46.46/46.49 & Vd1272 != Vd1273
% 46.46/46.49 & Vd1271 != Vd1273
% 46.46/46.49 & Vd1271 != Vd1272
% 46.46/46.49 & ? [Vd1277] :
% 46.46/46.49 ( Vd1273 = Vd1277
% 46.46/46.49 & rpoint(Vd1277) )
% 46.46/46.49 & ? [Vd1276] :
% 46.46/46.49 ( Vd1272 = Vd1276
% 46.46/46.49 & rpoint(Vd1276) )
% 46.46/46.49 & ? [Vd1275] :
% 46.46/46.49 ( Vd1271 = Vd1275
% 46.46/46.49 & rpoint(Vd1275) ) )
% 46.46/46.49 => ! [Vd1279,Vd1280,Vd1282,Vd1283] :
% 46.46/46.49 ( ( Vd1279 = Vd1280
% 46.46/46.49 & Vd1282 = Vd1283
% 46.46/46.49 & rR(Vd1273,Vd1271,Vd1282)
% 46.46/46.49 & rpoint(Vd1283)
% 46.46/46.49 & rR(Vd1272,Vd1271,Vd1279)
% 46.46/46.49 & rpoint(Vd1280) )
% 46.46/46.49 => vangle(Vd1273,Vd1272,Vd1279) = vangle(Vd1272,Vd1273,Vd1282) ) ) ).
% 46.46/46.49
% 46.46/46.49 fof('ass(cond(goal(340), 0), 1)',axiom,
% 46.46/46.49 ! [Vd1271,Vd1272,Vd1273] :
% 46.46/46.49 ( ( vf(Vd1271,Vd1272) = vf(Vd1271,Vd1273)
% 46.46/46.49 & Vd1272 != Vd1273
% 46.46/46.49 & Vd1271 != Vd1273
% 46.46/46.49 & Vd1271 != Vd1272
% 46.46/46.49 & ? [Vd1277] :
% 46.46/46.49 ( Vd1273 = Vd1277
% 46.46/46.49 & rpoint(Vd1277) )
% 46.46/46.49 & ? [Vd1276] :
% 46.46/46.49 ( Vd1272 = Vd1276
% 46.46/46.49 & rpoint(Vd1276) )
% 46.46/46.49 & ? [Vd1275] :
% 46.46/46.49 ( Vd1271 = Vd1275
% 46.46/46.49 & rpoint(Vd1275) ) )
% 46.46/46.49 => ! [Vd1279,Vd1280,Vd1282,Vd1283] :
% 46.46/46.49 ( ( Vd1279 = Vd1280
% 46.46/46.49 & Vd1282 = Vd1283
% 46.46/46.49 & rR(Vd1273,Vd1271,Vd1282)
% 46.46/46.49 & rpoint(Vd1283)
% 46.46/46.49 & rR(Vd1272,Vd1271,Vd1279)
% 46.46/46.49 & rpoint(Vd1280) )
% 46.46/46.49 => vangle(Vd1271,Vd1272,Vd1273) = vangle(Vd1271,Vd1273,Vd1272) ) ) ).
% 46.46/46.49
% 46.46/46.49 fof('ass(cond(goal(264), 0), 0)',axiom,
% 46.46/46.49 ! [Vd1156,Vd1157,Vd1158,Vd1163,Vd1164,Vd1165] :
% 46.46/46.49 ( ( ~ ? [Vd1173] :
% 46.46/46.49 ( ron(Vd1165,Vd1173)
% 46.46/46.49 & ron(Vd1164,Vd1173)
% 46.46/46.49 & ron(Vd1163,Vd1173)
% 46.46/46.49 & rline(Vd1173) )
% 46.46/46.49 & vangle(Vd1157,Vd1156,Vd1158) = vangle(Vd1164,Vd1163,Vd1165)
% 46.46/46.49 & vf(Vd1156,Vd1158) = vf(Vd1163,Vd1165)
% 46.46/46.49 & vf(Vd1156,Vd1157) = vf(Vd1163,Vd1164)
% 46.46/46.49 & ? [Vd1169] :
% 46.46/46.49 ( Vd1165 = Vd1169
% 46.46/46.49 & rpoint(Vd1169) )
% 46.46/46.49 & ? [Vd1168] :
% 46.46/46.49 ( Vd1164 = Vd1168
% 46.46/46.49 & rpoint(Vd1168) )
% 46.46/46.49 & ? [Vd1167] :
% 46.46/46.49 ( Vd1163 = Vd1167
% 46.46/46.49 & rpoint(Vd1167) )
% 46.46/46.49 & Vd1157 != Vd1158
% 46.46/46.49 & Vd1156 != Vd1158
% 46.46/46.49 & Vd1156 != Vd1157
% 46.46/46.49 & ? [Vd1162] :
% 46.46/46.49 ( Vd1158 = Vd1162
% 46.46/46.49 & rpoint(Vd1162) )
% 46.46/46.49 & ? [Vd1161] :
% 46.46/46.49 ( Vd1157 = Vd1161
% 46.46/46.49 & rpoint(Vd1161) )
% 46.46/46.49 & ? [Vd1160] :
% 46.46/46.49 ( Vd1156 = Vd1160
% 46.46/46.49 & rpoint(Vd1160) ) )
% 46.46/46.49 => vangle(Vd1156,Vd1158,Vd1157) = vangle(Vd1163,Vd1165,Vd1164) ) ).
% 46.46/46.49
% 46.46/46.49 fof('ass(cond(goal(264), 0), 1)',axiom,
% 46.46/46.49 ! [Vd1156,Vd1157,Vd1158,Vd1163,Vd1164,Vd1165] :
% 46.46/46.49 ( ( ~ ? [Vd1173] :
% 46.46/46.49 ( ron(Vd1165,Vd1173)
% 46.46/46.49 & ron(Vd1164,Vd1173)
% 46.46/46.49 & ron(Vd1163,Vd1173)
% 46.46/46.49 & rline(Vd1173) )
% 46.46/46.49 & vangle(Vd1157,Vd1156,Vd1158) = vangle(Vd1164,Vd1163,Vd1165)
% 46.46/46.49 & vf(Vd1156,Vd1158) = vf(Vd1163,Vd1165)
% 46.46/46.49 & vf(Vd1156,Vd1157) = vf(Vd1163,Vd1164)
% 46.46/46.49 & ? [Vd1169] :
% 46.46/46.49 ( Vd1165 = Vd1169
% 46.46/46.49 & rpoint(Vd1169) )
% 46.46/46.49 & ? [Vd1168] :
% 46.46/46.49 ( Vd1164 = Vd1168
% 46.46/46.49 & rpoint(Vd1168) )
% 46.46/46.49 & ? [Vd1167] :
% 46.46/46.49 ( Vd1163 = Vd1167
% 46.46/46.49 & rpoint(Vd1167) )
% 46.46/46.49 & Vd1157 != Vd1158
% 46.46/46.49 & Vd1156 != Vd1158
% 46.46/46.50 & Vd1156 != Vd1157
% 46.46/46.50 & ? [Vd1162] :
% 46.46/46.50 ( Vd1158 = Vd1162
% 46.46/46.50 & rpoint(Vd1162) )
% 46.46/46.50 & ? [Vd1161] :
% 46.46/46.50 ( Vd1157 = Vd1161
% 46.46/46.50 & rpoint(Vd1161) )
% 46.46/46.50 & ? [Vd1160] :
% 46.46/46.50 ( Vd1156 = Vd1160
% 46.46/46.50 & rpoint(Vd1160) ) )
% 46.46/46.50 => vangle(Vd1156,Vd1157,Vd1158) = vangle(Vd1163,Vd1164,Vd1165) ) ).
% 46.46/46.50
% 46.46/46.50 fof('ass(cond(goal(264), 0), 2)',axiom,
% 46.46/46.50 ! [Vd1156,Vd1157,Vd1158,Vd1163,Vd1164,Vd1165] :
% 46.46/46.50 ( ( ~ ? [Vd1173] :
% 46.46/46.50 ( ron(Vd1165,Vd1173)
% 46.46/46.50 & ron(Vd1164,Vd1173)
% 46.46/46.50 & ron(Vd1163,Vd1173)
% 46.46/46.50 & rline(Vd1173) )
% 46.46/46.50 & vangle(Vd1157,Vd1156,Vd1158) = vangle(Vd1164,Vd1163,Vd1165)
% 46.46/46.50 & vf(Vd1156,Vd1158) = vf(Vd1163,Vd1165)
% 46.46/46.50 & vf(Vd1156,Vd1157) = vf(Vd1163,Vd1164)
% 46.46/46.50 & ? [Vd1169] :
% 46.46/46.50 ( Vd1165 = Vd1169
% 46.46/46.50 & rpoint(Vd1169) )
% 46.46/46.50 & ? [Vd1168] :
% 46.46/46.50 ( Vd1164 = Vd1168
% 46.46/46.50 & rpoint(Vd1168) )
% 46.46/46.50 & ? [Vd1167] :
% 46.46/46.50 ( Vd1163 = Vd1167
% 46.46/46.50 & rpoint(Vd1167) )
% 46.46/46.50 & Vd1157 != Vd1158
% 46.46/46.50 & Vd1156 != Vd1158
% 46.46/46.50 & Vd1156 != Vd1157
% 46.46/46.50 & ? [Vd1162] :
% 46.46/46.50 ( Vd1158 = Vd1162
% 46.46/46.50 & rpoint(Vd1162) )
% 46.46/46.50 & ? [Vd1161] :
% 46.46/46.50 ( Vd1157 = Vd1161
% 46.46/46.50 & rpoint(Vd1161) )
% 46.46/46.50 & ? [Vd1160] :
% 46.46/46.50 ( Vd1156 = Vd1160
% 46.46/46.50 & rpoint(Vd1160) ) )
% 46.46/46.50 => vf(Vd1157,Vd1158) = vf(Vd1164,Vd1165) ) ).
% 46.46/46.50
% 46.46/46.50 fof('ass(cond(goal(238), 0), 0)',axiom,
% 46.46/46.50 ! [Vd1109,Vd1110,Vd1111,Vd1112,Vd1113,Vd1114,Vd1115,Vd1116] :
% 46.46/46.50 ( ( rless(vf(Vd1113,Vd1115),vf(Vd1109,Vd1111))
% 46.46/46.50 & Vd1113 != Vd1115
% 46.46/46.50 & Vd1109 != Vd1111
% 46.46/46.50 & Vd1115 = Vd1116
% 46.46/46.50 & rpoint(Vd1116)
% 46.46/46.50 & Vd1113 = Vd1114
% 46.46/46.50 & rpoint(Vd1114)
% 46.46/46.50 & Vd1111 = Vd1112
% 46.46/46.50 & rpoint(Vd1112)
% 46.46/46.50 & Vd1109 = Vd1110
% 46.46/46.50 & rpoint(Vd1110) )
% 46.46/46.50 => vf(Vd1109,vskolem1120(Vd1109,Vd1110,Vd1111,Vd1112,Vd1113,Vd1114,Vd1115,Vd1116)) = vf(Vd1113,Vd1115) ) ).
% 46.46/46.50
% 46.46/46.50 fof('ass(cond(goal(238), 0), 1)',axiom,
% 46.46/46.50 ! [Vd1109,Vd1110,Vd1111,Vd1112,Vd1113,Vd1114,Vd1115,Vd1116] :
% 46.46/46.50 ( ( rless(vf(Vd1113,Vd1115),vf(Vd1109,Vd1111))
% 46.46/46.50 & Vd1113 != Vd1115
% 46.46/46.50 & Vd1109 != Vd1111
% 46.46/46.50 & Vd1115 = Vd1116
% 46.46/46.50 & rpoint(Vd1116)
% 46.46/46.50 & Vd1113 = Vd1114
% 46.46/46.50 & rpoint(Vd1114)
% 46.46/46.50 & Vd1111 = Vd1112
% 46.46/46.50 & rpoint(Vd1112)
% 46.46/46.50 & Vd1109 = Vd1110
% 46.46/46.50 & rpoint(Vd1110) )
% 46.46/46.50 => rR(vskolem1120(Vd1109,Vd1110,Vd1111,Vd1112,Vd1113,Vd1114,Vd1115,Vd1116),Vd1109,Vd1111) ) ).
% 46.46/46.50
% 46.46/46.50 fof('ass(cond(goal(238), 0), 2)',axiom,
% 46.46/46.50 ! [Vd1109,Vd1110,Vd1111,Vd1112,Vd1113,Vd1114,Vd1115,Vd1116] :
% 46.46/46.50 ( ( rless(vf(Vd1113,Vd1115),vf(Vd1109,Vd1111))
% 46.46/46.50 & Vd1113 != Vd1115
% 46.46/46.50 & Vd1109 != Vd1111
% 46.46/46.50 & Vd1115 = Vd1116
% 46.46/46.50 & rpoint(Vd1116)
% 46.46/46.50 & Vd1113 = Vd1114
% 46.46/46.50 & rpoint(Vd1114)
% 46.46/46.50 & Vd1111 = Vd1112
% 46.46/46.50 & rpoint(Vd1112)
% 46.46/46.50 & Vd1109 = Vd1110
% 46.46/46.50 & rpoint(Vd1110) )
% 46.46/46.50 => rpoint(vskolem1120(Vd1109,Vd1110,Vd1111,Vd1112,Vd1113,Vd1114,Vd1115,Vd1116)) ) ).
% 46.46/46.50
% 46.46/46.50 fof('ass(cond(goal(219), 0), 0)',axiom,
% 46.46/46.50 ! [Vd1069,Vd1070] :
% 46.46/46.50 ( ( Vd1069 != Vd1070
% 46.46/46.50 & ? [Vd1073] :
% 46.46/46.50 ( Vd1070 = Vd1073
% 46.46/46.50 & rpoint(Vd1073) )
% 46.46/46.50 & ? [Vd1072] :
% 46.46/46.50 ( Vd1069 = Vd1072
% 46.46/46.50 & rpoint(Vd1072) ) )
% 46.46/46.50 => ! [Vd1074,Vd1075] :
% 46.46/46.50 ( ( Vd1074 = Vd1075
% 46.46/46.50 & Vd1074 != Vd1070
% 46.46/46.50 & Vd1074 != Vd1069
% 46.46/46.50 & rpoint(Vd1075) )
% 46.46/46.50 => vf(Vd1069,Vd1070) = vf(Vd1074,vskolem1078(Vd1074,Vd1075,Vd1069,Vd1070)) ) ) ).
% 46.46/46.50
% 46.46/46.50 fof('ass(cond(goal(219), 0), 1)',axiom,
% 46.46/46.50 ! [Vd1069,Vd1070] :
% 46.46/46.50 ( ( Vd1069 != Vd1070
% 46.46/46.50 & ? [Vd1073] :
% 46.46/46.50 ( Vd1070 = Vd1073
% 46.46/46.50 & rpoint(Vd1073) )
% 46.46/46.50 & ? [Vd1072] :
% 46.46/46.50 ( Vd1069 = Vd1072
% 46.46/46.50 & rpoint(Vd1072) ) )
% 46.46/46.50 => ! [Vd1074,Vd1075] :
% 46.46/46.50 ( ( Vd1074 = Vd1075
% 46.46/46.50 & Vd1074 != Vd1070
% 46.46/46.50 & Vd1074 != Vd1069
% 46.46/46.50 & rpoint(Vd1075) )
% 46.46/46.50 => rpoint(vskolem1078(Vd1074,Vd1075,Vd1069,Vd1070)) ) ) ).
% 46.46/46.50
% 46.46/46.50 fof('ass(cond(goal(206), 0), 0)',axiom,
% 46.46/46.50 ! [Vd1047,Vd1048,Vd1049,Vd1050] :
% 46.46/46.50 ( ( Vd1049 = Vd1050
% 46.46/46.50 & Vd1047 != Vd1049
% 46.46/46.50 & rpoint(Vd1050)
% 46.46/46.50 & Vd1047 = Vd1048
% 46.46/46.50 & rpoint(Vd1048) )
% 46.46/46.50 => vf(Vd1049,vskolem1052(Vd1047,Vd1048,Vd1049,Vd1050)) = vf(vskolem1052(Vd1047,Vd1048,Vd1049,Vd1050),Vd1047) ) ).
% 46.46/46.50
% 46.46/46.50 fof('ass(cond(goal(206), 0), 1)',axiom,
% 46.46/46.50 ! [Vd1047,Vd1048,Vd1049,Vd1050] :
% 46.46/46.50 ( ( Vd1049 = Vd1050
% 46.46/46.50 & Vd1047 != Vd1049
% 46.46/46.50 & rpoint(Vd1050)
% 46.46/46.50 & Vd1047 = Vd1048
% 46.46/46.50 & rpoint(Vd1048) )
% 46.46/46.50 => vf(Vd1047,Vd1049) = vf(Vd1049,vskolem1052(Vd1047,Vd1048,Vd1049,Vd1050)) ) ).
% 46.46/46.50
% 46.46/46.50 fof('ass(cond(goal(206), 0), 2)',axiom,
% 46.46/46.50 ! [Vd1047,Vd1048,Vd1049,Vd1050] :
% 46.46/46.50 ( ( Vd1049 = Vd1050
% 46.46/46.50 & Vd1047 != Vd1049
% 46.46/46.50 & rpoint(Vd1050)
% 46.46/46.50 & Vd1047 = Vd1048
% 46.46/46.50 & rpoint(Vd1048) )
% 46.46/46.50 => rpoint(vskolem1052(Vd1047,Vd1048,Vd1049,Vd1050)) ) ).
% 46.46/46.50
% 46.46/46.50 fof('qu(cond(axiom(83), 0), imp(cond(axiom(83), 0)))',axiom,
% 46.46/46.50 ! [Vd352,Vd353,Vd354,Vd359,Vd360] :
% 46.46/46.50 ( ( Vd359 = Vd360
% 46.46/46.50 & ron(Vd353,Vd359)
% 46.46/46.50 & ron(Vd352,Vd359)
% 46.46/46.50 & rR(Vd353,Vd352,Vd354)
% 46.46/46.50 & rline(Vd360)
% 46.46/46.50 & ? [Vd358] :
% 46.46/46.50 ( Vd354 = Vd358
% 46.46/46.50 & rpoint(Vd358) )
% 46.46/46.50 & ? [Vd357] :
% 46.46/46.50 ( Vd353 = Vd357
% 46.46/46.50 & rpoint(Vd357) )
% 46.46/46.50 & ? [Vd356] :
% 46.46/46.50 ( Vd352 = Vd356
% 46.46/46.50 & rpoint(Vd356) ) )
% 46.46/46.50 => ron(Vd354,Vd359) ) ).
% 46.46/46.50
% 46.46/46.50 fof('qu(cond(axiom(188), 0), imp(cond(axiom(188), 0)))',axiom,
% 46.46/46.50 ! [Vd862,Vd863,Vd864,Vd865,Vd866,Vd867,Vd868,Vd869] :
% 46.46/46.50 ( ( ron(Vd864,Vd868)
% 46.46/46.50 & ron(Vd862,Vd868)
% 46.46/46.50 & Vd862 != Vd866
% 46.46/46.50 & Vd862 != Vd864
% 46.46/46.50 & Vd868 = Vd869
% 46.46/46.50 & rline(Vd869)
% 46.46/46.50 & Vd866 = Vd867
% 46.46/46.50 & rpoint(Vd867)
% 46.46/46.50 & Vd864 = Vd865
% 46.46/46.50 & rpoint(Vd865)
% 46.46/46.50 & Vd862 = Vd863
% 46.46/46.50 & rpoint(Vd863) )
% 46.46/46.50 => ( ( ~ rR(Vd862,Vd864,Vd866)
% 46.46/46.50 & ron(Vd866,Vd868) )
% 46.46/46.50 <=> vangle(Vd864,Vd862,Vd866) = v0 ) ) ).
% 46.46/46.50
% 46.46/46.50 fof('qu(cond(axiom(168), 0), imp(cond(axiom(168), 0)))',axiom,
% 46.46/46.50 ! [Vd767,Vd768,Vd769] :
% 46.46/46.50 ( ( Vd767 != Vd769
% 46.46/46.50 & Vd767 != Vd768
% 46.46/46.50 & ? [Vd773] :
% 46.46/46.50 ( Vd769 = Vd773
% 46.46/46.50 & rpoint(Vd773) )
% 46.46/46.50 & ? [Vd772] :
% 46.46/46.50 ( Vd768 = Vd772
% 46.46/46.50 & rpoint(Vd772) )
% 46.46/46.50 & ? [Vd771] :
% 46.46/46.50 ( Vd767 = Vd771
% 46.46/46.50 & rpoint(Vd771) ) )
% 46.46/46.50 => vangle(Vd767,Vd768,Vd769) = vangle(Vd769,Vd768,Vd767) ) ).
% 46.46/46.50
% 46.46/46.50 fof('qu(cond(axiom(166), 0), imp(cond(axiom(166), 0)))',axiom,
% 46.46/46.50 ! [Vd761,Vd762] :
% 46.46/46.50 ( ( ? [Vd765] :
% 46.46/46.50 ( Vd762 = Vd765
% 46.46/46.50 & rpoint(Vd765) )
% 46.46/46.50 & ? [Vd764] :
% 46.46/46.50 ( Vd761 = Vd764
% 46.46/46.50 & rpoint(Vd764) ) )
% 46.46/46.50 => vf(Vd761,Vd762) = vf(Vd762,Vd761) ) ).
% 46.46/46.50
% 46.46/46.50 fof('qu(cond(axiom(162), 0), imp(cond(axiom(162), 0)))',axiom,
% 46.46/46.50 ! [Vd748,Vd749] :
% 46.46/46.50 ( ( ? [Vd752] :
% 46.46/46.50 ( Vd749 = Vd752
% 46.46/46.50 & rpoint(Vd752) )
% 46.46/46.50 & ? [Vd751] :
% 46.46/46.50 ( Vd748 = Vd751
% 46.46/46.50 & rpoint(Vd751) ) )
% 46.46/46.50 => ( vf(Vd748,Vd749) = v0
% 46.46/46.50 <=> Vd748 = Vd749 ) ) ).
% 46.46/46.50
% 46.46/46.50 fof('qu(cond(axiom(160), 0), imp(cond(axiom(160), 0)))',axiom,
% 46.46/46.50 ! [Vd741,Vd742] :
% 46.46/46.50 ( ( ? [Vd745] :
% 46.46/46.50 ( Vd742 = Vd745
% 46.46/46.50 & rpoint(Vd745) )
% 46.46/46.50 & ? [Vd744] :
% 46.46/46.50 ( Vd741 = Vd744
% 46.46/46.50 & rpoint(Vd744) ) )
% 46.46/46.50 => ? [Vd747] :
% 46.46/46.50 ( vf(Vd741,Vd742) = Vd747
% 46.46/46.50 & rreal(Vd747) ) ) ).
% 46.46/46.50
% 46.46/46.50 fof('qu(cond(axiom(149), 0), imp(cond(axiom(149), 0)))',axiom,
% 46.46/46.50 ! [Vd713,Vd714] :
% 46.46/46.50 ( ( Vd713 = Vd714
% 46.46/46.50 & rreal(Vd714) )
% 46.46/46.50 => ~ rless(Vd713,Vd713) ) ).
% 46.46/46.50
% 46.46/46.50 fof('qu(cond(axiom(99), 0), imp(cond(axiom(99), 0)))',axiom,
% 46.46/46.50 ! [Vd434,Vd435,Vd439,Vd440] :
% 46.46/46.50 ( ( rS(Vd434,Vd435,Vd439)
% 46.46/46.50 & Vd439 = Vd440
% 46.46/46.50 & rline(Vd440)
% 46.46/46.50 & ? [Vd438] :
% 46.46/46.50 ( Vd435 = Vd438
% 46.46/46.50 & rpoint(Vd438) )
% 46.46/46.50 & ? [Vd437] :
% 46.46/46.50 ( Vd434 = Vd437
% 46.46/46.50 & rpoint(Vd437) ) )
% 46.46/46.50 => ~ ron(Vd434,Vd439) ) ).
% 46.46/46.50
% 46.46/46.50 fof('qu(cond(axiom(97), 0), imp(cond(axiom(97), 0)))',axiom,
% 46.46/46.50 ! [Vd425,Vd426,Vd430,Vd431] :
% 46.46/46.50 ( ( rS(Vd425,Vd426,Vd430)
% 46.46/46.50 & Vd430 = Vd431
% 46.46/46.50 & rline(Vd431)
% 46.46/46.50 & ? [Vd429] :
% 46.46/46.50 ( Vd426 = Vd429
% 46.46/46.50 & rpoint(Vd429) )
% 46.46/46.50 & ? [Vd428] :
% 46.46/46.50 ( Vd425 = Vd428
% 46.46/46.50 & rpoint(Vd428) ) )
% 46.46/46.50 => rS(Vd426,Vd425,Vd430) ) ).
% 46.46/46.50
% 46.46/46.50 fof('qu(cond(axiom(89), 0), imp(cond(axiom(89), 0)))',axiom,
% 46.46/46.50 ! [Vd384,Vd385,Vd386,Vd387] :
% 46.46/46.50 ( ( rR(Vd386,Vd385,Vd387)
% 46.46/46.50 & rR(Vd385,Vd384,Vd386)
% 46.46/46.50 & ? [Vd392] :
% 46.46/46.50 ( Vd387 = Vd392
% 46.46/46.50 & rpoint(Vd392) )
% 46.46/46.50 & ? [Vd391] :
% 46.46/46.50 ( Vd386 = Vd391
% 46.46/46.50 & rpoint(Vd391) )
% 46.46/46.50 & ? [Vd390] :
% 46.46/46.50 ( Vd385 = Vd390
% 46.46/46.50 & rpoint(Vd390) )
% 46.46/46.50 & ? [Vd389] :
% 46.46/46.50 ( Vd384 = Vd389
% 46.46/46.50 & rpoint(Vd389) ) )
% 46.46/46.50 => rR(Vd385,Vd384,Vd387) ) ).
% 46.46/46.50
% 46.46/46.50 fof('qu(cond(axiom(85), 0), imp(cond(axiom(85), 0)))',axiom,
% 46.46/46.50 ! [Vd362,Vd363,Vd364,Vd369,Vd370] :
% 46.46/46.50 ( ( Vd369 = Vd370
% 46.46/46.50 & ron(Vd364,Vd369)
% 46.46/46.50 & ron(Vd362,Vd369)
% 46.46/46.50 & rR(Vd363,Vd362,Vd364)
% 46.46/46.50 & rline(Vd370)
% 46.46/46.50 & ? [Vd368] :
% 46.46/46.50 ( Vd364 = Vd368
% 46.46/46.50 & rpoint(Vd368) )
% 46.46/46.50 & ? [Vd367] :
% 46.46/46.50 ( Vd363 = Vd367
% 46.46/46.50 & rpoint(Vd367) )
% 46.46/46.50 & ? [Vd366] :
% 46.46/46.50 ( Vd362 = Vd366
% 46.46/46.50 & rpoint(Vd366) ) )
% 46.46/46.50 => ron(Vd363,Vd369) ) ).
% 46.46/46.50
% 46.46/46.50 fof('qu(cond(axiom(81), 0), imp(cond(axiom(81), 0)))',axiom,
% 46.46/46.50 ! [Vd340,Vd341,Vd342] :
% 46.46/46.50 ( ( rR(Vd341,Vd340,Vd342)
% 46.46/46.50 & ? [Vd346] :
% 46.46/46.51 ( Vd342 = Vd346
% 46.46/46.51 & rpoint(Vd346) )
% 46.46/46.51 & ? [Vd345] :
% 46.46/46.51 ( Vd341 = Vd345
% 46.46/46.51 & rpoint(Vd345) )
% 46.46/46.51 & ? [Vd344] :
% 46.46/46.51 ( Vd340 = Vd344
% 46.46/46.51 & rpoint(Vd344) ) )
% 46.46/46.51 => ( ~ rR(Vd340,Vd341,Vd342)
% 46.46/46.51 & Vd340 != Vd342
% 46.46/46.51 & Vd340 != Vd341
% 46.46/46.51 & rR(Vd341,Vd342,Vd340) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(51), 0), imp(cond(axiom(51), 0)))',axiom,
% 46.46/46.51 ! [Vd217,Vd218] :
% 46.46/46.51 ( ( Vd217 != Vd218
% 46.46/46.51 & ? [Vd221] :
% 46.46/46.51 ( Vd218 = Vd221
% 46.46/46.51 & rpoint(Vd221) )
% 46.46/46.51 & ? [Vd220] :
% 46.46/46.51 ( Vd217 = Vd220
% 46.46/46.51 & rpoint(Vd220) ) )
% 46.46/46.51 => ? [Vd223] :
% 46.46/46.51 ( ron(Vd218,Vd223)
% 46.46/46.51 & ron(Vd217,Vd223)
% 46.46/46.51 & rline(Vd223) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(204), 0), imp(cond(axiom(204), 0)))',axiom,
% 46.46/46.51 ! [Vd992,Vd993,Vd994,Vd999,Vd1000,Vd1001,Vd1006,Vd1007,Vd1008,Vd1009,Vd1010,Vd1011,Vd1012,Vd1013,Vd1014,Vd1015,Vd1027,Vd1028] :
% 46.46/46.51 ( ( Vd1027 = Vd1028
% 46.46/46.51 & ! [Vd1031,Vd1032,Vd1033] :
% 46.46/46.51 ( ( rS(Vd1033,Vd1001,Vd1027)
% 46.46/46.51 & ~ rR(Vd999,Vd1032,Vd1000)
% 46.46/46.51 & ron(Vd1032,Vd1027)
% 46.46/46.51 & vf(Vd992,Vd994) = vf(Vd1031,Vd1033)
% 46.46/46.51 & vf(Vd993,Vd994) = vf(Vd1032,Vd1033)
% 46.46/46.51 & vf(Vd992,Vd993) = vf(Vd1031,Vd1032)
% 46.46/46.51 & vangle(Vd1031,Vd1033,Vd1032) = vangle(Vd992,Vd994,Vd993)
% 46.46/46.51 & vangle(Vd1032,Vd1031,Vd1033) = vangle(Vd993,Vd992,Vd994)
% 46.46/46.51 & vangle(Vd1033,Vd1032,Vd1031) = vangle(Vd994,Vd993,Vd992)
% 46.46/46.51 & Vd1031 = Vd999
% 46.46/46.51 & rpoint(Vd1033)
% 46.46/46.51 & rpoint(Vd1032)
% 46.46/46.51 & rpoint(Vd1031) )
% 46.46/46.51 => ( vangle(Vd1010,Vd1011,Vd1012) = vangle(Vd1013,Vd1014,Vd1015)
% 46.46/46.51 & vf(Vd1006,Vd1007) = vf(Vd1008,Vd1009) ) )
% 46.46/46.51 & ~ ron(Vd1001,Vd1027)
% 46.46/46.51 & ron(Vd1000,Vd1027)
% 46.46/46.51 & ron(Vd999,Vd1027)
% 46.46/46.51 & rline(Vd1028)
% 46.46/46.51 & ? [Vd1026] :
% 46.46/46.51 ( Vd1015 = Vd1026
% 46.46/46.51 & rpoint(Vd1026) )
% 46.46/46.51 & ? [Vd1025] :
% 46.46/46.51 ( Vd1014 = Vd1025
% 46.46/46.51 & rpoint(Vd1025) )
% 46.46/46.51 & ? [Vd1024] :
% 46.46/46.51 ( Vd1013 = Vd1024
% 46.46/46.51 & rpoint(Vd1024) )
% 46.46/46.51 & ? [Vd1023] :
% 46.46/46.51 ( Vd1012 = Vd1023
% 46.46/46.51 & rpoint(Vd1023) )
% 46.46/46.51 & ? [Vd1022] :
% 46.46/46.51 ( Vd1011 = Vd1022
% 46.46/46.51 & rpoint(Vd1022) )
% 46.46/46.51 & ? [Vd1021] :
% 46.46/46.51 ( Vd1010 = Vd1021
% 46.46/46.51 & rpoint(Vd1021) )
% 46.46/46.51 & ? [Vd1020] :
% 46.46/46.51 ( Vd1009 = Vd1020
% 46.46/46.51 & rpoint(Vd1020) )
% 46.46/46.51 & ? [Vd1019] :
% 46.46/46.51 ( Vd1008 = Vd1019
% 46.46/46.51 & rpoint(Vd1019) )
% 46.46/46.51 & ? [Vd1018] :
% 46.46/46.51 ( Vd1007 = Vd1018
% 46.46/46.51 & rpoint(Vd1018) )
% 46.46/46.51 & ? [Vd1017] :
% 46.46/46.51 ( Vd1006 = Vd1017
% 46.46/46.51 & rpoint(Vd1017) )
% 46.46/46.51 & ? [Vd1005] :
% 46.46/46.51 ( Vd1001 = Vd1005
% 46.46/46.51 & rpoint(Vd1005) )
% 46.46/46.51 & ? [Vd1004] :
% 46.46/46.51 ( Vd1000 = Vd1004
% 46.46/46.51 & rpoint(Vd1004) )
% 46.46/46.51 & ? [Vd1003] :
% 46.46/46.51 ( Vd999 = Vd1003
% 46.46/46.51 & rpoint(Vd1003) )
% 46.46/46.51 & Vd993 != Vd994
% 46.46/46.51 & Vd992 != Vd994
% 46.46/46.51 & Vd992 != Vd993
% 46.46/46.51 & ? [Vd998] :
% 46.46/46.51 ( Vd994 = Vd998
% 46.46/46.51 & rpoint(Vd998) )
% 46.46/46.51 & ? [Vd997] :
% 46.46/46.51 ( Vd993 = Vd997
% 46.46/46.51 & rpoint(Vd997) )
% 46.46/46.51 & ? [Vd996] :
% 46.46/46.51 ( Vd992 = Vd996
% 46.46/46.51 & rpoint(Vd996) ) )
% 46.46/46.51 => ( vangle(Vd1010,Vd1011,Vd1012) = vangle(Vd1013,Vd1014,Vd1015)
% 46.46/46.51 & vf(Vd1006,Vd1007) = vf(Vd1008,Vd1009) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(190), 0), imp(cond(axiom(190), 0)))',axiom,
% 46.46/46.51 ! [Vd874,Vd875,Vd876,Vd877,Vd883,Vd884] :
% 46.46/46.51 ( ( Vd883 != Vd884
% 46.46/46.51 & ~ ron(Vd877,Vd884)
% 46.46/46.51 & ~ ron(Vd877,Vd883)
% 46.46/46.51 & Vd874 != Vd876
% 46.46/46.51 & Vd874 != Vd875
% 46.46/46.51 & ron(Vd876,Vd884)
% 46.46/46.51 & ron(Vd875,Vd883)
% 46.46/46.51 & ron(Vd874,Vd884)
% 46.46/46.51 & ron(Vd874,Vd883)
% 46.46/46.51 & ? [Vd887] :
% 46.46/46.51 ( Vd884 = Vd887
% 46.46/46.51 & rline(Vd887) )
% 46.46/46.51 & ? [Vd886] :
% 46.46/46.51 ( Vd883 = Vd886
% 46.46/46.51 & rline(Vd886) )
% 46.46/46.51 & ? [Vd882] :
% 46.46/46.51 ( Vd877 = Vd882
% 46.46/46.51 & rpoint(Vd882) )
% 46.46/46.51 & ? [Vd881] :
% 46.46/46.51 ( Vd876 = Vd881
% 46.46/46.51 & rpoint(Vd881) )
% 46.46/46.51 & ? [Vd880] :
% 46.46/46.51 ( Vd875 = Vd880
% 46.46/46.51 & rpoint(Vd880) )
% 46.46/46.51 & ? [Vd879] :
% 46.46/46.51 ( Vd874 = Vd879
% 46.46/46.51 & rpoint(Vd879) ) )
% 46.46/46.51 => ( vangle(Vd875,Vd874,Vd876) = vplus(vangle(Vd875,Vd874,Vd877),vangle(Vd877,Vd874,Vd876))
% 46.46/46.51 <=> ( rS(Vd876,Vd877,Vd883)
% 46.46/46.51 & rS(Vd875,Vd877,Vd884) ) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(186), 0), imp(cond(axiom(186), 0)))',axiom,
% 46.46/46.51 ! [Vd854,Vd855,Vd859,Vd860] :
% 46.46/46.51 ( ( ron(Vd855,Vd860)
% 46.46/46.51 & rcenter(Vd859,Vd860)
% 46.46/46.51 & ? [Vd858] :
% 46.46/46.51 ( Vd855 = Vd858
% 46.46/46.51 & rpoint(Vd858) )
% 46.46/46.51 & ? [Vd857] :
% 46.46/46.51 ( Vd854 = Vd857
% 46.46/46.51 & rpoint(Vd857) ) )
% 46.46/46.51 => ( rless(vf(Vd859,Vd854),vf(Vd859,Vd855))
% 46.46/46.51 <=> rinside(Vd854,Vd860) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(184), 0), imp(cond(axiom(184), 0)))',axiom,
% 46.46/46.51 ! [Vd847,Vd848,Vd849,Vd850,Vd851,Vd852] :
% 46.46/46.51 ( ( ron(Vd851,Vd850)
% 46.46/46.51 & Vd851 = Vd852
% 46.46/46.51 & rpoint(Vd852)
% 46.46/46.51 & rcenter(Vd849,Vd850)
% 46.46/46.51 & Vd847 = Vd848
% 46.46/46.51 & rpoint(Vd848) )
% 46.46/46.51 => ( vf(Vd849,Vd847) = vf(Vd849,Vd851)
% 46.46/46.51 <=> ron(Vd847,Vd850) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(147), 0), imp(cond(axiom(147), 0)))',axiom,
% 46.46/46.51 ! [Vd706,Vd707,Vd708,Vd709] :
% 46.46/46.51 ( ( rless(Vd706,Vd708)
% 46.46/46.51 & Vd708 = Vd709
% 46.46/46.51 & rreal(Vd709)
% 46.46/46.51 & Vd706 = Vd707
% 46.46/46.51 & rreal(Vd707) )
% 46.46/46.51 => ( ~ rless(Vd708,Vd706)
% 46.46/46.51 | Vd706 = Vd708 ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(135), 0), imp(cond(axiom(135), 0)))',axiom,
% 46.46/46.51 ! [Vd676,Vd677,Vd681,Vd682] :
% 46.46/46.51 ( ( ron(Vd677,Vd682)
% 46.46/46.51 & rinside(Vd676,Vd682)
% 46.46/46.51 & rinside(Vd677,Vd681)
% 46.46/46.51 & ron(Vd676,Vd681)
% 46.46/46.51 & ? [Vd680] :
% 46.46/46.51 ( Vd677 = Vd680
% 46.46/46.51 & rpoint(Vd680) )
% 46.46/46.51 & ? [Vd679] :
% 46.46/46.51 ( Vd676 = Vd679
% 46.46/46.51 & rpoint(Vd679) ) )
% 46.46/46.51 => rintersect(Vd681,Vd682) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(133), 0), imp(cond(axiom(133), 0)))',axiom,
% 46.46/46.51 ! [Vd666,Vd667,Vd671,Vd672] :
% 46.46/46.51 ( ( ~ rinside(Vd667,Vd672)
% 46.46/46.51 & ~ ron(Vd667,Vd672)
% 46.46/46.51 & rinside(Vd666,Vd672)
% 46.46/46.51 & ( ron(Vd667,Vd671)
% 46.46/46.51 | rinside(Vd667,Vd671) )
% 46.46/46.51 & ron(Vd666,Vd671)
% 46.46/46.51 & ? [Vd675] :
% 46.46/46.51 ( Vd672 = Vd675
% 46.46/46.51 & rcircle(Vd675) )
% 46.46/46.51 & ? [Vd674] :
% 46.46/46.51 ( Vd671 = Vd674
% 46.46/46.51 & rcircle(Vd674) )
% 46.46/46.51 & ? [Vd670] :
% 46.46/46.51 ( Vd667 = Vd670
% 46.46/46.51 & rpoint(Vd670) )
% 46.46/46.51 & ? [Vd669] :
% 46.46/46.51 ( Vd666 = Vd669
% 46.46/46.51 & rpoint(Vd669) ) )
% 46.46/46.51 => rintersect(Vd671,Vd672) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(91), 0), imp(cond(axiom(91), 0)))',axiom,
% 46.46/46.51 ! [Vd396,Vd397,Vd398,Vd403,Vd404] :
% 46.46/46.51 ( ( Vd403 = Vd404
% 46.46/46.51 & ron(Vd398,Vd403)
% 46.46/46.51 & ron(Vd397,Vd403)
% 46.46/46.51 & ron(Vd396,Vd403)
% 46.46/46.51 & rline(Vd404)
% 46.46/46.51 & Vd397 != Vd398
% 46.46/46.51 & Vd396 != Vd398
% 46.46/46.51 & Vd396 != Vd397
% 46.46/46.51 & ? [Vd402] :
% 46.46/46.51 ( Vd398 = Vd402
% 46.46/46.51 & rpoint(Vd402) )
% 46.46/46.51 & ? [Vd401] :
% 46.46/46.51 ( Vd397 = Vd401
% 46.46/46.51 & rpoint(Vd401) )
% 46.46/46.51 & ? [Vd400] :
% 46.46/46.51 ( Vd396 = Vd400
% 46.46/46.51 & rpoint(Vd400) ) )
% 46.46/46.51 => ( rR(Vd397,Vd396,Vd398)
% 46.46/46.51 | rR(Vd396,Vd397,Vd398)
% 46.46/46.51 | rR(Vd398,Vd396,Vd397) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(79), 0), imp(cond(axiom(79), 0)))',axiom,
% 46.46/46.51 ! [Vd336,Vd337,Vd338,Vd339] :
% 46.46/46.51 ( ( rinside(Vd336,Vd338)
% 46.46/46.51 & Vd338 = Vd339
% 46.46/46.51 & rcircle(Vd339)
% 46.46/46.51 & Vd336 = Vd337
% 46.46/46.51 & rpoint(Vd337) )
% 46.46/46.51 => ~ ron(Vd336,Vd338) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(73), 0), imp(cond(axiom(73), 0)))',axiom,
% 46.46/46.51 ! [Vd314,Vd315,Vd319,Vd320] :
% 46.46/46.51 ( ( ron(Vd315,Vd320)
% 46.46/46.51 & ron(Vd315,Vd319)
% 46.46/46.51 & ron(Vd314,Vd320)
% 46.46/46.51 & ron(Vd314,Vd319)
% 46.46/46.51 & ? [Vd324] :
% 46.46/46.51 ( Vd320 = Vd324
% 46.46/46.51 & rline(Vd324) )
% 46.46/46.51 & ? [Vd323] :
% 46.46/46.51 ( Vd319 = Vd323
% 46.46/46.51 & rline(Vd323) )
% 46.46/46.51 & Vd314 != Vd315
% 46.46/46.51 & ? [Vd318] :
% 46.46/46.51 ( Vd315 = Vd318
% 46.46/46.51 & rpoint(Vd318) )
% 46.46/46.51 & ? [Vd317] :
% 46.46/46.51 ( Vd314 = Vd317
% 46.46/46.51 & rpoint(Vd317) ) )
% 46.46/46.51 => Vd319 = Vd320 ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(67), 0), imp(cond(axiom(67), 0)))',axiom,
% 46.46/46.51 ! [Vd280,Vd281] :
% 46.46/46.51 ( ( rintersect(Vd280,Vd281)
% 46.46/46.51 & ? [Vd284] :
% 46.46/46.51 ( Vd281 = Vd284
% 46.46/46.51 & rcircle(Vd284) )
% 46.46/46.51 & ? [Vd283] :
% 46.46/46.51 ( Vd280 = Vd283
% 46.46/46.51 & rcircle(Vd283) ) )
% 46.46/46.51 => ? [Vd285,Vd286] :
% 46.46/46.51 ( Vd285 != Vd286
% 46.46/46.51 & ron(Vd286,Vd281)
% 46.46/46.51 & ron(Vd286,Vd280)
% 46.46/46.51 & rpoint(Vd286)
% 46.46/46.51 & ron(Vd285,Vd281)
% 46.46/46.51 & ron(Vd285,Vd280)
% 46.46/46.51 & rpoint(Vd285) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(61), 0), imp(cond(axiom(61), 0)))',axiom,
% 46.46/46.51 ! [Vd253,Vd254,Vd255,Vd256,Vd257,Vd258,Vd259,Vd260] :
% 46.46/46.51 ( ( ron(Vd259,Vd255)
% 46.46/46.51 & ~ ron(Vd259,Vd253)
% 46.46/46.51 & ~ rinside(Vd259,Vd253)
% 46.46/46.51 & Vd259 = Vd260
% 46.46/46.51 & rpoint(Vd260)
% 46.46/46.51 & ron(Vd257,Vd255)
% 46.46/46.51 & rinside(Vd257,Vd253)
% 46.46/46.51 & Vd257 = Vd258
% 46.46/46.51 & rpoint(Vd258)
% 46.46/46.51 & Vd255 = Vd256
% 46.46/46.51 & rline(Vd256)
% 46.46/46.51 & Vd253 = Vd254
% 46.46/46.51 & rcircle(Vd254) )
% 46.46/46.51 => ? [Vd261] :
% 46.46/46.51 ( rR(Vd261,Vd257,Vd259)
% 46.46/46.51 & ron(Vd261,Vd253)
% 46.46/46.51 & ron(Vd261,Vd255)
% 46.46/46.51 & rpoint(Vd261) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(53), 0), imp(cond(axiom(53), 0)))',axiom,
% 46.46/46.51 ! [Vd225,Vd226] :
% 46.46/46.51 ( ( Vd225 != Vd226
% 46.46/46.51 & ? [Vd230] :
% 46.46/46.51 ( Vd226 = Vd230
% 46.46/46.51 & rpoint(Vd230) )
% 46.46/46.51 & ? [Vd229] :
% 46.46/46.51 ( Vd225 = Vd229
% 46.46/46.51 & rpoint(Vd229) ) )
% 46.46/46.51 => ? [Vd231] :
% 46.46/46.51 ( ron(Vd226,Vd231)
% 46.46/46.51 & rcenter(Vd225,Vd231)
% 46.46/46.51 & rcircle(Vd231) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(194), 0), imp(cond(axiom(194), 0)))',axiom,
% 46.46/46.51 ! [Vd908,Vd909,Vd910,Vd911,Vd912,Vd919,Vd920] :
% 46.46/46.51 ( ( ~ rR(Vd908,Vd910,Vd912)
% 46.46/46.51 & ~ rR(Vd908,Vd909,Vd911)
% 46.46/46.51 & Vd912 != Vd908
% 46.46/46.51 & Vd911 != Vd908
% 46.46/46.51 & Vd910 != Vd908
% 46.46/46.51 & Vd909 != Vd908
% 46.46/46.51 & ron(Vd912,Vd920)
% 46.46/46.51 & ron(Vd910,Vd920)
% 46.46/46.51 & ron(Vd911,Vd919)
% 46.46/46.51 & ron(Vd909,Vd919)
% 46.46/46.51 & ron(Vd908,Vd919)
% 46.46/46.51 & ? [Vd923] :
% 46.46/46.51 ( Vd920 = Vd923
% 46.46/46.51 & rline(Vd923) )
% 46.46/46.51 & ? [Vd922] :
% 46.46/46.51 ( Vd919 = Vd922
% 46.46/46.51 & rline(Vd922) )
% 46.46/46.51 & ? [Vd918] :
% 46.46/46.51 ( Vd912 = Vd918
% 46.46/46.51 & rpoint(Vd918) )
% 46.46/46.51 & ? [Vd917] :
% 46.46/46.51 ( Vd911 = Vd917
% 46.46/46.51 & rpoint(Vd917) )
% 46.46/46.51 & ? [Vd916] :
% 46.46/46.51 ( Vd910 = Vd916
% 46.46/46.51 & rpoint(Vd916) )
% 46.46/46.51 & ? [Vd915] :
% 46.46/46.51 ( Vd909 = Vd915
% 46.46/46.51 & rpoint(Vd915) )
% 46.46/46.51 & ? [Vd914] :
% 46.46/46.51 ( Vd908 = Vd914
% 46.46/46.51 & rpoint(Vd914) ) )
% 46.46/46.51 => vangle(Vd909,Vd908,Vd910) = vangle(Vd911,Vd908,Vd912) ) ).
% 46.46/46.51
% 46.46/46.51 fof('ass(cond(156, 0), 0)',axiom,
% 46.46/46.51 ! [Vd733,Vd734,Vd735,Vd736,Vd737,Vd738] :
% 46.46/46.51 ( ( vplus(Vd733,Vd737) = vplus(Vd735,Vd737)
% 46.46/46.51 & Vd737 = Vd738
% 46.46/46.51 & rreal(Vd738)
% 46.46/46.51 & Vd735 = Vd736
% 46.46/46.51 & rreal(Vd736)
% 46.46/46.51 & Vd733 = Vd734
% 46.46/46.51 & rreal(Vd734) )
% 46.46/46.51 => Vd733 = Vd735 ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(143), 0), imp(cond(axiom(143), 0)))',axiom,
% 46.46/46.51 ! [Vd694,Vd695,Vd696,Vd697] :
% 46.46/46.51 ( ( Vd696 = Vd697
% 46.46/46.51 & rreal(Vd697)
% 46.46/46.51 & Vd694 = Vd695
% 46.46/46.51 & rreal(Vd695) )
% 46.46/46.51 => vplus(Vd694,Vd696) = vplus(Vd696,Vd694) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(141), 0), imp(cond(axiom(141), 0)))',axiom,
% 46.46/46.51 ! [Vd691,Vd692] :
% 46.46/46.51 ( ( Vd691 = Vd692
% 46.46/46.51 & rreal(Vd692) )
% 46.46/46.51 => vplus(Vd691,v0) = Vd691 ) ).
% 46.46/46.51
% 46.46/46.51 fof('pred(axiom(137), 2)',axiom,
% 46.46/46.51 v0 = vd684 ).
% 46.46/46.51
% 46.46/46.51 fof('pred(axiom(137), 1)',axiom,
% 46.46/46.51 rreal(vd684) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(109), 0), imp(cond(axiom(109), 0)))',axiom,
% 46.46/46.51 ! [Vd489,Vd490,Vd491,Vd496,Vd497] :
% 46.46/46.51 ( ( ron(Vd490,Vd496)
% 46.46/46.51 & rR(Vd490,Vd489,Vd491)
% 46.46/46.51 & Vd496 = Vd497
% 46.46/46.51 & rline(Vd497)
% 46.46/46.51 & ? [Vd495] :
% 46.46/46.51 ( Vd491 = Vd495
% 46.46/46.51 & rpoint(Vd495) )
% 46.46/46.51 & ? [Vd494] :
% 46.46/46.51 ( Vd490 = Vd494
% 46.46/46.51 & rpoint(Vd494) )
% 46.46/46.51 & ? [Vd493] :
% 46.46/46.51 ( Vd489 = Vd493
% 46.46/46.51 & rpoint(Vd493) ) )
% 46.46/46.51 => ~ rS(Vd489,Vd491,Vd496) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(202), 0), imp(cond(axiom(202), 0)))',axiom,
% 46.46/46.51 ! [Vd979,Vd980,Vd981,Vd982,Vd988,Vd989] :
% 46.46/46.51 ( ( ~ ron(Vd982,Vd988)
% 46.46/46.51 & Vd988 = Vd989
% 46.46/46.51 & rline(Vd989)
% 46.46/46.51 & Vd981 != Vd982
% 46.46/46.51 & Vd980 != Vd982
% 46.46/46.51 & Vd980 != Vd981
% 46.46/46.51 & Vd979 != Vd982
% 46.46/46.51 & Vd979 != Vd981
% 46.46/46.51 & Vd979 != Vd980
% 46.46/46.51 & ? [Vd987] :
% 46.46/46.51 ( Vd982 = Vd987
% 46.46/46.51 & rpoint(Vd987) )
% 46.46/46.51 & ? [Vd986] :
% 46.46/46.51 ( Vd981 = Vd986
% 46.46/46.51 & rpoint(Vd986) )
% 46.46/46.51 & ? [Vd985] :
% 46.46/46.51 ( Vd980 = Vd985
% 46.46/46.51 & rpoint(Vd985) )
% 46.46/46.51 & ? [Vd984] :
% 46.46/46.51 ( Vd979 = Vd984
% 46.46/46.51 & rpoint(Vd984) ) )
% 46.46/46.51 => ( rR(Vd981,Vd979,Vd980)
% 46.46/46.51 <=> vplus(vg(Vd979,Vd981,Vd982),vg(Vd982,Vd981,Vd980)) = vg(Vd979,Vd982,Vd980) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(180), 0), imp(cond(axiom(180), 0)))',axiom,
% 46.46/46.51 ! [Vd828,Vd829,Vd830] :
% 46.46/46.51 ( ( rR(Vd829,Vd828,Vd830)
% 46.46/46.51 & ? [Vd834] :
% 46.46/46.51 ( Vd830 = Vd834
% 46.46/46.51 & rpoint(Vd834) )
% 46.46/46.51 & ? [Vd833] :
% 46.46/46.51 ( Vd829 = Vd833
% 46.46/46.51 & rpoint(Vd833) )
% 46.46/46.51 & ? [Vd832] :
% 46.46/46.51 ( Vd828 = Vd832
% 46.46/46.51 & rpoint(Vd832) ) )
% 46.46/46.51 => vplus(vf(Vd828,Vd829),vf(Vd829,Vd830)) = vf(Vd828,Vd830) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(1), 0), imp(cond(axiom(1), 0)))',axiom,
% 46.46/46.51 ! [Vd1,Vd2] :
% 46.46/46.51 ( rcenter(Vd1,Vd2)
% 46.46/46.51 => ? [Vd3,Vd4] :
% 46.46/46.51 ( Vd2 = Vd4
% 46.46/46.51 & rcircle(Vd4)
% 46.46/46.51 & Vd1 = Vd3
% 46.46/46.51 & rpoint(Vd3) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(153), 0), imp(cond(axiom(153), 0)))',axiom,
% 46.46/46.51 ! [Vd725,Vd726,Vd727,Vd728,Vd729,Vd730] :
% 46.46/46.51 ( ( rless(Vd725,Vd727)
% 46.46/46.51 & Vd729 = Vd730
% 46.46/46.51 & rreal(Vd730)
% 46.46/46.51 & Vd727 = Vd728
% 46.46/46.51 & rreal(Vd728)
% 46.46/46.51 & Vd725 = Vd726
% 46.46/46.51 & rreal(Vd726) )
% 46.46/46.51 => rless(vplus(Vd725,Vd729),vplus(Vd727,Vd729)) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(151), 0), imp(cond(axiom(151), 0)))',axiom,
% 46.46/46.51 ! [Vd716,Vd717,Vd718,Vd719,Vd720,Vd721] :
% 46.46/46.51 ( ( rless(Vd718,Vd720)
% 46.46/46.51 & rless(Vd716,Vd718)
% 46.46/46.51 & Vd720 = Vd721
% 46.46/46.51 & rreal(Vd721)
% 46.46/46.51 & Vd718 = Vd719
% 46.46/46.51 & rreal(Vd719)
% 46.46/46.51 & Vd716 = Vd717
% 46.46/46.51 & rreal(Vd717) )
% 46.46/46.51 => rless(Vd716,Vd720) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(145), 0), imp(cond(axiom(145), 0)))',axiom,
% 46.46/46.51 ! [Vd699,Vd700,Vd701,Vd702] :
% 46.46/46.51 ( ( Vd701 = Vd702
% 46.46/46.51 & rreal(Vd702)
% 46.46/46.51 & Vd699 = Vd700
% 46.46/46.51 & rreal(Vd700) )
% 46.46/46.51 => ( rless(Vd699,Vd701)
% 46.46/46.51 | Vd699 = Vd701
% 46.46/46.51 | rless(Vd701,Vd699) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(139), 0), imp(cond(axiom(139), 0)))',axiom,
% 46.46/46.51 ! [Vd685,Vd686,Vd687,Vd688] :
% 46.46/46.51 ( ( Vd687 = Vd688
% 46.46/46.51 & rreal(Vd688)
% 46.46/46.51 & Vd685 = Vd686
% 46.46/46.51 & rreal(Vd686) )
% 46.46/46.51 => ? [Vd690] :
% 46.46/46.51 ( vplus(Vd685,Vd687) = Vd690
% 46.46/46.51 & rreal(Vd690) ) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(131), 0), imp(cond(axiom(131), 0)))',axiom,
% 46.46/46.51 ! [Vd660,Vd661,Vd662,Vd663,Vd664,Vd665] :
% 46.46/46.51 ( ( ron(Vd660,Vd664)
% 46.46/46.51 & rinside(Vd660,Vd662)
% 46.46/46.51 & Vd664 = Vd665
% 46.46/46.51 & rline(Vd665)
% 46.46/46.51 & Vd662 = Vd663
% 46.46/46.51 & rcircle(Vd663)
% 46.46/46.51 & Vd660 = Vd661
% 46.46/46.51 & rpoint(Vd661) )
% 46.46/46.51 => rintersect(Vd664,Vd662) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(129), 0), imp(cond(axiom(129), 0)))',axiom,
% 46.46/46.51 ! [Vd647,Vd648,Vd652,Vd653] :
% 46.46/46.51 ( ( ~ ? [Vd657] : rS(Vd647,Vd648,Vd657)
% 46.46/46.51 & ( ron(Vd648,Vd652)
% 46.46/46.51 | rinside(Vd648,Vd652) )
% 46.46/46.51 & ( ron(Vd647,Vd652)
% 46.46/46.51 | rinside(Vd647,Vd652) )
% 46.46/46.51 & ? [Vd656] :
% 46.46/46.51 ( Vd653 = Vd656
% 46.46/46.51 & rcircle(Vd656) )
% 46.46/46.51 & ? [Vd655] :
% 46.46/46.51 ( Vd652 = Vd655
% 46.46/46.51 & rcircle(Vd655) )
% 46.46/46.51 & ? [Vd651] :
% 46.46/46.51 ( Vd648 = Vd651
% 46.46/46.51 & rpoint(Vd651) )
% 46.46/46.51 & ? [Vd650] :
% 46.46/46.51 ( Vd647 = Vd650
% 46.46/46.51 & rpoint(Vd650) ) )
% 46.46/46.51 => ? [Vd659] : rintersect(Vd659,Vd652) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(127), 0), imp(cond(axiom(127), 0)))',axiom,
% 46.46/46.51 ! [Vd636,Vd637,Vd641,Vd642,Vd644,Vd645] :
% 46.46/46.51 ( ( Vd641 = Vd642
% 46.46/46.51 & Vd644 = Vd645
% 46.46/46.51 & ron(Vd637,Vd644)
% 46.46/46.51 & ron(Vd636,Vd644)
% 46.46/46.51 & rline(Vd645)
% 46.46/46.51 & ~ rS(Vd636,Vd637,Vd641)
% 46.46/46.51 & rline(Vd642)
% 46.46/46.51 & ? [Vd640] :
% 46.46/46.51 ( Vd637 = Vd640
% 46.46/46.51 & rpoint(Vd640) )
% 46.46/46.51 & ? [Vd639] :
% 46.46/46.51 ( Vd636 = Vd639
% 46.46/46.51 & rpoint(Vd639) ) )
% 46.46/46.51 => rintersect(Vd641,Vd644) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(125), 0), imp(cond(axiom(125), 0)))',axiom,
% 46.46/46.51 ! [Vd616,Vd617,Vd622,Vd623,Vd630,Vd631,Vd632,Vd633] :
% 46.46/46.51 ( ( ron(Vd631,Vd632)
% 46.46/46.51 & ron(Vd630,Vd632)
% 46.46/46.51 & Vd632 = Vd633
% 46.46/46.51 & rline(Vd633)
% 46.46/46.51 & rcenter(Vd631,Vd617)
% 46.46/46.51 & rcenter(Vd630,Vd616)
% 46.46/46.51 & Vd622 != Vd623
% 46.46/46.51 & ron(Vd623,Vd617)
% 46.46/46.51 & ron(Vd623,Vd616)
% 46.46/46.51 & ron(Vd622,Vd617)
% 46.46/46.51 & ron(Vd622,Vd616)
% 46.46/46.51 & ? [Vd626] :
% 46.46/46.51 ( Vd623 = Vd626
% 46.46/46.51 & rpoint(Vd626) )
% 46.46/46.51 & ? [Vd625] :
% 46.46/46.51 ( Vd622 = Vd625
% 46.46/46.51 & rpoint(Vd625) )
% 46.46/46.51 & rintersect(Vd616,Vd617)
% 46.46/46.51 & Vd616 != Vd617
% 46.46/46.51 & ? [Vd620] :
% 46.46/46.51 ( Vd617 = Vd620
% 46.46/46.51 & rcircle(Vd620) )
% 46.46/46.51 & ? [Vd619] :
% 46.46/46.51 ( Vd616 = Vd619
% 46.46/46.51 & rcircle(Vd619) ) )
% 46.46/46.51 => ~ rS(Vd622,Vd623,Vd632) ) ).
% 46.46/46.51
% 46.46/46.51 fof('qu(cond(axiom(123), 0), imp(cond(axiom(123), 0)))',axiom,
% 46.46/46.51 ! [Vd606,Vd607,Vd608,Vd613,Vd614] :
% 46.46/46.51 ( ( rR(Vd608,Vd606,Vd607)
% 46.46/46.51 & ~ rinside(Vd608,Vd613)
% 46.46/46.51 & ( ron(Vd606,Vd613)
% 46.46/46.51 | rinside(Vd606,Vd613) )
% 46.46/46.51 & Vd613 = Vd614
% 46.46/46.51 & rcircle(Vd614)
% 46.46/46.51 & ? [Vd612] :
% 46.46/46.51 ( Vd608 = Vd612
% 46.46/46.51 & rpoint(Vd612) )
% 46.46/46.51 & ? [Vd611] :
% 46.46/46.51 ( Vd607 = Vd611
% 46.46/46.52 & rpoint(Vd611) )
% 46.46/46.52 & ? [Vd610] :
% 46.46/46.52 ( Vd606 = Vd610
% 46.46/46.52 & rpoint(Vd610) ) )
% 46.46/46.52 => ( ~ ron(Vd607,Vd613)
% 46.46/46.52 & ~ ron(Vd607,Vd613) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(121), 0), imp(cond(axiom(121), 0)))',axiom,
% 46.46/46.52 ! [Vd594,Vd595,Vd596,Vd601,Vd602,Vd603,Vd604] :
% 46.46/46.52 ( ( rR(Vd596,Vd594,Vd595)
% 46.46/46.52 & ( ron(Vd595,Vd603)
% 46.46/46.52 | rinside(Vd595,Vd603) )
% 46.46/46.52 & ( ron(Vd594,Vd603)
% 46.46/46.52 | rinside(Vd594,Vd603) )
% 46.46/46.52 & Vd603 = Vd604
% 46.46/46.52 & rcircle(Vd604)
% 46.46/46.52 & Vd601 = Vd602
% 46.46/46.52 & rline(Vd602)
% 46.46/46.52 & ? [Vd600] :
% 46.46/46.52 ( Vd596 = Vd600
% 46.46/46.52 & rpoint(Vd600) )
% 46.46/46.52 & ? [Vd599] :
% 46.46/46.52 ( Vd595 = Vd599
% 46.46/46.52 & rpoint(Vd599) )
% 46.46/46.52 & ? [Vd598] :
% 46.46/46.52 ( Vd594 = Vd598
% 46.46/46.52 & rpoint(Vd598) ) )
% 46.46/46.52 => rinside(Vd596,Vd603) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(119), 0), imp(cond(axiom(119), 0)))',axiom,
% 46.46/46.52 ! [Vd581,Vd582,Vd583,Vd588,Vd589,Vd590,Vd591] :
% 46.46/46.52 ( ( Vd582 != Vd583
% 46.46/46.52 & ron(Vd583,Vd590)
% 46.46/46.52 & ron(Vd582,Vd590)
% 46.46/46.52 & rinside(Vd581,Vd590)
% 46.46/46.52 & ron(Vd583,Vd588)
% 46.46/46.52 & ron(Vd582,Vd588)
% 46.46/46.52 & ron(Vd581,Vd588)
% 46.46/46.52 & Vd590 = Vd591
% 46.46/46.52 & rcircle(Vd591)
% 46.46/46.52 & Vd588 = Vd589
% 46.46/46.52 & rline(Vd589)
% 46.46/46.52 & ? [Vd587] :
% 46.46/46.52 ( Vd583 = Vd587
% 46.46/46.52 & rpoint(Vd587) )
% 46.46/46.52 & ? [Vd586] :
% 46.46/46.52 ( Vd582 = Vd586
% 46.46/46.52 & rpoint(Vd586) )
% 46.46/46.52 & ? [Vd585] :
% 46.46/46.52 ( Vd581 = Vd585
% 46.46/46.52 & rpoint(Vd585) ) )
% 46.46/46.52 => rR(Vd581,Vd582,Vd583) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(117), 0), imp(cond(axiom(117), 0)))',axiom,
% 46.46/46.52 ! [Vd558,Vd559,Vd560,Vd565,Vd566,Vd567,Vd568,Vd577] :
% 46.46/46.52 ( ( rS(Vd567,Vd577,Vd560)
% 46.46/46.52 & rS(Vd568,Vd577,Vd559)
% 46.46/46.52 & rS(Vd566,Vd567,Vd560)
% 46.46/46.52 & rS(Vd567,Vd568,Vd558)
% 46.46/46.52 & ron(Vd568,Vd560)
% 46.46/46.52 & ron(Vd567,Vd559)
% 46.46/46.52 & ron(Vd566,Vd558)
% 46.46/46.52 & ron(Vd565,Vd560)
% 46.46/46.52 & ron(Vd565,Vd559)
% 46.46/46.52 & ron(Vd565,Vd558)
% 46.46/46.52 & ? [Vd573] :
% 46.46/46.52 ( Vd568 = Vd573
% 46.46/46.52 & rpoint(Vd573) )
% 46.46/46.52 & ? [Vd572] :
% 46.46/46.52 ( Vd567 = Vd572
% 46.46/46.52 & rpoint(Vd572) )
% 46.46/46.52 & ? [Vd571] :
% 46.46/46.52 ( Vd566 = Vd571
% 46.46/46.52 & rpoint(Vd571) )
% 46.46/46.52 & ? [Vd570] :
% 46.46/46.52 ( Vd565 = Vd570
% 46.46/46.52 & rpoint(Vd570) )
% 46.46/46.52 & ? [Vd564] :
% 46.46/46.52 ( Vd560 = Vd564
% 46.46/46.52 & rline(Vd564) )
% 46.46/46.52 & ? [Vd563] :
% 46.46/46.52 ( Vd559 = Vd563
% 46.46/46.52 & rline(Vd563) )
% 46.46/46.52 & ? [Vd562] :
% 46.46/46.52 ( Vd558 = Vd562
% 46.46/46.52 & rline(Vd562) ) )
% 46.46/46.52 => rS(Vd567,Vd577,Vd558) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(115), 0), imp(cond(axiom(115), 0)))',axiom,
% 46.46/46.52 ! [Vd537,Vd538,Vd539,Vd544,Vd545,Vd546,Vd547] :
% 46.46/46.52 ( ( Vd545 != Vd544
% 46.46/46.52 & ~ ron(Vd547,Vd538)
% 46.46/46.52 & ~ rS(Vd545,Vd547,Vd538)
% 46.46/46.52 & rS(Vd546,Vd547,Vd537)
% 46.46/46.52 & ron(Vd547,Vd539)
% 46.46/46.52 & ron(Vd546,Vd538)
% 46.46/46.52 & ron(Vd545,Vd537)
% 46.46/46.52 & ron(Vd544,Vd539)
% 46.46/46.52 & ron(Vd544,Vd538)
% 46.46/46.52 & ron(Vd544,Vd537)
% 46.46/46.52 & ? [Vd552] :
% 46.46/46.52 ( Vd547 = Vd552
% 46.46/46.52 & rpoint(Vd552) )
% 46.46/46.52 & ? [Vd551] :
% 46.46/46.52 ( Vd546 = Vd551
% 46.46/46.52 & rpoint(Vd551) )
% 46.46/46.52 & ? [Vd550] :
% 46.46/46.52 ( Vd545 = Vd550
% 46.46/46.52 & rpoint(Vd550) )
% 46.46/46.52 & ? [Vd549] :
% 46.46/46.52 ( Vd544 = Vd549
% 46.46/46.52 & rpoint(Vd549) )
% 46.46/46.52 & ? [Vd543] :
% 46.46/46.52 ( Vd539 = Vd543
% 46.46/46.52 & rline(Vd543) )
% 46.46/46.52 & ? [Vd542] :
% 46.46/46.52 ( Vd538 = Vd542
% 46.46/46.52 & rline(Vd542) )
% 46.46/46.52 & ? [Vd541] :
% 46.46/46.52 ( Vd537 = Vd541
% 46.46/46.52 & rline(Vd541) ) )
% 46.46/46.52 => rS(Vd545,Vd546,Vd539) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(113), 0), imp(cond(axiom(113), 0)))',axiom,
% 46.46/46.52 ! [Vd516,Vd517,Vd518,Vd523,Vd524,Vd525,Vd526] :
% 46.46/46.52 ( ( rS(Vd524,Vd525,Vd518)
% 46.46/46.52 & rS(Vd525,Vd526,Vd516)
% 46.46/46.52 & ron(Vd526,Vd518)
% 46.46/46.52 & ron(Vd525,Vd518)
% 46.46/46.52 & ron(Vd524,Vd516)
% 46.46/46.52 & ron(Vd523,Vd518)
% 46.46/46.52 & ron(Vd523,Vd517)
% 46.46/46.52 & ron(Vd523,Vd516)
% 46.46/46.52 & ? [Vd531] :
% 46.46/46.52 ( Vd526 = Vd531
% 46.46/46.52 & rpoint(Vd531) )
% 46.46/46.52 & ? [Vd530] :
% 46.46/46.52 ( Vd525 = Vd530
% 46.46/46.52 & rpoint(Vd530) )
% 46.46/46.52 & ? [Vd529] :
% 46.46/46.52 ( Vd524 = Vd529
% 46.46/46.52 & rpoint(Vd529) )
% 46.46/46.52 & ? [Vd528] :
% 46.46/46.52 ( Vd523 = Vd528
% 46.46/46.52 & rpoint(Vd528) )
% 46.46/46.52 & ? [Vd522] :
% 46.46/46.52 ( Vd518 = Vd522
% 46.46/46.52 & rline(Vd522) )
% 46.46/46.52 & ? [Vd521] :
% 46.46/46.52 ( Vd517 = Vd521
% 46.46/46.52 & rline(Vd521) )
% 46.46/46.52 & ? [Vd520] :
% 46.46/46.52 ( Vd516 = Vd520
% 46.46/46.52 & rline(Vd520) ) )
% 46.46/46.52 => ~ rS(Vd524,Vd526,Vd517) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(111), 0), imp(cond(axiom(111), 0)))',axiom,
% 46.46/46.52 ! [Vd500,Vd501,Vd502,Vd507,Vd508] :
% 46.46/46.52 ( ( ron(Vd501,Vd507)
% 46.46/46.52 & ron(Vd501,Vd508)
% 46.46/46.52 & ~ rS(Vd500,Vd502,Vd507)
% 46.46/46.52 & ron(Vd502,Vd508)
% 46.46/46.52 & ron(Vd500,Vd508)
% 46.46/46.52 & Vd507 != Vd508
% 46.46/46.52 & ? [Vd511] :
% 46.46/46.52 ( Vd508 = Vd511
% 46.46/46.52 & rline(Vd511) )
% 46.46/46.52 & ? [Vd510] :
% 46.46/46.52 ( Vd507 = Vd510
% 46.46/46.52 & rline(Vd510) )
% 46.46/46.52 & Vd501 != Vd502
% 46.46/46.52 & Vd500 != Vd502
% 46.46/46.52 & Vd500 != Vd501
% 46.46/46.52 & ? [Vd506] :
% 46.46/46.52 ( Vd502 = Vd506
% 46.46/46.52 & rpoint(Vd506) )
% 46.46/46.52 & ? [Vd505] :
% 46.46/46.52 ( Vd501 = Vd505
% 46.46/46.52 & rpoint(Vd505) )
% 46.46/46.52 & ? [Vd504] :
% 46.46/46.52 ( Vd500 = Vd504
% 46.46/46.52 & rpoint(Vd504) ) )
% 46.46/46.52 => rR(Vd501,Vd500,Vd502) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(107), 0), imp(cond(axiom(107), 0)))',axiom,
% 46.46/46.52 ! [Vd478,Vd479,Vd480,Vd485,Vd486] :
% 46.46/46.52 ( ( ~ ron(Vd479,Vd485)
% 46.46/46.52 & ron(Vd478,Vd485)
% 46.46/46.52 & rR(Vd479,Vd478,Vd480)
% 46.46/46.52 & Vd485 = Vd486
% 46.46/46.52 & rline(Vd486)
% 46.46/46.52 & ? [Vd484] :
% 46.46/46.52 ( Vd480 = Vd484
% 46.46/46.52 & rpoint(Vd484) )
% 46.46/46.52 & ? [Vd483] :
% 46.46/46.52 ( Vd479 = Vd483
% 46.46/46.52 & rpoint(Vd483) )
% 46.46/46.52 & ? [Vd482] :
% 46.46/46.52 ( Vd478 = Vd482
% 46.46/46.52 & rpoint(Vd482) ) )
% 46.46/46.52 => rS(Vd479,Vd480,Vd485) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(105), 0), imp(cond(axiom(105), 0)))',axiom,
% 46.46/46.52 ! [Vd466,Vd467,Vd468,Vd473,Vd474] :
% 46.46/46.52 ( ( rS(Vd466,Vd468,Vd473)
% 46.46/46.52 & rR(Vd467,Vd466,Vd468)
% 46.46/46.52 & Vd473 = Vd474
% 46.46/46.52 & rline(Vd474)
% 46.46/46.52 & ? [Vd472] :
% 46.46/46.52 ( Vd468 = Vd472
% 46.46/46.52 & rpoint(Vd472) )
% 46.46/46.52 & ? [Vd471] :
% 46.46/46.52 ( Vd467 = Vd471
% 46.46/46.52 & rpoint(Vd471) )
% 46.46/46.52 & ? [Vd470] :
% 46.46/46.52 ( Vd466 = Vd470
% 46.46/46.52 & rpoint(Vd470) ) )
% 46.46/46.52 => rS(Vd466,Vd467,Vd473) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(103), 0), imp(cond(axiom(103), 0)))',axiom,
% 46.46/46.52 ! [Vd454,Vd455,Vd456,Vd461,Vd462] :
% 46.46/46.52 ( ( ~ rS(Vd454,Vd455,Vd461)
% 46.46/46.52 & ~ ron(Vd456,Vd461)
% 46.46/46.52 & ~ ron(Vd455,Vd461)
% 46.46/46.52 & ~ ron(Vd454,Vd461)
% 46.46/46.52 & Vd461 = Vd462
% 46.46/46.52 & rline(Vd462)
% 46.46/46.52 & ? [Vd460] :
% 46.46/46.52 ( Vd456 = Vd460
% 46.46/46.52 & rpoint(Vd460) )
% 46.46/46.52 & ? [Vd459] :
% 46.46/46.52 ( Vd455 = Vd459
% 46.46/46.52 & rpoint(Vd459) )
% 46.46/46.52 & ? [Vd458] :
% 46.46/46.52 ( Vd454 = Vd458
% 46.46/46.52 & rpoint(Vd458) ) )
% 46.46/46.52 => ( rS(Vd454,Vd456,Vd461)
% 46.46/46.52 | rS(Vd455,Vd456,Vd461) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(101), 0), imp(cond(axiom(101), 0)))',axiom,
% 46.46/46.52 ! [Vd442,Vd443,Vd444,Vd449,Vd450] :
% 46.46/46.52 ( ( rS(Vd442,Vd444,Vd449)
% 46.46/46.52 & rS(Vd442,Vd443,Vd449)
% 46.46/46.52 & Vd449 = Vd450
% 46.46/46.52 & rline(Vd450)
% 46.46/46.52 & ? [Vd448] :
% 46.46/46.52 ( Vd444 = Vd448
% 46.46/46.52 & rpoint(Vd448) )
% 46.46/46.52 & ? [Vd447] :
% 46.46/46.52 ( Vd443 = Vd447
% 46.46/46.52 & rpoint(Vd447) )
% 46.46/46.52 & ? [Vd446] :
% 46.46/46.52 ( Vd442 = Vd446
% 46.46/46.52 & rpoint(Vd446) ) )
% 46.46/46.52 => rS(Vd443,Vd444,Vd449) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(95), 0), imp(cond(axiom(95), 0)))',axiom,
% 46.46/46.52 ! [Vd420,Vd421,Vd422,Vd423] :
% 46.46/46.52 ( ( ~ ron(Vd420,Vd422)
% 46.46/46.52 & Vd422 = Vd423
% 46.46/46.52 & rline(Vd423)
% 46.46/46.52 & Vd420 = Vd421
% 46.46/46.52 & rpoint(Vd421) )
% 46.46/46.52 => rS(Vd420,Vd420,Vd422) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(93), 0), imp(cond(axiom(93), 0)))',axiom,
% 46.46/46.52 ! [Vd408,Vd409,Vd410,Vd411] :
% 46.46/46.52 ( ( rR(Vd409,Vd408,Vd411)
% 46.46/46.52 & rR(Vd409,Vd408,Vd410)
% 46.46/46.52 & ? [Vd416] :
% 46.46/46.52 ( Vd411 = Vd416
% 46.46/46.52 & rpoint(Vd416) )
% 46.46/46.52 & ? [Vd415] :
% 46.46/46.52 ( Vd410 = Vd415
% 46.46/46.52 & rpoint(Vd415) )
% 46.46/46.52 & ? [Vd414] :
% 46.46/46.52 ( Vd409 = Vd414
% 46.46/46.52 & rpoint(Vd414) )
% 46.46/46.52 & ? [Vd413] :
% 46.46/46.52 ( Vd408 = Vd413
% 46.46/46.52 & rpoint(Vd413) ) )
% 46.46/46.52 => ~ rR(Vd409,Vd410,Vd411) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(87), 0), imp(cond(axiom(87), 0)))',axiom,
% 46.46/46.52 ! [Vd372,Vd373,Vd374,Vd375] :
% 46.46/46.52 ( ( rR(Vd375,Vd372,Vd373)
% 46.46/46.52 & rR(Vd373,Vd372,Vd374)
% 46.46/46.52 & ? [Vd380] :
% 46.46/46.52 ( Vd375 = Vd380
% 46.46/46.52 & rpoint(Vd380) )
% 46.46/46.52 & ? [Vd379] :
% 46.46/46.52 ( Vd374 = Vd379
% 46.46/46.52 & rpoint(Vd379) )
% 46.46/46.52 & ? [Vd378] :
% 46.46/46.52 ( Vd373 = Vd378
% 46.46/46.52 & rpoint(Vd378) )
% 46.46/46.52 & ? [Vd377] :
% 46.46/46.52 ( Vd372 = Vd377
% 46.46/46.52 & rpoint(Vd377) ) )
% 46.46/46.52 => rR(Vd375,Vd372,Vd374) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(77), 0), imp(cond(axiom(77), 0)))',axiom,
% 46.46/46.52 ! [Vd334,Vd335] :
% 46.46/46.52 ( rcenter(Vd334,Vd335)
% 46.46/46.52 => rinside(Vd334,Vd335) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(75), 0), imp(cond(axiom(75), 0)))',axiom,
% 46.46/46.52 ! [Vd328,Vd329,Vd331,Vd332] :
% 46.46/46.52 ( ( rcenter(Vd332,Vd328)
% 46.46/46.52 & rcenter(Vd331,Vd328)
% 46.46/46.52 & Vd328 = Vd329
% 46.46/46.52 & rcircle(Vd329) )
% 46.46/46.52 => Vd331 = Vd332 ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(71), 0), imp(cond(axiom(71), 0)))',axiom,
% 46.46/46.52 ! [Vd301,Vd302,Vd306,Vd307,Vd308,Vd309,Vd311] :
% 46.46/46.52 ( ( ~ ron(Vd311,Vd306)
% 46.46/46.52 & ron(Vd309,Vd306)
% 46.46/46.52 & ron(Vd308,Vd306)
% 46.46/46.52 & rcenter(Vd309,Vd302)
% 46.46/46.52 & rcenter(Vd308,Vd301)
% 46.46/46.52 & rintersect(Vd301,Vd302)
% 46.46/46.52 & Vd306 = Vd307
% 46.46/46.52 & rline(Vd307)
% 46.46/46.52 & ? [Vd305] :
% 46.46/46.52 ( Vd302 = Vd305
% 46.46/46.52 & rcircle(Vd305) )
% 46.46/46.52 & ? [Vd304] :
% 46.46/46.52 ( Vd301 = Vd304
% 46.46/46.52 & rcircle(Vd304) ) )
% 46.46/46.52 => ? [Vd312] :
% 46.46/46.52 ( ~ rS(Vd312,Vd311,Vd306)
% 46.46/46.52 & ron(Vd312,Vd302)
% 46.46/46.52 & ron(Vd312,Vd301)
% 46.46/46.52 & rpoint(Vd312) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(69), 0), imp(cond(axiom(69), 0)))',axiom,
% 46.46/46.52 ! [Vd288,Vd289,Vd293,Vd294,Vd295,Vd296,Vd298] :
% 46.46/46.52 ( ( ~ ron(Vd298,Vd293)
% 46.46/46.52 & ron(Vd296,Vd293)
% 46.46/46.52 & ron(Vd295,Vd293)
% 46.46/46.52 & rcenter(Vd296,Vd289)
% 46.46/46.52 & rcenter(Vd295,Vd288)
% 46.46/46.52 & rintersect(Vd288,Vd289)
% 46.46/46.52 & Vd293 = Vd294
% 46.46/46.52 & rline(Vd294)
% 46.46/46.52 & ? [Vd292] :
% 46.46/46.52 ( Vd289 = Vd292
% 46.46/46.52 & rcircle(Vd292) )
% 46.46/46.52 & ? [Vd291] :
% 46.46/46.52 ( Vd288 = Vd291
% 46.46/46.52 & rcircle(Vd291) ) )
% 46.46/46.52 => ? [Vd299] :
% 46.46/46.52 ( rS(Vd299,Vd298,Vd293)
% 46.46/46.52 & ron(Vd299,Vd289)
% 46.46/46.52 & ron(Vd299,Vd288)
% 46.46/46.52 & rpoint(Vd299) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(65), 0), imp(cond(axiom(65), 0)))',axiom,
% 46.46/46.52 ! [Vd275,Vd276,Vd277,Vd278] :
% 46.46/46.52 ( ( rintersect(Vd275,Vd277)
% 46.46/46.52 & Vd277 = Vd278
% 46.46/46.52 & rcircle(Vd278)
% 46.46/46.52 & Vd275 = Vd276
% 46.46/46.52 & rcircle(Vd276) )
% 46.46/46.52 => ? [Vd279] :
% 46.46/46.52 ( ron(Vd279,Vd277)
% 46.46/46.52 & ron(Vd279,Vd275)
% 46.46/46.52 & rpoint(Vd279) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(63), 0), imp(cond(axiom(63), 0)))',axiom,
% 46.46/46.52 ! [Vd263,Vd264,Vd265,Vd266,Vd267,Vd268,Vd269,Vd270] :
% 46.46/46.52 ( ( Vd269 != Vd267
% 46.46/46.52 & ron(Vd269,Vd265)
% 46.46/46.52 & Vd269 = Vd270
% 46.46/46.52 & rpoint(Vd270)
% 46.46/46.52 & ron(Vd267,Vd265)
% 46.46/46.52 & rinside(Vd267,Vd263)
% 46.46/46.52 & Vd267 = Vd268
% 46.46/46.52 & rpoint(Vd268)
% 46.46/46.52 & Vd265 = Vd266
% 46.46/46.52 & rline(Vd266)
% 46.46/46.52 & Vd263 = Vd264
% 46.46/46.52 & rcircle(Vd264) )
% 46.46/46.52 => ? [Vd272] :
% 46.46/46.52 ( rR(Vd267,Vd272,Vd269)
% 46.46/46.52 & ron(Vd272,Vd265)
% 46.46/46.52 & ron(Vd272,Vd263)
% 46.46/46.52 & rpoint(Vd272) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(59), 0), imp(cond(axiom(59), 0)))',axiom,
% 46.46/46.52 ! [Vd244,Vd245,Vd246,Vd247] :
% 46.46/46.52 ( ( rintersect(Vd246,Vd244)
% 46.46/46.52 & Vd246 = Vd247
% 46.46/46.52 & rline(Vd247)
% 46.46/46.52 & Vd244 = Vd245
% 46.46/46.52 & rcircle(Vd245) )
% 46.46/46.52 => ? [Vd248,Vd250] :
% 46.46/46.52 ( Vd248 != Vd250
% 46.46/46.52 & ron(Vd250,Vd244)
% 46.46/46.52 & ron(Vd250,Vd246)
% 46.46/46.52 & rpoint(Vd250)
% 46.46/46.52 & ron(Vd248,Vd244)
% 46.46/46.52 & ron(Vd248,Vd246)
% 46.46/46.52 & rpoint(Vd248) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(57), 0), imp(cond(axiom(57), 0)))',axiom,
% 46.46/46.52 ! [Vd238,Vd239,Vd240,Vd241] :
% 46.46/46.52 ( ( rintersect(Vd240,Vd238)
% 46.46/46.52 & Vd240 = Vd241
% 46.46/46.52 & rline(Vd241)
% 46.46/46.52 & Vd238 = Vd239
% 46.46/46.52 & rcircle(Vd239) )
% 46.46/46.52 => ? [Vd242] :
% 46.46/46.52 ( ron(Vd242,Vd238)
% 46.46/46.52 & ron(Vd242,Vd240)
% 46.46/46.52 & rpoint(Vd242) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(55), 0), imp(cond(axiom(55), 0)))',axiom,
% 46.46/46.52 ! [Vd232,Vd233,Vd234,Vd235] :
% 46.46/46.52 ( ( rintersect(Vd232,Vd234)
% 46.46/46.52 & Vd234 = Vd235
% 46.46/46.52 & rline(Vd235)
% 46.46/46.52 & Vd232 = Vd233
% 46.46/46.52 & rline(Vd233) )
% 46.46/46.52 => ? [Vd236] :
% 46.46/46.52 ( ron(Vd236,Vd234)
% 46.46/46.52 & ron(Vd236,Vd232)
% 46.46/46.52 & rpoint(Vd236) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(49), 0), imp(cond(axiom(49), 0)))',axiom,
% 46.46/46.52 ! [Vd214,Vd215] :
% 46.46/46.52 ( ( Vd214 = Vd215
% 46.46/46.52 & rcircle(Vd215) )
% 46.46/46.52 => ? [Vd216] :
% 46.46/46.52 ( ~ ron(Vd216,Vd214)
% 46.46/46.52 & ~ rinside(Vd216,Vd214)
% 46.46/46.52 & rpoint(Vd216) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(47), 0), imp(cond(axiom(47), 0)))',axiom,
% 46.46/46.52 ! [Vd211,Vd212] :
% 46.46/46.52 ( ( Vd211 = Vd212
% 46.46/46.52 & rcircle(Vd212) )
% 46.46/46.52 => ? [Vd213] :
% 46.46/46.52 ( rinside(Vd213,Vd211)
% 46.46/46.52 & rpoint(Vd213) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(45), 0), imp(cond(axiom(45), 0)))',axiom,
% 46.46/46.52 ! [Vd200,Vd201,Vd202,Vd203] :
% 46.46/46.52 ( ( ron(Vd203,Vd200)
% 46.46/46.52 & ron(Vd202,Vd200)
% 46.46/46.52 & ? [Vd206] :
% 46.46/46.52 ( Vd203 = Vd206
% 46.46/46.52 & rpoint(Vd206) )
% 46.46/46.52 & ? [Vd205] :
% 46.46/46.52 ( Vd202 = Vd205
% 46.46/46.52 & rpoint(Vd205) )
% 46.46/46.52 & Vd200 = Vd201
% 46.46/46.52 & rcircle(Vd201) )
% 46.46/46.52 => ? [Vd208] :
% 46.46/46.52 ( Vd208 != Vd203
% 46.46/46.52 & Vd208 != Vd202
% 46.46/46.52 & ron(Vd208,Vd200)
% 46.46/46.52 & rpoint(Vd208) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(43), 0), imp(cond(axiom(43), 0)))',axiom,
% 46.46/46.52 ! [Vd194,Vd195,Vd196,Vd197] :
% 46.46/46.52 ( ( ron(Vd196,Vd194)
% 46.46/46.52 & Vd196 = Vd197
% 46.46/46.52 & rpoint(Vd197)
% 46.46/46.52 & Vd194 = Vd195
% 46.46/46.52 & rcircle(Vd195) )
% 46.46/46.52 => ? [Vd198] :
% 46.46/46.52 ( Vd198 != Vd196
% 46.46/46.52 & ron(Vd198,Vd194)
% 46.46/46.52 & rpoint(Vd198) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(41), 0), imp(cond(axiom(41), 0)))',axiom,
% 46.46/46.52 ! [Vd191,Vd192] :
% 46.46/46.52 ( ( Vd191 = Vd192
% 46.46/46.52 & rcircle(Vd192) )
% 46.46/46.52 => ? [Vd193] :
% 46.46/46.52 ( ron(Vd193,Vd191)
% 46.46/46.52 & rpoint(Vd193) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(39), 0), imp(cond(axiom(39), 0)))',axiom,
% 46.46/46.52 ! [Vd185,Vd186,Vd187,Vd188] :
% 46.46/46.52 ( ( Vd187 = Vd188
% 46.46/46.52 & ~ ron(Vd187,Vd185)
% 46.46/46.52 & rpoint(Vd188)
% 46.46/46.52 & Vd185 = Vd186
% 46.46/46.52 & rline(Vd186) )
% 46.46/46.52 => ? [Vd189] :
% 46.46/46.52 ( ~ rS(Vd189,Vd187,Vd185)
% 46.46/46.52 & rpoint(Vd189) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(37), 0), imp(cond(axiom(37), 0)))',axiom,
% 46.46/46.52 ! [Vd170,Vd171,Vd172,Vd173,Vd174,Vd175,Vd177,Vd178] :
% 46.46/46.52 ( ( Vd172 = Vd173
% 46.46/46.52 & Vd174 = Vd175
% 46.46/46.52 & Vd177 = Vd178
% 46.46/46.52 & rS(Vd177,Vd172,Vd170)
% 46.46/46.52 & rpoint(Vd178)
% 46.46/46.52 & rS(Vd174,Vd172,Vd170)
% 46.46/46.52 & rpoint(Vd175)
% 46.46/46.52 & ~ ron(Vd172,Vd170)
% 46.46/46.52 & rpoint(Vd173)
% 46.46/46.52 & Vd170 = Vd171
% 46.46/46.52 & rline(Vd171) )
% 46.46/46.52 => ? [Vd180] :
% 46.46/46.52 ( Vd180 != Vd177
% 46.46/46.52 & Vd180 != Vd174
% 46.46/46.52 & Vd180 != Vd172
% 46.46/46.52 & rS(Vd180,Vd172,Vd170)
% 46.46/46.52 & rpoint(Vd180) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(35), 0), imp(cond(axiom(35), 0)))',axiom,
% 46.46/46.52 ! [Vd159,Vd160,Vd161,Vd162,Vd163,Vd164] :
% 46.46/46.52 ( ( Vd161 = Vd162
% 46.46/46.52 & Vd163 = Vd164
% 46.46/46.52 & rS(Vd163,Vd161,Vd159)
% 46.46/46.52 & rpoint(Vd164)
% 46.46/46.52 & ~ ron(Vd161,Vd159)
% 46.46/46.52 & rpoint(Vd162)
% 46.46/46.52 & Vd159 = Vd160
% 46.46/46.52 & rline(Vd160) )
% 46.46/46.52 => ? [Vd166] :
% 46.46/46.52 ( Vd166 != Vd163
% 46.46/46.52 & Vd166 != Vd161
% 46.46/46.52 & rS(Vd166,Vd161,Vd159)
% 46.46/46.52 & rpoint(Vd166) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(33), 0), imp(cond(axiom(33), 0)))',axiom,
% 46.46/46.52 ! [Vd152,Vd153,Vd154,Vd155] :
% 46.46/46.52 ( ( Vd154 = Vd155
% 46.46/46.52 & ~ ron(Vd154,Vd152)
% 46.46/46.52 & rpoint(Vd155)
% 46.46/46.52 & Vd152 = Vd153
% 46.46/46.52 & rline(Vd153) )
% 46.46/46.52 => ? [Vd156] :
% 46.46/46.52 ( Vd156 != Vd154
% 46.46/46.52 & rS(Vd156,Vd154,Vd152)
% 46.46/46.52 & rpoint(Vd156) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(31), 0), imp(cond(axiom(31), 0)))',axiom,
% 46.46/46.52 ! [Vd138,Vd139,Vd140,Vd141,Vd146,Vd147] :
% 46.46/46.52 ( ( Vd146 = Vd147
% 46.46/46.52 & rR(Vd141,Vd140,Vd146)
% 46.46/46.52 & rpoint(Vd147)
% 46.46/46.52 & ron(Vd141,Vd138)
% 46.46/46.52 & ron(Vd140,Vd138)
% 46.46/46.52 & ? [Vd144] :
% 46.46/46.52 ( Vd141 = Vd144
% 46.46/46.52 & rpoint(Vd144) )
% 46.46/46.52 & ? [Vd143] :
% 46.46/46.52 ( Vd140 = Vd143
% 46.46/46.52 & rpoint(Vd143) )
% 46.46/46.52 & Vd138 = Vd139
% 46.46/46.52 & rline(Vd139) )
% 46.46/46.52 => ? [Vd149] :
% 46.46/46.52 ( Vd149 != Vd146
% 46.46/46.52 & rR(Vd141,Vd140,Vd149)
% 46.46/46.52 & rpoint(Vd149) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(29), 0), imp(cond(axiom(29), 0)))',axiom,
% 46.46/46.52 ! [Vd127,Vd128,Vd129,Vd130] :
% 46.46/46.52 ( ( Vd129 != Vd130
% 46.46/46.52 & ron(Vd130,Vd127)
% 46.46/46.52 & ron(Vd129,Vd127)
% 46.46/46.52 & ? [Vd133] :
% 46.46/46.52 ( Vd130 = Vd133
% 46.46/46.52 & rpoint(Vd133) )
% 46.46/46.52 & ? [Vd132] :
% 46.46/46.52 ( Vd129 = Vd132
% 46.46/46.52 & rpoint(Vd132) )
% 46.46/46.52 & Vd127 = Vd128
% 46.46/46.52 & rline(Vd128) )
% 46.46/46.52 => ? [Vd136] :
% 46.46/46.52 ( rR(Vd130,Vd129,Vd136)
% 46.46/46.52 & rpoint(Vd136) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(27), 0), imp(cond(axiom(27), 0)))',axiom,
% 46.46/46.52 ! [Vd109,Vd110,Vd111,Vd112,Vd113,Vd114] :
% 46.46/46.52 ( ( rR(Vd114,Vd111,Vd112)
% 46.46/46.52 & rR(Vd113,Vd111,Vd112)
% 46.46/46.52 & ron(Vd113,Vd109)
% 46.46/46.52 & ron(Vd112,Vd109)
% 46.46/46.52 & ron(Vd111,Vd109)
% 46.46/46.52 & ? [Vd119] :
% 46.46/46.52 ( Vd114 = Vd119
% 46.46/46.52 & rpoint(Vd119) )
% 46.46/46.52 & ? [Vd118] :
% 46.46/46.52 ( Vd113 = Vd118
% 46.46/46.52 & rpoint(Vd118) )
% 46.46/46.52 & ? [Vd117] :
% 46.46/46.52 ( Vd112 = Vd117
% 46.46/46.52 & rpoint(Vd117) )
% 46.46/46.52 & ? [Vd116] :
% 46.46/46.52 ( Vd111 = Vd116
% 46.46/46.52 & rpoint(Vd116) )
% 46.46/46.52 & Vd109 = Vd110
% 46.46/46.52 & rline(Vd110) )
% 46.46/46.52 => ? [Vd123] :
% 46.46/46.52 ( Vd123 != Vd114
% 46.46/46.52 & Vd123 != Vd113
% 46.46/46.52 & rR(Vd123,Vd111,Vd112)
% 46.46/46.52 & rpoint(Vd123) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(25), 0), imp(cond(axiom(25), 0)))',axiom,
% 46.46/46.52 ! [Vd95,Vd96,Vd97,Vd98,Vd99] :
% 46.46/46.52 ( ( rR(Vd99,Vd97,Vd98)
% 46.46/46.52 & ron(Vd98,Vd95)
% 46.46/46.52 & ron(Vd97,Vd95)
% 46.46/46.52 & ? [Vd103] :
% 46.46/46.52 ( Vd99 = Vd103
% 46.46/46.52 & rpoint(Vd103) )
% 46.46/46.52 & ? [Vd102] :
% 46.46/46.52 ( Vd98 = Vd102
% 46.46/46.52 & rpoint(Vd102) )
% 46.46/46.52 & ? [Vd101] :
% 46.46/46.52 ( Vd97 = Vd101
% 46.46/46.52 & rpoint(Vd101) )
% 46.46/46.52 & Vd95 = Vd96
% 46.46/46.52 & rline(Vd96) )
% 46.46/46.52 => ? [Vd106] :
% 46.46/46.52 ( Vd106 != Vd99
% 46.46/46.52 & rR(Vd106,Vd97,Vd98)
% 46.46/46.52 & rpoint(Vd106) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(23), 0), imp(cond(axiom(23), 0)))',axiom,
% 46.46/46.52 ! [Vd84,Vd85,Vd86,Vd87] :
% 46.46/46.52 ( ( Vd86 != Vd87
% 46.46/46.52 & ron(Vd87,Vd84)
% 46.46/46.52 & ron(Vd86,Vd84)
% 46.46/46.52 & ? [Vd90] :
% 46.46/46.52 ( Vd87 = Vd90
% 46.46/46.52 & rpoint(Vd90) )
% 46.46/46.52 & ? [Vd89] :
% 46.46/46.52 ( Vd86 = Vd89
% 46.46/46.52 & rpoint(Vd89) )
% 46.46/46.52 & Vd84 = Vd85
% 46.46/46.52 & rline(Vd85) )
% 46.46/46.52 => ? [Vd93] :
% 46.46/46.52 ( rR(Vd93,Vd86,Vd87)
% 46.46/46.52 & rpoint(Vd93) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(21), 0), imp(cond(axiom(21), 0)))',axiom,
% 46.46/46.52 ! [Vd71,Vd72,Vd73,Vd74,Vd75] :
% 46.46/46.52 ( ( ron(Vd75,Vd71)
% 46.46/46.52 & ron(Vd74,Vd71)
% 46.46/46.52 & ron(Vd73,Vd71)
% 46.46/46.52 & ? [Vd79] :
% 46.46/46.52 ( Vd75 = Vd79
% 46.46/46.52 & rpoint(Vd79) )
% 46.46/46.52 & ? [Vd78] :
% 46.46/46.52 ( Vd74 = Vd78
% 46.46/46.52 & rpoint(Vd78) )
% 46.46/46.52 & ? [Vd77] :
% 46.46/46.52 ( Vd73 = Vd77
% 46.46/46.52 & rpoint(Vd77) )
% 46.46/46.52 & Vd71 = Vd72
% 46.46/46.52 & rline(Vd72) )
% 46.46/46.52 => ? [Vd81] :
% 46.46/46.52 ( Vd81 != Vd74
% 46.46/46.52 & Vd81 != Vd73
% 46.46/46.52 & ron(Vd81,Vd71)
% 46.46/46.52 & rpoint(Vd81) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(19), 0), imp(cond(axiom(19), 0)))',axiom,
% 46.46/46.52 ! [Vd61,Vd62,Vd63,Vd64,Vd65,Vd66] :
% 46.46/46.52 ( ( ron(Vd65,Vd61)
% 46.46/46.52 & ron(Vd63,Vd61)
% 46.46/46.52 & Vd65 = Vd66
% 46.46/46.52 & rpoint(Vd66)
% 46.46/46.52 & Vd63 = Vd64
% 46.46/46.52 & rpoint(Vd64)
% 46.46/46.52 & Vd61 = Vd62
% 46.46/46.52 & rline(Vd62) )
% 46.46/46.52 => ? [Vd68] :
% 46.46/46.52 ( Vd68 != Vd65
% 46.46/46.52 & Vd68 != Vd63
% 46.46/46.52 & ron(Vd68,Vd61)
% 46.46/46.52 & rpoint(Vd68) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(17), 0), imp(cond(axiom(17), 0)))',axiom,
% 46.46/46.52 ! [Vd55,Vd56,Vd57,Vd58] :
% 46.46/46.52 ( ( ron(Vd57,Vd55)
% 46.46/46.52 & Vd57 = Vd58
% 46.46/46.52 & rpoint(Vd58)
% 46.46/46.52 & Vd55 = Vd56
% 46.46/46.52 & rline(Vd56) )
% 46.46/46.52 => ? [Vd59] :
% 46.46/46.52 ( Vd59 != Vd57
% 46.46/46.52 & ron(Vd59,Vd55)
% 46.46/46.52 & rpoint(Vd59) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(15), 0), imp(cond(axiom(15), 0)))',axiom,
% 46.46/46.52 ! [Vd52,Vd53] :
% 46.46/46.52 ( ( Vd52 = Vd53
% 46.46/46.52 & rline(Vd53) )
% 46.46/46.52 => ? [Vd54] :
% 46.46/46.52 ( ron(Vd54,Vd52)
% 46.46/46.52 & rpoint(Vd54) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(13), 0), imp(cond(axiom(13), 0)))',axiom,
% 46.46/46.52 ! [Vd38,Vd39,Vd40,Vd41] :
% 46.46/46.52 ( ( ? [Vd46] :
% 46.46/46.52 ( Vd41 = Vd46
% 46.46/46.52 & rpoint(Vd46) )
% 46.46/46.52 & ? [Vd45] :
% 46.46/46.52 ( Vd40 = Vd45
% 46.46/46.52 & rpoint(Vd45) )
% 46.46/46.52 & ? [Vd44] :
% 46.46/46.52 ( Vd39 = Vd44
% 46.46/46.52 & rpoint(Vd44) )
% 46.46/46.52 & ? [Vd43] :
% 46.46/46.52 ( Vd38 = Vd43
% 46.46/46.52 & rpoint(Vd43) ) )
% 46.46/46.52 => ? [Vd47] :
% 46.46/46.52 ( Vd47 != Vd41
% 46.46/46.52 & Vd47 != Vd40
% 46.46/46.52 & Vd47 != Vd39
% 46.46/46.52 & Vd47 != Vd38
% 46.46/46.52 & rpoint(Vd47) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(11), 0), imp(cond(axiom(11), 0)))',axiom,
% 46.46/46.52 ! [Vd27,Vd28,Vd29] :
% 46.46/46.52 ( ( ? [Vd33] :
% 46.46/46.52 ( Vd29 = Vd33
% 46.46/46.52 & rpoint(Vd33) )
% 46.46/46.52 & ? [Vd32] :
% 46.46/46.52 ( Vd28 = Vd32
% 46.46/46.52 & rpoint(Vd32) )
% 46.46/46.52 & ? [Vd31] :
% 46.46/46.52 ( Vd27 = Vd31
% 46.46/46.52 & rpoint(Vd31) ) )
% 46.46/46.52 => ? [Vd34] :
% 46.46/46.52 ( Vd34 != Vd29
% 46.46/46.52 & Vd34 != Vd28
% 46.46/46.52 & Vd34 != Vd27
% 46.46/46.52 & rpoint(Vd34) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(9), 0), imp(cond(axiom(9), 0)))',axiom,
% 46.46/46.52 ! [Vd19,Vd20] :
% 46.46/46.52 ( ( ? [Vd23] :
% 46.46/46.52 ( Vd20 = Vd23
% 46.46/46.52 & rpoint(Vd23) )
% 46.46/46.52 & ? [Vd22] :
% 46.46/46.52 ( Vd19 = Vd22
% 46.46/46.52 & rpoint(Vd22) ) )
% 46.46/46.52 => ? [Vd24] :
% 46.46/46.52 ( Vd24 != Vd20
% 46.46/46.52 & Vd24 != Vd19
% 46.46/46.52 & rpoint(Vd24) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(7), 0), imp(cond(axiom(7), 0)))',axiom,
% 46.46/46.52 ! [Vd15,Vd16] :
% 46.46/46.52 ( ( Vd15 = Vd16
% 46.46/46.52 & rpoint(Vd16) )
% 46.46/46.52 => ? [Vd17] :
% 46.46/46.52 ( Vd17 != Vd15
% 46.46/46.52 & rpoint(Vd17) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('pred(axiom(5), 0)',axiom,
% 46.46/46.52 rpoint(vd14) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(3), 0), imp(cond(axiom(3), 0)))',axiom,
% 46.46/46.52 ! [Vd5,Vd6,Vd7,Vd9] :
% 46.46/46.52 ( ( vtriangle(Vd5,Vd6,Vd7) = Vd9
% 46.46/46.52 & rtriangle(Vd9) )
% 46.46/46.52 => ( Vd6 != Vd7
% 46.46/46.52 & Vd5 != Vd7
% 46.46/46.52 & Vd5 != Vd6
% 46.46/46.52 & ? [Vd13] :
% 46.46/46.52 ( Vd7 = Vd13
% 46.46/46.52 & rpoint(Vd13) )
% 46.46/46.52 & ? [Vd12] :
% 46.46/46.52 ( Vd6 = Vd12
% 46.46/46.52 & rpoint(Vd12) )
% 46.46/46.52 & ? [Vd11] :
% 46.46/46.52 ( Vd5 = Vd11
% 46.46/46.52 & rpoint(Vd11) ) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(200), 0), imp(cond(axiom(200), 0)))',axiom,
% 46.46/46.52 ! [Vd967,Vd968,Vd969,Vd974,Vd975] :
% 46.46/46.52 ( ( ron(Vd968,Vd974)
% 46.46/46.52 & ron(Vd967,Vd974)
% 46.46/46.52 & Vd967 != Vd968
% 46.46/46.52 & Vd974 = Vd975
% 46.46/46.52 & rline(Vd975)
% 46.46/46.52 & ? [Vd973] :
% 46.46/46.52 ( Vd969 = Vd973
% 46.46/46.52 & rpoint(Vd973) )
% 46.46/46.52 & ? [Vd972] :
% 46.46/46.52 ( Vd968 = Vd972
% 46.46/46.52 & rpoint(Vd972) )
% 46.46/46.52 & ? [Vd971] :
% 46.46/46.52 ( Vd967 = Vd971
% 46.46/46.52 & rpoint(Vd971) ) )
% 46.46/46.52 => ( vg(Vd967,Vd968,Vd969) = v0
% 46.46/46.52 <=> ron(Vd969,Vd974) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(192), 0), imp(cond(axiom(192), 0)))',axiom,
% 46.46/46.52 ! [Vd894,Vd895,Vd896,Vd897,Vd903,Vd904] :
% 46.46/46.52 ( ( ~ ron(Vd897,Vd903)
% 46.46/46.52 & rR(Vd896,Vd894,Vd895)
% 46.46/46.52 & Vd903 = Vd904
% 46.46/46.52 & rline(Vd904)
% 46.46/46.52 & ? [Vd902] :
% 46.46/46.52 ( Vd897 = Vd902
% 46.46/46.52 & rpoint(Vd902) )
% 46.46/46.52 & ? [Vd901] :
% 46.46/46.52 ( Vd896 = Vd901
% 46.46/46.52 & rpoint(Vd901) )
% 46.46/46.52 & ? [Vd900] :
% 46.46/46.52 ( Vd895 = Vd900
% 46.46/46.52 & rpoint(Vd900) )
% 46.46/46.52 & ? [Vd899] :
% 46.46/46.52 ( Vd894 = Vd899
% 46.46/46.52 & rpoint(Vd899) ) )
% 46.46/46.52 => ( vangle(Vd894,Vd896,Vd897) = vangle(Vd897,Vd896,Vd895)
% 46.46/46.52 <=> vangle(Vd894,Vd896,Vd897) = vperp ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(182), 0), imp(cond(axiom(182), 0)))',axiom,
% 46.46/46.52 ! [Vd837,Vd838,Vd842,Vd843,Vd844] :
% 46.46/46.52 ( ( vf(Vd842,Vd837) = vf(Vd842,Vd838)
% 46.46/46.52 & ron(Vd838,Vd844)
% 46.46/46.52 & ron(Vd837,Vd843)
% 46.46/46.52 & rcenter(Vd842,Vd844)
% 46.46/46.52 & rcenter(Vd842,Vd843)
% 46.46/46.52 & ? [Vd841] :
% 46.46/46.52 ( Vd838 = Vd841
% 46.46/46.52 & rpoint(Vd841) )
% 46.46/46.52 & ? [Vd840] :
% 46.46/46.52 ( Vd837 = Vd840
% 46.46/46.52 & rpoint(Vd840) ) )
% 46.46/46.52 => Vd843 = Vd844 ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(164), 0), imp(cond(axiom(164), 0)))',axiom,
% 46.46/46.52 ! [Vd755,Vd756] :
% 46.46/46.52 ( ( ? [Vd759] :
% 46.46/46.52 ( Vd756 = Vd759
% 46.46/46.52 & rpoint(Vd759) )
% 46.46/46.52 & ? [Vd758] :
% 46.46/46.52 ( Vd755 = Vd758
% 46.46/46.52 & rpoint(Vd758) ) )
% 46.46/46.52 => rleq(v0,vf(Vd755,Vd756)) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(198), 0), imp(cond(axiom(198), 0)))',axiom,
% 46.46/46.52 ! [Vd958,Vd959,Vd960] :
% 46.46/46.52 ( ( ? [Vd964] :
% 46.46/46.52 ( Vd960 = Vd964
% 46.46/46.52 & rpoint(Vd964) )
% 46.46/46.52 & ? [Vd963] :
% 46.46/46.52 ( Vd959 = Vd963
% 46.46/46.52 & rpoint(Vd963) )
% 46.46/46.52 & ? [Vd962] :
% 46.46/46.52 ( Vd958 = Vd962
% 46.46/46.52 & rpoint(Vd962) ) )
% 46.46/46.52 => ? [Vd966] :
% 46.46/46.52 ( vg(Vd958,Vd959,Vd960) = Vd966
% 46.46/46.52 & rreal(Vd966) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(196), 0), imp(cond(axiom(196), 0)))',axiom,
% 46.46/46.52 ! [Vd933,Vd934,Vd935,Vd936,Vd937,Vd944,Vd945,Vd946] :
% 46.46/46.52 ( ( rless(vplus(vangle(Vd933,Vd934,Vd935),vangle(Vd934,Vd935,Vd936)),vplus(vperp,vperp))
% 46.46/46.52 & rS(Vd933,Vd936,Vd945)
% 46.46/46.52 & Vd934 != Vd935
% 46.46/46.52 & ron(Vd936,Vd946)
% 46.46/46.52 & ron(Vd935,Vd946)
% 46.46/46.52 & ron(Vd935,Vd945)
% 46.46/46.52 & ron(Vd934,Vd945)
% 46.46/46.52 & ron(Vd934,Vd944)
% 46.46/46.52 & ron(Vd933,Vd944)
% 46.46/46.52 & ? [Vd950] :
% 46.46/46.52 ( Vd946 = Vd950
% 46.46/46.52 & rline(Vd950) )
% 46.46/46.52 & ? [Vd949] :
% 46.46/46.52 ( Vd945 = Vd949
% 46.46/46.52 & rline(Vd949) )
% 46.46/46.52 & ? [Vd948] :
% 46.46/46.52 ( Vd944 = Vd948
% 46.46/46.52 & rline(Vd948) )
% 46.46/46.52 & ? [Vd943] :
% 46.46/46.52 ( Vd937 = Vd943
% 46.46/46.52 & rpoint(Vd943) )
% 46.46/46.52 & ? [Vd942] :
% 46.46/46.52 ( Vd936 = Vd942
% 46.46/46.52 & rpoint(Vd942) )
% 46.46/46.52 & ? [Vd941] :
% 46.46/46.52 ( Vd935 = Vd941
% 46.46/46.52 & rpoint(Vd941) )
% 46.46/46.52 & ? [Vd940] :
% 46.46/46.52 ( Vd934 = Vd940
% 46.46/46.52 & rpoint(Vd940) )
% 46.46/46.52 & ? [Vd939] :
% 46.46/46.52 ( Vd933 = Vd939
% 46.46/46.52 & rpoint(Vd939) ) )
% 46.46/46.52 => ( ( ( ron(Vd937,Vd945)
% 46.46/46.52 & ron(Vd937,Vd944) )
% 46.46/46.52 => rS(Vd937,Vd933,Vd945) )
% 46.46/46.52 & rintersect(Vd944,Vd945) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(178), 0), imp(cond(axiom(178), 0)))',axiom,
% 46.46/46.52 ! [Vd808,Vd809,Vd810,Vd811,Vd812,Vd813] :
% 46.46/46.52 ( ( vangle(Vd810,Vd808,Vd809) = vangle(Vd813,Vd811,Vd812)
% 46.46/46.52 & vangle(Vd809,Vd810,Vd808) = vangle(Vd812,Vd813,Vd811)
% 46.46/46.52 & vangle(Vd808,Vd809,Vd810) = vangle(Vd811,Vd812,Vd813)
% 46.46/46.52 & vf(Vd810,Vd808) = vf(Vd813,Vd811)
% 46.46/46.52 & vf(Vd809,Vd810) = vf(Vd812,Vd813)
% 46.46/46.52 & vf(Vd808,Vd809) = vf(Vd811,Vd812)
% 46.46/46.52 & ? [Vd820] :
% 46.46/46.52 ( Vd813 = Vd820
% 46.46/46.52 & rpoint(Vd820) )
% 46.46/46.52 & ? [Vd819] :
% 46.46/46.52 ( Vd812 = Vd819
% 46.46/46.52 & rpoint(Vd819) )
% 46.46/46.52 & ? [Vd818] :
% 46.46/46.52 ( Vd811 = Vd818
% 46.46/46.52 & rpoint(Vd818) )
% 46.46/46.52 & ? [Vd817] :
% 46.46/46.52 ( Vd810 = Vd817
% 46.46/46.52 & rpoint(Vd817) )
% 46.46/46.52 & ? [Vd816] :
% 46.46/46.52 ( Vd809 = Vd816
% 46.46/46.52 & rpoint(Vd816) )
% 46.46/46.52 & ? [Vd815] :
% 46.46/46.52 ( Vd808 = Vd815
% 46.46/46.52 & rpoint(Vd815) ) )
% 46.46/46.52 => vg(Vd808,Vd809,Vd810) = vg(Vd811,Vd812,Vd813) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(176), 0), imp(cond(axiom(176), 0)))',axiom,
% 46.46/46.52 ! [Vd799,Vd800,Vd801] :
% 46.46/46.52 ( ( ? [Vd805] :
% 46.46/46.52 ( Vd801 = Vd805
% 46.46/46.52 & rpoint(Vd805) )
% 46.46/46.52 & ? [Vd804] :
% 46.46/46.52 ( Vd800 = Vd804
% 46.46/46.52 & rpoint(Vd804) )
% 46.46/46.52 & ? [Vd803] :
% 46.46/46.52 ( Vd799 = Vd803
% 46.46/46.52 & rpoint(Vd803) ) )
% 46.46/46.52 => ( vg(Vd799,Vd800,Vd801) = vg(Vd799,Vd801,Vd800)
% 46.46/46.52 & vg(Vd799,Vd800,Vd801) = vg(Vd801,Vd799,Vd800) ) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(174), 0), imp(cond(axiom(174), 0)))',axiom,
% 46.46/46.52 ! [Vd792,Vd793,Vd794,Vd795,Vd796,Vd797] :
% 46.46/46.52 ( ( Vd796 = Vd797
% 46.46/46.52 & rpoint(Vd797)
% 46.46/46.52 & Vd794 = Vd795
% 46.46/46.52 & rpoint(Vd795)
% 46.46/46.52 & Vd792 = Vd793
% 46.46/46.52 & rpoint(Vd793) )
% 46.46/46.52 => rgeq(vg(Vd792,Vd794,Vd796),v0) ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(172), 0), imp(cond(axiom(172), 0)))',axiom,
% 46.46/46.52 ! [Vd786,Vd787] :
% 46.46/46.52 ( ( ? [Vd790] :
% 46.46/46.52 ( Vd787 = Vd790
% 46.46/46.52 & rpoint(Vd790) )
% 46.46/46.52 & ? [Vd789] :
% 46.46/46.52 ( Vd786 = Vd789
% 46.46/46.52 & rpoint(Vd789) ) )
% 46.46/46.52 => vg(Vd786,Vd786,Vd787) = v0 ) ).
% 46.46/46.52
% 46.46/46.52 fof('qu(cond(axiom(170), 0), imp(cond(axiom(170), 0)))',axiom,
% 46.46/46.52 ! [Vd777,Vd778,Vd779] :
% 46.46/46.52 ( ( ? [Vd783] :
% 46.46/46.52 ( Vd779 = Vd783
% 46.46/46.52 & rpoint(Vd783) )
% 46.46/46.52 & ? [Vd782] :
% 46.46/46.52 ( Vd778 = Vd782
% 46.46/46.52 & rpoint(Vd782) )
% 46.46/46.52 & ? [Vd781] :
% 46.46/46.52 ( Vd777 = Vd781
% 46.46/46.52 & rpoint(Vd781) ) )
% 46.46/46.52 => ( rleq(vangle(Vd777,Vd778,Vd779),vplus(vperp,vperp))
% 46.46/46.52 & rleq(v0,vangle(Vd777,Vd778,Vd779)) ) ) ).
% 46.46/46.52
% 46.46/46.52 %------------------------------------------------------------------------------
% 46.46/46.52 %-------------------------------------------
% 46.46/46.52 % Proof found
% 46.46/46.52 % SZS status Theorem for theBenchmark
% 46.46/46.52 % SZS output start Proof
% 46.46/46.53 %ClaNum:571(EqnAxiom:282)
% 46.46/46.53 %VarNum:7464(SingletonVarNum:2451)
% 46.46/46.53 %MaxLitNum:42
% 46.46/46.53 %MaxfuncDepth:2
% 46.46/46.53 %SharedTerms:42
% 46.46/46.53 %goalClause: 325
% 46.46/46.53 [283]E(a1,a2)
% 46.46/46.53 [284]E(a3,a63)
% 46.46/46.53 [285]E(a58,a4)
% 46.46/46.53 [286]E(a59,a15)
% 46.46/46.53 [287]E(a60,a26)
% 46.46/46.53 [288]P1(a1)
% 46.46/46.53 [289]P11(a64)
% 46.46/46.53 [290]P11(a62)
% 46.46/46.53 [291]P11(a4)
% 46.46/46.53 [292]P11(a15)
% 46.46/46.53 [293]P11(a26)
% 46.46/46.53 [294]P13(a63)
% 46.46/46.53 [295]P12(a60,a2)
% 46.46/46.53 [296]P12(a59,a2)
% 46.46/46.53 [299]P2(a58,a64,a2)
% 46.46/46.53 [301]~E(a60,a58)
% 46.46/46.53 [302]~E(a64,a58)
% 46.46/46.53 [303]~E(a60,a59)
% 46.46/46.53 [304]~E(a59,a58)
% 46.46/46.53 [297]E(f65(a60,a64),f65(a60,a58))
% 46.46/46.53 [298]E(f65(a59,a64),f65(a59,a58))
% 46.46/46.53 [300]E(f61(a60,a64,a58),f61(a60,a58,a64))
% 46.46/46.53 [316]~P5(x3161,x3162)+P6(x3161,x3162)
% 46.46/46.53 [317]~P5(x3171,x3172)+E(f5(x3171,x3172),x3171)
% 46.46/46.53 [318]~P5(x3181,x3182)+E(f12(x3181,x3182),x3182)
% 46.46/46.53 [332]~P5(x3321,x3322)+P11(f5(x3321,x3322))
% 46.46/46.53 [333]~P5(x3331,x3332)+P4(f12(x3331,x3332))
% 46.46/46.53 [325]~P1(x3251)+~P12(a60,x3251)+~P12(a58,x3251)
% 46.46/46.53 [315]~P13(x3152)+~P8(x3151,x3151)+~E(x3151,x3152)
% 46.46/46.53 [305]~P11(x3052)+~E(x3051,x3052)+~E(f37(x3051),x3051)
% 46.46/46.53 [306]~P4(x3062)+~E(x3061,x3062)+P11(f16(x3061))
% 46.46/46.53 [307]~P4(x3072)+~E(x3071,x3072)+P11(f27(x3071))
% 46.46/46.53 [308]~P4(x3082)+~E(x3081,x3082)+P11(f28(x3081))
% 46.46/46.53 [309]~P1(x3092)+~E(x3091,x3092)+P11(f38(x3091))
% 46.46/46.53 [310]~P11(x3102)+~E(x3101,x3102)+P11(f37(x3101))
% 46.46/46.53 [311]~P13(x3112)+~E(x3111,x3112)+E(f66(x3111,a3),x3111)
% 46.46/46.53 [312]~P4(x3122)+~E(x3121,x3122)+P12(f28(x3121),x3121)
% 46.46/46.53 [313]~P1(x3132)+~E(x3131,x3132)+P12(f38(x3131),x3131)
% 46.46/46.53 [314]~P4(x3142)+~E(x3141,x3142)+P6(f27(x3141),x3141)
% 46.46/46.53 [320]~P4(x3202)+~E(x3201,x3202)+~P12(f16(x3201),x3201)
% 46.46/46.53 [321]~P4(x3212)+~E(x3211,x3212)+~P6(f16(x3211),x3211)
% 46.46/46.53 [357]~P14(x3574)+~E(x3571,x3572)+~E(f69(x3573,x3571,x3572),x3574)
% 46.46/46.53 [358]~P14(x3584)+~E(x3581,x3582)+~E(f69(x3581,x3583,x3582),x3584)
% 46.46/46.53 [359]~P14(x3594)+~E(x3591,x3592)+~E(f69(x3591,x3592,x3593),x3594)
% 46.46/46.53 [383]~P14(x3834)+E(f51(x3831,x3832,x3833),x3833)+~E(f69(x3831,x3832,x3833),x3834)
% 46.46/46.53 [384]~P14(x3844)+E(f52(x3841,x3842,x3843),x3842)+~E(f69(x3841,x3842,x3843),x3844)
% 46.46/46.53 [385]~P14(x3854)+E(f53(x3851,x3852,x3853),x3851)+~E(f69(x3851,x3852,x3853),x3854)
% 46.46/46.53 [430]~P14(x4304)+~E(f69(x4301,x4302,x4303),x4304)+P11(f51(x4301,x4302,x4303))
% 46.46/46.53 [431]~P14(x4314)+~E(f69(x4311,x4312,x4313),x4314)+P11(f52(x4311,x4312,x4313))
% 46.46/46.53 [432]~P14(x4324)+~E(f69(x4321,x4322,x4323),x4324)+P11(f53(x4321,x4322,x4323))
% 46.46/46.53 [336]~P4(x3364)+~P5(x3362,x3363)+~P5(x3361,x3363)+E(x3361,x3362)+~E(x3363,x3364)
% 46.46/46.53 [322]~P11(x3224)+~P11(x3222)+~E(x3221,x3222)+~E(x3223,x3224)+~E(f45(x3223,x3221),x3221)
% 46.46/46.53 [323]~P11(x3234)+~P11(x3232)+~E(x3231,x3232)+~E(x3233,x3234)+~E(f45(x3233,x3231),x3233)
% 46.46/46.53 [326]~P11(x3263)+~P11(x3264)+~E(x3262,x3263)+~E(x3261,x3264)+E(f65(x3261,x3262),f65(x3262,x3261))
% 46.46/46.53 [327]~P13(x3273)+~P13(x3274)+~E(x3272,x3273)+~E(x3271,x3274)+E(f66(x3271,x3272),f66(x3272,x3271))
% 46.46/46.53 [328]~P11(x3284)+~P11(x3283)+~E(x3282,x3283)+~E(x3281,x3284)+E(f49(x3281,x3282),f65(x3281,x3282))
% 46.46/46.53 [329]~P11(x3294)+~P11(x3293)+~E(x3292,x3293)+~E(x3291,x3294)+P11(f45(x3291,x3292))
% 46.46/46.53 [330]~P11(x3304)+~P11(x3303)+~E(x3302,x3303)+~E(x3301,x3304)+P13(f49(x3301,x3302))
% 46.46/46.53 [337]~P11(x3373)+~P11(x3374)+~E(x3371,x3373)+~E(x3372,x3374)+P9(a3,f65(x3371,x3372))
% 46.46/46.53 [346]~P11(x3463)+~P11(x3464)+~E(x3461,x3463)+~E(x3462,x3464)+E(f67(x3461,x3461,x3462),a3)
% 46.46/46.53 [353]~E(x3531,x3532)+~P13(x3534)+~P13(x3532)+~E(x3533,x3534)+E(f13(x3531,x3532,x3533),f66(x3531,x3533))
% 46.46/46.53 [372]~E(x3721,x3722)+~P13(x3724)+~P13(x3722)+~E(x3723,x3724)+P13(f13(x3721,x3722,x3723))
% 46.46/46.53 [342]~P11(x3424)+~P4(x3422)+~P12(x3423,x3421)+~P6(x3423,x3421)+~E(x3421,x3422)+~E(x3423,x3424)
% 46.46/46.53 [354]P2(x3541,x3541,x3542)+~P1(x3543)+~P11(x3544)+P12(x3541,x3542)+~E(x3542,x3543)+~E(x3541,x3544)
% 46.46/46.53 [319]~E(x3191,x3192)+~P11(x3194)+~P11(x3193)+~E(x3192,x3193)+~E(x3191,x3194)+E(f65(x3191,x3192),a3)
% 46.46/46.53 [324]~P11(x3244)+~P11(x3243)+E(x3241,x3242)+~E(x3242,x3243)+~E(x3241,x3244)+~E(f65(x3241,x3242),a3)
% 46.46/46.53 [334]~P11(x3344)+~P11(x3343)+E(x3341,x3342)+~E(x3342,x3343)+~E(x3341,x3344)+P1(f56(x3341,x3342))
% 46.46/46.53 [335]~P11(x3354)+~P11(x3353)+E(x3351,x3352)+~E(x3352,x3353)+~E(x3351,x3354)+P4(f6(x3351,x3352))
% 46.46/46.53 [338]~P11(x3383)+~P11(x3384)+E(x3381,x3382)+~E(x3382,x3383)+~E(x3381,x3384)+P12(x3381,f56(x3382,x3381))
% 46.46/46.53 [339]~P11(x3394)+~P11(x3393)+E(x3391,x3392)+~E(x3392,x3393)+~E(x3391,x3394)+P12(x3391,f56(x3391,x3392))
% 46.46/46.53 [340]~P11(x3403)+~P11(x3404)+E(x3401,x3402)+~E(x3402,x3403)+~E(x3401,x3404)+P12(x3401,f6(x3402,x3401))
% 46.46/46.53 [341]~P11(x3414)+~P11(x3413)+E(x3411,x3412)+~E(x3412,x3413)+~E(x3411,x3414)+P5(x3411,f6(x3411,x3412))
% 46.46/46.53 [344]~P4(x3444)+~P4(x3443)+~P10(x3441,x3442)+~E(x3442,x3443)+~E(x3441,x3444)+P11(f7(x3441,x3442))
% 46.46/46.53 [345]~P4(x3454)+~P4(x3453)+~P10(x3451,x3452)+~E(x3452,x3453)+~E(x3451,x3454)+P11(f10(x3451,x3452))
% 46.46/46.53 [348]~P4(x3484)+~P4(x3483)+~P10(x3481,x3482)+~E(x3482,x3483)+~E(x3481,x3484)+P12(f7(x3481,x3482),x3482)
% 46.46/46.53 [349]~P4(x3494)+~P4(x3493)+~P10(x3491,x3492)+~E(x3492,x3493)+~E(x3491,x3494)+P12(f7(x3491,x3492),x3491)
% 46.46/46.53 [350]~P4(x3504)+~P4(x3503)+~P10(x3501,x3502)+~E(x3502,x3503)+~E(x3501,x3504)+P12(f10(x3501,x3502),x3502)
% 46.46/46.53 [351]~P4(x3514)+~P4(x3513)+~P10(x3511,x3512)+~E(x3512,x3513)+~E(x3511,x3514)+P12(f10(x3511,x3512),x3511)
% 46.46/46.53 [352]~P4(x3524)+~P4(x3522)+~P10(x3523,x3521)+~E(x3521,x3522)+~E(x3523,x3524)+~E(f10(x3523,x3521),f7(x3523,x3521))
% 46.46/46.53 [367]~P1(x3674)+~P11(x3673)+P12(x3671,x3672)+~E(x3671,x3673)+~E(x3672,x3674)+~E(f31(x3672,x3674,x3671),x3671)
% 46.46/46.53 [370]~P11(x3702)+~P4(x3704)+~P12(x3701,x3703)+~E(x3701,x3702)+~E(x3703,x3704)+~E(f29(x3703,x3704,x3701),x3701)
% 46.46/46.53 [371]~P1(x3714)+~P11(x3712)+~P12(x3711,x3713)+~E(x3711,x3712)+~E(x3713,x3714)+~E(f39(x3713,x3714,x3711),x3711)
% 46.46/46.53 [381]~E(x3812,x3813)+~P1(x3813)+~P11(x3814)+P12(x3811,x3812)+~E(x3811,x3814)+P11(f32(x3812,x3813,x3811))
% 46.46/46.53 [382]~E(x3822,x3823)+~P1(x3823)+~P11(x3824)+P12(x3821,x3822)+~E(x3821,x3824)+P11(f31(x3822,x3823,x3821))
% 46.46/46.53 [390]~E(x3901,x3902)+~P4(x3904)+~P4(x3902)+~P10(x3901,x3903)+~E(x3903,x3904)+P11(f17(x3901,x3902,x3903))
% 46.46/46.53 [391]~E(x3911,x3912)+~P1(x3914)+~P4(x3912)+~P10(x3913,x3911)+~E(x3913,x3914)+P11(f21(x3911,x3912,x3913))
% 46.46/46.53 [392]~E(x3921,x3922)+~P1(x3924)+~P4(x3922)+~P10(x3923,x3921)+~E(x3923,x3924)+P11(f23(x3921,x3922,x3923))
% 46.46/46.53 [393]~E(x3931,x3932)+~P1(x3934)+~P4(x3932)+~P10(x3933,x3931)+~E(x3933,x3934)+P11(f24(x3931,x3932,x3933))
% 46.46/46.53 [394]~E(x3941,x3942)+~P1(x3944)+~P1(x3942)+~P10(x3941,x3943)+~E(x3943,x3944)+P11(f25(x3941,x3942,x3943))
% 46.46/46.53 [395]~E(x3951,x3952)+~P11(x3954)+~P4(x3952)+~P12(x3953,x3951)+~E(x3953,x3954)+P11(f29(x3951,x3952,x3953))
% 46.46/46.53 [396]~E(x3961,x3962)+~P1(x3962)+~P11(x3964)+~P12(x3963,x3961)+~E(x3963,x3964)+P11(f39(x3961,x3962,x3963))
% 46.46/46.53 [400]~E(x4001,x4002)+~P4(x4004)+~P4(x4002)+~P10(x4001,x4003)+~E(x4003,x4004)+P12(f17(x4001,x4002,x4003),x4003)
% 46.46/46.53 [401]~E(x4011,x4012)+~P4(x4014)+~P4(x4012)+~P10(x4011,x4013)+~E(x4013,x4014)+P12(f17(x4011,x4012,x4013),x4011)
% 46.46/46.53 [402]~E(x4021,x4022)+~P1(x4024)+~P4(x4022)+~P10(x4023,x4021)+~E(x4023,x4024)+P12(f21(x4021,x4022,x4023),x4023)
% 46.46/46.53 [403]~E(x4031,x4032)+~P1(x4034)+~P4(x4032)+~P10(x4033,x4031)+~E(x4033,x4034)+P12(f21(x4031,x4032,x4033),x4031)
% 46.46/46.53 [404]~E(x4041,x4042)+~P1(x4044)+~P4(x4042)+~P10(x4043,x4041)+~E(x4043,x4044)+P12(f23(x4041,x4042,x4043),x4043)
% 46.46/46.53 [405]~E(x4051,x4052)+~P1(x4054)+~P4(x4052)+~P10(x4053,x4051)+~E(x4053,x4054)+P12(f23(x4051,x4052,x4053),x4051)
% 46.46/46.53 [406]~E(x4061,x4062)+~P1(x4064)+~P4(x4062)+~P10(x4063,x4061)+~E(x4063,x4064)+P12(f24(x4061,x4062,x4063),x4063)
% 46.46/46.53 [407]~E(x4071,x4072)+~P1(x4074)+~P4(x4072)+~P10(x4073,x4071)+~E(x4073,x4074)+P12(f24(x4071,x4072,x4073),x4071)
% 46.46/46.53 [408]~E(x4081,x4082)+~P1(x4084)+~P1(x4082)+~P10(x4081,x4083)+~E(x4083,x4084)+P12(f25(x4081,x4082,x4083),x4083)
% 46.46/46.53 [409]~E(x4091,x4092)+~P1(x4094)+~P1(x4092)+~P10(x4091,x4093)+~E(x4093,x4094)+P12(f25(x4091,x4092,x4093),x4091)
% 46.46/46.53 [410]~E(x4101,x4102)+~P11(x4104)+~P4(x4102)+~P12(x4103,x4101)+~E(x4103,x4104)+P12(f29(x4101,x4102,x4103),x4101)
% 46.46/46.53 [411]~E(x4111,x4112)+~P1(x4112)+~P11(x4114)+~P12(x4113,x4111)+~E(x4113,x4114)+P12(f39(x4111,x4112,x4113),x4111)
% 46.46/46.53 [423]~E(x4232,x4233)+~P1(x4233)+~P11(x4234)+P12(x4231,x4232)+~E(x4231,x4234)+P2(f31(x4232,x4233,x4231),x4231,x4232)
% 46.46/46.53 [433]~P1(x4332)+~P4(x4334)+~P10(x4331,x4333)+~E(x4331,x4332)+~E(x4333,x4334)+~E(f23(x4333,x4334,x4331),f21(x4333,x4334,x4331))
% 46.46/46.53 [447]~P1(x4474)+~P11(x4473)+P12(x4471,x4472)+~E(x4471,x4473)+~E(x4472,x4474)+~P2(f32(x4472,x4474,x4471),x4471,x4472)
% 46.46/46.53 [470]~E(x4702,x4703)+~E(x4701,x4704)+~P11(x4703)+~P11(x4704)+E(x4701,x4702)+P11(f70(x4702,x4703,x4701,x4704))
% 46.46/46.53 [473]~E(x4732,x4733)+~E(x4731,x4734)+~P11(x4733)+~P11(x4734)+E(x4731,x4732)+E(f65(x4731,f70(x4732,x4733,x4731,x4734)),f65(x4732,x4731))
% 46.46/46.53 [489]~E(x4892,x4893)+~E(x4891,x4894)+~P11(x4893)+~P11(x4894)+E(x4891,x4892)+E(f65(x4891,f70(x4892,x4893,x4891,x4894)),f65(f70(x4892,x4893,x4891,x4894),x4892))
% 46.46/46.53 [331]P8(x3312,x3311)+P8(x3311,x3312)+~P13(x3313)+~P13(x3314)+E(x3311,x3312)+~E(x3312,x3313)+~E(x3311,x3314)
% 46.46/46.53 [343]~P13(x3434)+~P13(x3433)+~P8(x3432,x3431)+~P8(x3431,x3432)+E(x3431,x3432)+~E(x3432,x3433)+~E(x3431,x3434)
% 46.46/46.53 [361]~P11(x3616)+~P11(x3614)+~P11(x3612)+~E(x3611,x3612)+~E(x3613,x3614)+~E(x3615,x3616)+~E(f46(x3615,x3613,x3611),x3611)
% 46.46/46.53 [362]~P11(x3626)+~P11(x3624)+~P11(x3622)+~E(x3621,x3622)+~E(x3623,x3624)+~E(x3625,x3626)+~E(f46(x3625,x3623,x3621),x3623)
% 46.46/46.53 [363]~P11(x3636)+~P11(x3634)+~P11(x3632)+~E(x3631,x3632)+~E(x3633,x3634)+~E(x3635,x3636)+~E(f46(x3635,x3633,x3631),x3635)
% 46.46/46.53 [374]~P11(x3746)+~P11(x3745)+~P11(x3744)+~E(x3743,x3744)+~E(x3742,x3745)+~E(x3741,x3746)+E(f67(x3741,x3742,x3743),f67(x3743,x3741,x3742))
% 46.46/46.53 [375]~P11(x3756)+~P11(x3755)+~P11(x3754)+~E(x3753,x3754)+~E(x3752,x3755)+~E(x3751,x3756)+E(f67(x3751,x3752,x3753),f67(x3751,x3753,x3752))
% 46.46/46.53 [376]~P11(x3766)+~P11(x3765)+~P11(x3764)+~E(x3763,x3764)+~E(x3762,x3765)+~E(x3761,x3766)+E(f50(x3761,x3762,x3763),f67(x3761,x3762,x3763))
% 46.46/46.53 [378]~P11(x3786)+~P11(x3785)+~P11(x3784)+~E(x3783,x3784)+~E(x3782,x3785)+~E(x3781,x3786)+P11(f46(x3781,x3782,x3783))
% 46.46/46.53 [379]~P11(x3796)+~P11(x3795)+~P11(x3794)+~E(x3793,x3794)+~E(x3792,x3795)+~E(x3791,x3796)+P13(f50(x3791,x3792,x3793))
% 46.46/46.53 [386]~P11(x3866)+~P11(x3865)+~P11(x3864)+~E(x3863,x3864)+~E(x3862,x3865)+~E(x3861,x3866)+P9(a3,f61(x3861,x3862,x3863))
% 46.46/46.53 [387]~P11(x3874)+~P11(x3875)+~P11(x3876)+~E(x3871,x3874)+~E(x3872,x3875)+~E(x3873,x3876)+P7(f67(x3871,x3872,x3873),a3)
% 46.46/46.53 [413]~P11(x4136)+~P11(x4135)+~P11(x4134)+~E(x4133,x4134)+~E(x4132,x4135)+~E(x4131,x4136)+P9(f61(x4131,x4132,x4133),f66(a68,a68))
% 46.46/46.53 [365]~E(x3655,x3653)+~P11(x3656)+~P11(x3652)+~P11(x3654)+~P3(x3651,x3655,x3653)+~E(x3651,x3652)+~E(x3653,x3654)+~E(x3655,x3656)
% 46.46/46.53 [366]~E(x3665,x3663)+~P11(x3666)+~P11(x3664)+~P11(x3662)+~P3(x3663,x3665,x3661)+~E(x3661,x3662)+~E(x3663,x3664)+~E(x3665,x3666)
% 46.46/46.53 [377]~P1(x3772)+~P11(x3776)+~P11(x3774)+~P12(x3775,x3771)+~P2(x3775,x3773,x3771)+~E(x3771,x3772)+~E(x3773,x3774)+~E(x3775,x3776)
% 46.46/46.53 [414]~P1(x4144)+~P11(x4146)+~P11(x4145)+~P2(x4142,x4141,x4143)+P2(x4141,x4142,x4143)+~E(x4143,x4144)+~E(x4141,x4145)+~E(x4142,x4146)
% 46.46/46.53 [415]~P11(x4154)+~P11(x4156)+~P11(x4155)+~P3(x4151,x4153,x4152)+P3(x4151,x4152,x4153)+~E(x4153,x4154)+~E(x4152,x4155)+~E(x4151,x4156)
% 46.46/46.53 [429]~P11(x4296)+~P11(x4294)+~P11(x4292)+~P3(x4293,x4295,x4291)+~P3(x4295,x4293,x4291)+~E(x4291,x4292)+~E(x4293,x4294)+~E(x4295,x4296)
% 46.46/46.53 [347]~P13(x3476)+~P13(x3473)+~P13(x3475)+E(x3471,x3472)+~E(x3472,x3473)+~E(x3474,x3475)+~E(x3471,x3476)+~E(f66(x3471,x3474),f66(x3472,x3474))
% 46.46/46.53 [360]~P11(x3605)+~P11(x3604)+~P12(x3602,x3606)+~P5(x3601,x3606)+~E(x3603,x3604)+~E(x3602,x3605)+~P12(x3603,x3606)+E(f65(x3601,x3602),f65(x3601,x3603))
% 46.46/46.53 [364]~P13(x3646)+~P13(x3645)+~P13(x3644)+~P8(x3641,x3643)+~E(x3642,x3644)+~E(x3643,x3645)+~E(x3641,x3646)+P8(f66(x3641,x3642),f66(x3643,x3642))
% 46.46/46.53 [368]~P11(x3685)+~P11(x3684)+~P12(x3683,x3682)+~P5(x3686,x3682)+P12(x3681,x3682)+~E(x3683,x3684)+~E(x3681,x3685)+~E(f65(x3686,x3681),f65(x3686,x3683))
% 46.46/46.53 [397]~P11(x3975)+~P11(x3974)+~P5(x3971,x3976)+~P6(x3972,x3976)+~E(x3973,x3974)+~E(x3972,x3975)+~P12(x3973,x3976)+P8(f65(x3971,x3972),f65(x3971,x3973))
% 46.46/46.53 [416]~P11(x4165)+~P11(x4164)+~P12(x4163,x4162)+P6(x4161,x4162)+~E(x4163,x4164)+~E(x4161,x4165)+~P5(x4166,x4162)+~P8(f65(x4166,x4161),f65(x4166,x4163))
% 46.46/46.53 [424]~P11(x4245)+~P11(x4246)+~P11(x4244)+~P3(x4242,x4241,x4243)+~E(x4243,x4244)+~E(x4241,x4245)+~E(x4242,x4246)+E(f66(f65(x4241,x4242),f65(x4242,x4243)),f65(x4241,x4243))
% 46.46/46.53 [355]~P13(x3553)+~P13(x3556)+~P13(x3554)+~P8(x3551,x3555)+~P8(x3555,x3552)+P8(x3551,x3552)+~E(x3551,x3553)+~E(x3552,x3554)+~E(x3555,x3556)
% 46.46/46.53 [356]~P1(x3564)+~P11(x3566)+~P4(x3563)+~P12(x3565,x3561)+~P6(x3565,x3562)+P10(x3561,x3562)+~E(x3562,x3563)+~E(x3561,x3564)+~E(x3565,x3566)
% 46.46/46.53 [369]~P11(x3694)+~P11(x3696)+~P12(x3693,x3691)+~P12(x3695,x3692)+~P6(x3693,x3692)+~P6(x3695,x3691)+P10(x3691,x3692)+~E(x3693,x3694)+~E(x3695,x3696)
% 46.46/46.53 [380]~P11(x3806)+~P11(x3804)+~P11(x3805)+E(x3801,x3802)+E(x3801,x3803)+~E(x3802,x3804)+~E(x3803,x3805)+~E(x3801,x3806)+E(f61(x3801,x3802,x3803),f61(x3803,x3802,x3801))
% 46.46/46.53 [465]~P11(x4654)+~P11(x4652)+~P4(x4656)+~P12(x4651,x4655)+~P12(x4653,x4655)+~E(x4651,x4652)+~E(x4653,x4654)+~E(x4655,x4656)+~E(f30(x4655,x4656,x4653,x4651),x4651)
% 46.46/46.53 [466]~P11(x4664)+~P11(x4662)+~P4(x4666)+~P12(x4661,x4665)+~P12(x4663,x4665)+~E(x4661,x4662)+~E(x4663,x4664)+~E(x4665,x4666)+~E(f30(x4665,x4666,x4663,x4661),x4663)
% 46.46/46.53 [475]~E(x4751,x4752)+~P11(x4756)+~P11(x4755)+~P4(x4752)+~P12(x4754,x4751)+~P12(x4753,x4751)+~E(x4754,x4755)+~E(x4753,x4756)+P11(f30(x4751,x4752,x4753,x4754))
% 46.46/46.53 [479]~E(x4791,x4792)+~P11(x4796)+~P11(x4795)+~P4(x4792)+~P12(x4794,x4791)+~P12(x4793,x4791)+~E(x4794,x4795)+~E(x4793,x4796)+P12(f30(x4791,x4792,x4793,x4794),x4791)
% 46.46/46.53 [492]~P1(x4926)+~P11(x4922)+~P11(x4924)+~P12(x4921,x4925)+~P12(x4923,x4925)+~E(x4921,x4922)+~E(x4923,x4924)+~E(x4925,x4926)+~E(f44(x4925,x4926,x4923,x4924,x4921),x4921)
% 46.46/46.53 [493]~P1(x4936)+~P11(x4932)+~P11(x4934)+~P12(x4931,x4935)+~P12(x4933,x4935)+~E(x4931,x4932)+~E(x4933,x4934)+~E(x4935,x4936)+~E(f44(x4935,x4936,x4933,x4934,x4931),x4933)
% 46.46/46.53 [494]~P1(x4946)+~P11(x4944)+~P11(x4945)+~P2(x4943,x4941,x4942)+P12(x4941,x4942)+~E(x4943,x4944)+~E(x4941,x4945)+~E(x4942,x4946)+~E(f33(x4942,x4946,x4941,x4945,x4943),x4943)
% 46.46/46.53 [495]~P1(x4956)+~P11(x4954)+~P11(x4955)+~P2(x4953,x4951,x4952)+P12(x4951,x4952)+~E(x4953,x4954)+~E(x4951,x4955)+~E(x4952,x4956)+~E(f33(x4952,x4956,x4951,x4955,x4953),x4951)
% 46.46/46.53 [498]~E(x4983,x4984)+~E(x4981,x4982)+~P1(x4982)+~P11(x4986)+~P11(x4984)+~P12(x4985,x4981)+~P12(x4983,x4981)+~E(x4985,x4986)+P11(f44(x4981,x4982,x4983,x4984,x4985))
% 46.46/46.53 [499]~E(x4993,x4994)+~E(x4991,x4992)+~P1(x4992)+~P11(x4996)+~P11(x4994)+~P12(x4995,x4991)+~P12(x4993,x4991)+~E(x4995,x4996)+P12(f44(x4991,x4992,x4993,x4994,x4995),x4991)
% 46.46/46.53 [500]~E(x5001,x5004)+~E(x5002,x5003)+~P1(x5003)+~P11(x5006)+~P11(x5004)+~P2(x5005,x5001,x5002)+P12(x5001,x5002)+~E(x5005,x5006)+P11(f33(x5002,x5003,x5001,x5004,x5005))
% 46.46/46.53 [503]~E(x5031,x5034)+~E(x5032,x5033)+~P1(x5033)+~P11(x5036)+~P11(x5034)+~P2(x5035,x5031,x5032)+P12(x5031,x5032)+~E(x5035,x5036)+P2(f33(x5032,x5033,x5031,x5034,x5035),x5031,x5032)
% 46.46/46.53 [460]~P11(x4608)+~P11(x4606)+~P11(x4604)+~P11(x4602)+~E(x4601,x4602)+~E(x4603,x4604)+~E(x4605,x4606)+~E(x4607,x4608)+~E(f47(x4607,x4605,x4603,x4601),x4601)
% 46.46/46.53 [461]~P11(x4618)+~P11(x4616)+~P11(x4614)+~P11(x4612)+~E(x4611,x4612)+~E(x4613,x4614)+~E(x4615,x4616)+~E(x4617,x4618)+~E(f47(x4617,x4615,x4613,x4611),x4613)
% 46.46/46.53 [462]~P11(x4628)+~P11(x4626)+~P11(x4624)+~P11(x4622)+~E(x4621,x4622)+~E(x4623,x4624)+~E(x4625,x4626)+~E(x4627,x4628)+~E(f47(x4627,x4625,x4623,x4621),x4625)
% 46.46/46.53 [463]~P11(x4638)+~P11(x4636)+~P11(x4634)+~P11(x4632)+~E(x4631,x4632)+~E(x4633,x4634)+~E(x4635,x4636)+~E(x4637,x4638)+~E(f47(x4637,x4635,x4633,x4631),x4637)
% 46.46/46.53 [472]~P11(x4728)+~P11(x4727)+~P11(x4726)+~P11(x4725)+~E(x4724,x4725)+~E(x4723,x4726)+~E(x4722,x4727)+~E(x4721,x4728)+P11(f47(x4721,x4722,x4723,x4724))
% 46.46/46.53 [471]E(x4713,x4711)+~E(x4712,x4714)+~P11(x4714)+~P11(x4716)+~P11(x4715)+E(x4711,x4712)+E(x4713,x4712)+~E(x4711,x4715)+~E(x4713,x4716)+P11(f71(x4712,x4714,x4713,x4711))
% 46.46/46.53 [476]~E(x4763,x4764)+~P1(x4764)+~P11(x4766)+~P11(x4765)+~P12(x4762,x4763)+~P12(x4761,x4763)+E(x4761,x4762)+~E(x4762,x4765)+~E(x4761,x4766)+P11(f35(x4763,x4764,x4761,x4762))
% 46.46/46.53 [477]~E(x4773,x4774)+~P1(x4774)+~P11(x4776)+~P11(x4775)+~P12(x4772,x4773)+~P12(x4771,x4773)+E(x4771,x4772)+~E(x4772,x4775)+~E(x4771,x4776)+P11(f41(x4773,x4774,x4771,x4772))
% 46.46/46.53 [483]~E(x4833,x4834)+~P1(x4834)+~P11(x4835)+~P11(x4836)+~P12(x4832,x4833)+~P12(x4831,x4833)+E(x4831,x4832)+~E(x4832,x4835)+~E(x4831,x4836)+P3(x4831,x4832,f35(x4833,x4834,x4832,x4831))
% 46.46/46.53 [484]~E(x4843,x4844)+~P1(x4844)+~P11(x4846)+~P11(x4845)+~P12(x4842,x4843)+~P12(x4841,x4843)+E(x4841,x4842)+~E(x4842,x4845)+~E(x4841,x4846)+P3(f41(x4843,x4844,x4841,x4842),x4841,x4842)
% 46.46/46.53 [474]E(x4743,x4741)+~E(x4742,x4744)+~P11(x4744)+~P11(x4746)+~P11(x4745)+E(x4741,x4742)+E(x4743,x4742)+~E(x4741,x4745)+~E(x4743,x4746)+E(f65(x4742,f71(x4742,x4744,x4743,x4741)),f65(x4743,x4741))
% 46.46/46.53 [399]~P11(x3996)+~P11(x3994)+~P12(x3993,x3991)+~P12(x3995,x3992)+~P5(x3997,x3992)+~P5(x3997,x3991)+E(x3991,x3992)+~E(x3993,x3994)+~E(x3995,x3996)+~E(f65(x3997,x3995),f65(x3997,x3993))
% 46.46/46.53 [437]E(x4373,x4371)+~P11(x4376)+~P11(x4375)+~P11(x4374)+E(x4371,x4372)+E(x4373,x4372)+~E(x4372,x4374)+~E(x4371,x4375)+~E(x4373,x4376)+E(f65(x4373,x4371),f65(x4373,x4372))+~E(f61(x4373,x4371,x4372),f61(x4373,x4372,x4371))
% 46.46/46.53 [436]~P1(x4366)+~P11(x4364)+~P11(x4368)+~P11(x4362)+~P12(x4367,x4365)+~P2(x4363,x4361,x4365)+~P3(x4367,x4363,x4361)+~E(x4361,x4362)+~E(x4363,x4364)+~E(x4365,x4366)+~E(x4367,x4368)
% 46.46/46.53 [442]~P1(x4425)+~P11(x4428)+~P11(x4424)+~P11(x4426)+~P2(x4427,x4421,x4423)+~P2(x4427,x4422,x4423)+P2(x4421,x4422,x4423)+~E(x4421,x4424)+~E(x4423,x4425)+~E(x4422,x4426)+~E(x4427,x4428)
% 46.46/46.53 [443]~P1(x4435)+~P11(x4438)+~P11(x4434)+~P11(x4437)+~P2(x4431,x4436,x4433)+~P3(x4432,x4431,x4436)+P2(x4431,x4432,x4433)+~E(x4432,x4434)+~E(x4433,x4435)+~E(x4436,x4437)+~E(x4431,x4438)
% 46.46/46.53 [444]~P11(x4444)+~P11(x4446)+~P11(x4448)+~P11(x4445)+~P3(x4441,x4442,x4447)+~P3(x4447,x4441,x4443)+P3(x4441,x4442,x4443)+~E(x4442,x4444)+~E(x4443,x4445)+~E(x4441,x4446)+~E(x4447,x4448)
% 46.46/46.53 [445]~P11(x4457)+~P11(x4456)+~P11(x4454)+~P11(x4458)+~P3(x4455,x4452,x4453)+~P3(x4451,x4452,x4455)+P3(x4451,x4452,x4453)+~E(x4453,x4454)+~E(x4455,x4456)+~E(x4452,x4457)+~E(x4451,x4458)
% 46.46/46.53 [448]~P11(x4486)+~P11(x4488)+~P11(x4482)+~P11(x4484)+~P3(x4487,x4481,x4483)+~P3(x4487,x4485,x4481)+~P3(x4487,x4485,x4483)+~E(x4481,x4482)+~E(x4483,x4484)+~E(x4485,x4486)+~E(x4487,x4488)
% 46.46/46.53 [398]~P1(x3987)+~P1(x3988)+~P11(x3985)+~P11(x3986)+~P12(x3983,x3982)+~P12(x3984,x3982)+P10(x3981,x3982)+P2(x3983,x3984,x3981)+~E(x3983,x3985)+~E(x3984,x3986)+~E(x3982,x3987)+~E(x3981,x3988)
% 46.46/46.53 [417]~P1(x4178)+~P11(x4175)+~P11(x4173)+~P11(x4177)+~P12(x4174,x4172)+~P12(x4176,x4172)+~P3(x4171,x4174,x4176)+P12(x4171,x4172)+~E(x4171,x4173)+~E(x4174,x4175)+~E(x4176,x4177)+~E(x4172,x4178)
% 46.46/46.53 [418]~P1(x4188)+~P11(x4185)+~P11(x4187)+~P11(x4183)+~P12(x4184,x4182)+~P12(x4186,x4182)+~P3(x4186,x4184,x4181)+P12(x4181,x4182)+~E(x4181,x4183)+~E(x4184,x4185)+~E(x4186,x4187)+~E(x4182,x4188)
% 46.46/46.53 [419]~P11(x4198)+~P11(x4194)+~P11(x4195)+~P4(x4196)+~P12(x4193,x4192)+~P12(x4197,x4192)+~P3(x4191,x4197,x4193)+P6(x4191,x4192)+~E(x4193,x4194)+~E(x4191,x4195)+~E(x4192,x4196)+~E(x4197,x4198)
% 46.46/46.53 [420]~P11(x4208)+~P11(x4204)+~P11(x4205)+~P4(x4206)+~P12(x4203,x4202)+~P6(x4207,x4202)+~P3(x4201,x4207,x4203)+P6(x4201,x4202)+~E(x4203,x4204)+~E(x4201,x4205)+~E(x4202,x4206)+~E(x4207,x4208)
% 46.46/46.53 [434]~P1(x4347)+~P11(x4346)+~P11(x4348)+~P11(x4344)+~P12(x4345,x4342)+~P3(x4341,x4345,x4343)+P12(x4341,x4342)+P2(x4341,x4343,x4342)+~E(x4343,x4344)+~E(x4345,x4346)+~E(x4342,x4347)+~E(x4341,x4348)
% 46.46/46.53 [451]~P11(x4518)+~P11(x4516)+~P4(x4517)+~P4(x4515)+~P12(x4512,x4513)+~P12(x4511,x4513)+~E(x4514,x4515)+~E(x4512,x4516)+~E(x4513,x4517)+~E(x4511,x4518)+P2(x4511,x4512,f14(x4511,x4512,x4513))+P10(f18(x4511,x4512,x4513),x4513)
% 46.46/46.53 [452]~P11(x4528)+~P11(x4526)+~P4(x4527)+~P4(x4525)+~P12(x4522,x4523)+~P6(x4521,x4523)+~E(x4524,x4525)+~E(x4522,x4526)+~E(x4523,x4527)+~E(x4521,x4528)+P2(x4521,x4522,f14(x4521,x4522,x4523))+P10(f18(x4521,x4522,x4523),x4523)
% 46.46/46.53 [453]~P11(x4538)+~P11(x4536)+~P4(x4537)+~P4(x4535)+~P12(x4531,x4533)+~P6(x4532,x4533)+~E(x4534,x4535)+~E(x4532,x4536)+~E(x4533,x4537)+~E(x4531,x4538)+P2(x4531,x4532,f14(x4531,x4532,x4533))+P10(f18(x4531,x4532,x4533),x4533)
% 46.46/46.53 [454]~P11(x4548)+~P11(x4546)+~P4(x4547)+~P4(x4545)+~P6(x4542,x4543)+~P6(x4541,x4543)+~E(x4544,x4545)+~E(x4542,x4546)+~E(x4543,x4547)+~E(x4541,x4548)+P2(x4541,x4542,f14(x4541,x4542,x4543))+P10(f18(x4541,x4542,x4543),x4543)
% 46.46/46.53 [468]~P1(x4688)+~P11(x4686)+~P11(x4684)+~P11(x4682)+~P12(x4681,x4687)+~P12(x4683,x4687)+~P12(x4685,x4687)+~E(x4681,x4682)+~E(x4683,x4684)+~E(x4685,x4686)+~E(x4687,x4688)+~E(f40(x4687,x4688,x4685,x4683),x4683)
% 46.46/46.53 [469]~P1(x4698)+~P11(x4696)+~P11(x4694)+~P11(x4692)+~P12(x4691,x4697)+~P12(x4693,x4697)+~P12(x4695,x4697)+~E(x4691,x4692)+~E(x4693,x4694)+~E(x4695,x4696)+~E(x4697,x4698)+~E(f40(x4697,x4698,x4695,x4693),x4695)
% 46.46/46.53 [480]~E(x4801,x4802)+~P1(x4802)+~P11(x4808)+~P11(x4807)+~P11(x4806)+~P12(x4805,x4801)+~P12(x4804,x4801)+~P12(x4803,x4801)+~E(x4805,x4806)+~E(x4804,x4807)+~E(x4803,x4808)+P11(f40(x4801,x4802,x4803,x4804))
% 46.46/46.53 [482]~E(x4821,x4822)+~P1(x4822)+~P11(x4828)+~P11(x4827)+~P11(x4826)+~P12(x4825,x4821)+~P12(x4824,x4821)+~P12(x4823,x4821)+~E(x4825,x4826)+~E(x4824,x4827)+~E(x4823,x4828)+P12(f40(x4821,x4822,x4823,x4824),x4821)
% 46.46/46.53 [496]~P1(x4968)+~P11(x4966)+~P11(x4964)+~P11(x4962)+~P12(x4963,x4967)+~P12(x4965,x4967)+~P3(x4963,x4965,x4961)+~E(x4961,x4962)+~E(x4963,x4964)+~E(x4965,x4966)+~E(x4967,x4968)+~E(f36(x4967,x4968,x4965,x4963,x4961),x4961)
% 46.46/46.53 [497]~P1(x4978)+~P11(x4976)+~P11(x4974)+~P11(x4972)+~P12(x4973,x4977)+~P12(x4975,x4977)+~P3(x4971,x4975,x4973)+~E(x4971,x4972)+~E(x4973,x4974)+~E(x4975,x4976)+~E(x4977,x4978)+~E(f42(x4977,x4978,x4975,x4973,x4971),x4971)
% 46.46/46.53 [501]~E(x5011,x5012)+~P1(x5012)+~P11(x5018)+~P11(x5017)+~P11(x5016)+~P12(x5014,x5011)+~P12(x5013,x5011)+~P3(x5014,x5013,x5015)+~E(x5015,x5016)+~E(x5014,x5017)+~E(x5013,x5018)+P11(f36(x5011,x5012,x5013,x5014,x5015))
% 46.46/46.53 [502]~E(x5021,x5022)+~P1(x5022)+~P11(x5028)+~P11(x5027)+~P11(x5026)+~P12(x5024,x5021)+~P12(x5023,x5021)+~P3(x5025,x5023,x5024)+~E(x5025,x5026)+~E(x5024,x5027)+~E(x5023,x5028)+P11(f42(x5021,x5022,x5023,x5024,x5025))
% 46.46/46.53 [504]~E(x5043,x5044)+~P1(x5044)+~P11(x5047)+~P11(x5048)+~P11(x5046)+~P12(x5042,x5043)+~P12(x5041,x5043)+~P3(x5041,x5042,x5045)+~E(x5045,x5046)+~E(x5042,x5047)+~E(x5041,x5048)+P3(x5041,x5042,f36(x5043,x5044,x5042,x5041,x5045))
% 46.46/46.53 [505]~E(x5051,x5052)+~P1(x5052)+~P11(x5058)+~P11(x5057)+~P11(x5056)+~P12(x5054,x5051)+~P12(x5053,x5051)+~P3(x5055,x5053,x5054)+~E(x5055,x5056)+~E(x5054,x5057)+~E(x5053,x5058)+P3(f42(x5051,x5052,x5053,x5054,x5055),x5053,x5054)
% 46.46/46.53 [522]~P1(x5228)+~P11(x5224)+~P11(x5226)+~P11(x5227)+~P2(x5223,x5221,x5222)+~P2(x5225,x5221,x5222)+P12(x5221,x5222)+~E(x5223,x5224)+~E(x5225,x5226)+~E(x5221,x5227)+~E(x5222,x5228)+~E(f34(x5222,x5228,x5221,x5227,x5225,x5226,x5223),x5223)
% 46.46/46.53 [523]~P1(x5238)+~P11(x5234)+~P11(x5236)+~P11(x5237)+~P2(x5233,x5231,x5232)+~P2(x5235,x5231,x5232)+P12(x5231,x5232)+~E(x5233,x5234)+~E(x5235,x5236)+~E(x5231,x5237)+~E(x5232,x5238)+~E(f34(x5232,x5238,x5231,x5237,x5235,x5236,x5233),x5235)
% 46.46/46.53 [524]~P1(x5248)+~P11(x5244)+~P11(x5246)+~P11(x5247)+~P2(x5243,x5241,x5242)+~P2(x5245,x5241,x5242)+P12(x5241,x5242)+~E(x5243,x5244)+~E(x5245,x5246)+~E(x5241,x5247)+~E(x5242,x5248)+~E(f34(x5242,x5248,x5241,x5247,x5245,x5246,x5243),x5241)
% 46.46/46.53 [540]~E(x5405,x5406)+~E(x5401,x5404)+~E(x5402,x5403)+~P1(x5403)+~P11(x5408)+~P11(x5406)+~P11(x5404)+~P2(x5407,x5401,x5402)+~P2(x5405,x5401,x5402)+P12(x5401,x5402)+~E(x5407,x5408)+P11(f34(x5402,x5403,x5401,x5404,x5405,x5406,x5407))
% 46.46/46.53 [541]~E(x5415,x5416)+~E(x5411,x5414)+~E(x5412,x5413)+~P1(x5413)+~P11(x5418)+~P11(x5416)+~P11(x5414)+~P2(x5417,x5411,x5412)+~P2(x5415,x5411,x5412)+P12(x5411,x5412)+~E(x5417,x5418)+P2(f34(x5412,x5413,x5411,x5414,x5415,x5416,x5417),x5411,x5412)
% 46.46/46.53 [543]~E(x5432,x5436)+~E(x5431,x5435)+~E(x5434,x5438)+~E(x5433,x5437)+~P11(x5435)+~P11(x5436)+~P11(x5437)+~P11(x5438)+E(x5431,x5432)+E(x5433,x5434)+~P8(f65(x5433,x5434),f65(x5431,x5432))+P11(f72(x5431,x5435,x5432,x5436,x5433,x5437,x5434,x5438))
% 46.46/46.53 [545]~E(x5452,x5456)+~E(x5451,x5455)+~E(x5454,x5458)+~E(x5453,x5457)+~P11(x5455)+~P11(x5456)+~P11(x5457)+~P11(x5458)+E(x5451,x5452)+E(x5453,x5454)+P3(f72(x5451,x5455,x5452,x5456,x5453,x5457,x5454,x5458),x5451,x5452)+~P8(f65(x5453,x5454),f65(x5451,x5452))
% 46.46/46.53 [544]~E(x5442,x5446)+~E(x5441,x5445)+~E(x5444,x5448)+~E(x5443,x5447)+~P11(x5445)+~P11(x5446)+~P11(x5447)+~P11(x5448)+E(x5441,x5442)+E(x5443,x5444)+~P8(f65(x5443,x5444),f65(x5441,x5442))+E(f65(x5441,f72(x5441,x5445,x5442,x5446,x5443,x5447,x5444,x5448)),f65(x5443,x5444))
% 46.46/46.53 [412]~P1(x4127)+~P11(x4125)+~P11(x4124)+~P11(x4128)+~P12(x4122,x4126)+~P12(x4121,x4126)+~P12(x4123,x4126)+E(x4121,x4122)+~E(x4122,x4124)+~E(x4121,x4125)+~E(x4126,x4127)+~E(x4123,x4128)+E(f67(x4121,x4122,x4123),a3)
% 46.46/46.53 [421]~P1(x4215)+~P11(x4218)+~P11(x4217)+~P11(x4216)+~P12(x4212,x4214)+~P12(x4211,x4214)+E(x4211,x4212)+P12(x4213,x4214)+~E(x4214,x4215)+~E(x4213,x4216)+~E(x4212,x4217)+~E(x4211,x4218)+~E(f67(x4211,x4212,x4213),a3)
% 46.46/46.53 [525]~E(x5251,x5257)+~E(x5255,x5256)+~E(x5253,x5254)+~P1(x5256)+~P11(x5258)+~P11(x5257)+~P4(x5254)+~P12(x5252,x5255)+~P12(x5251,x5255)+~P6(x5251,x5253)+E(x5251,x5252)+~E(x5252,x5258)+P11(f22(x5253,x5254,x5255,x5256,x5251,x5257,x5252))
% 46.46/46.53 [526]~E(x5261,x5267)+~E(x5265,x5266)+~E(x5263,x5264)+~P1(x5266)+~P11(x5268)+~P11(x5267)+~P4(x5264)+~P12(x5262,x5265)+~P12(x5261,x5265)+~P6(x5261,x5263)+E(x5261,x5262)+~E(x5262,x5268)+P12(f22(x5263,x5264,x5265,x5266,x5261,x5267,x5262),x5265)
% 46.46/46.53 [527]~E(x5271,x5277)+~E(x5275,x5276)+~E(x5273,x5274)+~P1(x5276)+~P11(x5278)+~P11(x5277)+~P4(x5274)+~P12(x5272,x5275)+~P12(x5271,x5275)+~P6(x5271,x5273)+E(x5271,x5272)+~E(x5272,x5278)+P12(f22(x5273,x5274,x5275,x5276,x5271,x5277,x5272),x5273)
% 46.46/46.53 [533]~E(x5335,x5336)+~E(x5333,x5334)+~E(x5331,x5337)+~P1(x5336)+~P11(x5338)+~P11(x5337)+~P4(x5334)+~P12(x5332,x5335)+~P12(x5331,x5335)+~P6(x5331,x5333)+E(x5331,x5332)+~E(x5332,x5338)+P3(x5331,f22(x5333,x5334,x5335,x5336,x5331,x5337,x5332),x5332)
% 46.46/46.53 [531]~E(x5312,x5315)+~P1(x5315)+~P4(x5319)+~P4(x5318)+~P12(x5317,x5312)+~P12(x5316,x5312)+~P5(x5317,x5314)+~P5(x5316,x5313)+~P10(x5313,x5314)+P12(x5311,x5312)+~E(x5314,x5318)+~E(x5313,x5319)+P11(f19(x5313,x5314,x5312,x5315,x5316,x5317,x5311))
% 46.46/46.53 [532]~E(x5322,x5325)+~P1(x5325)+~P4(x5329)+~P4(x5328)+~P12(x5327,x5322)+~P12(x5326,x5322)+~P5(x5327,x5324)+~P5(x5326,x5323)+~P10(x5323,x5324)+P12(x5321,x5322)+~E(x5324,x5328)+~E(x5323,x5329)+P11(f20(x5323,x5324,x5322,x5325,x5326,x5327,x5321))
% 46.46/46.53 [534]~E(x5342,x5345)+~P1(x5345)+~P4(x5349)+~P4(x5348)+~P12(x5347,x5342)+~P12(x5346,x5342)+~P5(x5347,x5344)+~P5(x5346,x5343)+~P10(x5343,x5344)+P12(x5341,x5342)+~E(x5344,x5348)+~E(x5343,x5349)+P12(f19(x5343,x5344,x5342,x5345,x5346,x5347,x5341),x5344)
% 46.46/46.53 [535]~E(x5352,x5355)+~P1(x5355)+~P4(x5359)+~P4(x5358)+~P12(x5357,x5352)+~P12(x5356,x5352)+~P5(x5357,x5354)+~P5(x5356,x5353)+~P10(x5353,x5354)+P12(x5351,x5352)+~E(x5354,x5358)+~E(x5353,x5359)+P12(f19(x5353,x5354,x5352,x5355,x5356,x5357,x5351),x5353)
% 46.46/46.53 [536]~E(x5362,x5365)+~P1(x5365)+~P4(x5369)+~P4(x5368)+~P12(x5367,x5362)+~P12(x5366,x5362)+~P5(x5367,x5364)+~P5(x5366,x5363)+~P10(x5363,x5364)+P12(x5361,x5362)+~E(x5364,x5368)+~E(x5363,x5369)+P12(f20(x5363,x5364,x5362,x5365,x5366,x5367,x5361),x5364)
% 46.46/46.53 [537]~E(x5372,x5375)+~P1(x5375)+~P4(x5379)+~P4(x5378)+~P12(x5377,x5372)+~P12(x5376,x5372)+~P5(x5377,x5374)+~P5(x5376,x5373)+~P10(x5373,x5374)+P12(x5371,x5372)+~E(x5374,x5378)+~E(x5373,x5379)+P12(f20(x5373,x5374,x5372,x5375,x5376,x5377,x5371),x5373)
% 46.46/46.53 [539]~E(x5392,x5395)+~P1(x5395)+~P4(x5399)+~P4(x5398)+~P12(x5397,x5392)+~P12(x5396,x5392)+~P5(x5397,x5394)+~P5(x5396,x5393)+~P10(x5393,x5394)+P12(x5391,x5392)+~E(x5394,x5398)+~E(x5393,x5399)+P2(f20(x5393,x5394,x5392,x5395,x5396,x5397,x5391),x5391,x5392)
% 46.46/46.53 [542]~P1(x5423)+~P4(x5427)+~P4(x5425)+~P5(x5428,x5424)+~P5(x5429,x5426)+~P10(x5426,x5424)+P12(x5421,x5422)+~E(x5422,x5423)+~E(x5424,x5425)+~E(x5426,x5427)+~P12(x5428,x5422)+~P12(x5429,x5422)+~P2(f19(x5426,x5424,x5422,x5423,x5429,x5428,x5421),x5421,x5422)
% 46.46/46.53 [373]~P1(x3736)+~P1(x3737)+~P11(x3735)+~P11(x3738)+~P12(x3734,x3732)+~P12(x3734,x3731)+~P12(x3733,x3732)+~P12(x3733,x3731)+E(x3731,x3732)+E(x3733,x3734)+~E(x3734,x3735)+~E(x3732,x3736)+~E(x3731,x3737)+~E(x3733,x3738)
% 46.46/46.53 [388]P6(x3881,x3882)+~P11(x3885)+~P11(x3888)+~P4(x3887)+~P4(x3886)+~P12(x3884,x3883)+~P12(x3881,x3883)+~P6(x3884,x3882)+P12(x3881,x3882)+P10(x3883,x3882)+~E(x3884,x3885)+~E(x3882,x3886)+~E(x3883,x3887)+~E(x3881,x3888)
% 46.46/46.53 [389]P6(x3891,x3892)+~P11(x3895)+~P11(x3898)+~P4(x3897)+~P4(x3896)+~P12(x3894,x3893)+~P6(x3894,x3892)+~P6(x3891,x3893)+P12(x3891,x3892)+P10(x3893,x3892)+~E(x3894,x3895)+~E(x3892,x3896)+~E(x3893,x3897)+~E(x3891,x3898)
% 46.46/46.53 [439]P2(x4393,x4391,x4392)+P2(x4394,x4391,x4392)+P2(x4394,x4393,x4392)+~P1(x4396)+~P11(x4398)+~P11(x4397)+~P11(x4395)+P12(x4391,x4392)+P12(x4393,x4392)+P12(x4394,x4392)+~E(x4391,x4395)+~E(x4392,x4396)+~E(x4393,x4397)+~E(x4394,x4398)
% 46.46/46.53 [422]~P1(x4227)+~P11(x4225)+~P11(x4226)+~P11(x4228)+~P12(x4222,x4224)+~P12(x4221,x4224)+E(x4221,x4222)+E(x4223,x4222)+P12(x4223,x4224)+~E(x4222,x4225)+~E(x4221,x4226)+~E(x4224,x4227)+~E(x4223,x4228)+~E(f61(x4221,x4222,x4223),a3)
% 46.46/46.53 [441]~P1(x4415)+~P11(x4418)+~P11(x4417)+~P11(x4416)+~P12(x4413,x4414)+~P12(x4411,x4414)+~P3(x4411,x4413,x4412)+E(x4411,x4412)+E(x4411,x4413)+~E(x4414,x4415)+~E(x4412,x4416)+~E(x4413,x4417)+~E(x4411,x4418)+~E(f61(x4413,x4411,x4412),a3)
% 46.46/46.53 [528]P6(x5281,x5282)+~E(x5286,x5287)+~E(x5284,x5285)+~E(x5282,x5283)+~P1(x5285)+~P11(x5288)+~P11(x5287)+~P4(x5283)+~P12(x5281,x5284)+~P12(x5286,x5284)+~P6(x5286,x5282)+P12(x5281,x5282)+~E(x5281,x5288)+P11(f11(x5282,x5283,x5284,x5285,x5286,x5287,x5281))
% 46.46/46.53 [529]P6(x5291,x5292)+~E(x5296,x5297)+~E(x5294,x5295)+~E(x5292,x5293)+~P1(x5295)+~P11(x5298)+~P11(x5297)+~P4(x5293)+~P12(x5291,x5294)+~P12(x5296,x5294)+~P6(x5296,x5292)+P12(x5291,x5292)+~E(x5291,x5298)+P12(f11(x5292,x5293,x5294,x5295,x5296,x5297,x5291),x5294)
% 46.46/46.53 [530]P6(x5301,x5302)+~E(x5306,x5307)+~E(x5304,x5305)+~E(x5302,x5303)+~P1(x5305)+~P11(x5308)+~P11(x5307)+~P4(x5303)+~P12(x5301,x5304)+~P12(x5306,x5304)+~P6(x5306,x5302)+P12(x5301,x5302)+~E(x5301,x5308)+P12(f11(x5302,x5303,x5304,x5305,x5306,x5307,x5301),x5302)
% 46.46/46.53 [538]P6(x5381,x5382)+~E(x5386,x5387)+~E(x5384,x5385)+~E(x5382,x5383)+~P1(x5385)+~P11(x5388)+~P11(x5387)+~P4(x5383)+~P12(x5381,x5384)+~P12(x5386,x5384)+~P6(x5386,x5382)+P12(x5381,x5382)+~E(x5381,x5388)+P3(f11(x5382,x5383,x5384,x5385,x5386,x5387,x5381),x5386,x5381)
% 46.46/46.53 [427]~P1(x4274)+~P11(x42710)+~P11(x4277)+~P11(x4275)+~P4(x4278)+~P12(x4279,x4272)+~P6(x4276,x4272)+~P3(x4271,x4279,x4276)+P6(x4271,x4272)+~E(x4273,x4274)+~E(x4271,x4275)+~E(x4276,x4277)+~E(x4272,x4278)+~E(x4279,x42710)
% 46.46/46.53 [428]~P1(x4284)+~P11(x42810)+~P11(x4287)+~P11(x4285)+~P4(x4288)+~P6(x4286,x4282)+~P6(x4289,x4282)+~P3(x4281,x4289,x4286)+P6(x4281,x4282)+~E(x4283,x4284)+~E(x4281,x4285)+~E(x4286,x4287)+~E(x4282,x4288)+~E(x4289,x42810)
% 46.46/46.53 [450]~P1(x4506)+~P11(x45010)+~P11(x4507)+~P11(x4509)+~P11(x4508)+~P3(x4502,x4501,x4504)+P12(x4503,x4505)+~E(x4505,x4506)+~E(x4504,x4507)+~E(x4503,x4508)+~E(x4502,x4509)+~E(x4501,x45010)+E(f61(x4501,x4502,x4503),f61(x4503,x4502,x4504))+~E(f61(x4501,x4502,x4503),a68)
% 46.46/46.53 [455]~P1(x4555)+~P11(x45510)+~P11(x4557)+~P11(x4559)+~P11(x4558)+~P3(x4552,x4551,x4556)+P12(x4553,x4554)+~E(x4554,x4555)+~E(x4556,x4557)+~E(x4553,x4558)+~E(x4552,x4559)+~E(x4551,x45510)+~E(f61(x4551,x4552,x4553),f61(x4553,x4552,x4556))+E(f61(x4551,x4552,x4553),a68)
% 46.46/46.53 [435]P3(x4351,x4353,x4352)+~P1(x4355)+~P11(x4358)+~P11(x4357)+~P11(x4356)+~P12(x4352,x4354)+~P12(x4353,x4354)+~P12(x4351,x4354)+E(x4351,x4352)+E(x4351,x4353)+~E(x4354,x4355)+~E(x4352,x4356)+~E(x4353,x4357)+~E(x4351,x4358)+E(f61(x4353,x4351,x4352),a3)
% 46.46/46.53 [506]~P1(x50610)+~P11(x5068)+~P11(x5066)+~P11(x5064)+~P11(x5062)+~P12(x5063,x5069)+~P12(x5065,x5069)+~P12(x5067,x5069)+~P3(x5061,x5067,x5065)+~P3(x5063,x5067,x5065)+~E(x5061,x5062)+~E(x5063,x5064)+~E(x5065,x5066)+~E(x5067,x5068)+~E(x5069,x50610)+~E(f43(x5069,x50610,x5067,x5065,x5063,x5061),x5061)
% 46.46/46.53 [507]~P1(x50710)+~P11(x5078)+~P11(x5076)+~P11(x5074)+~P11(x5072)+~P12(x5073,x5079)+~P12(x5075,x5079)+~P12(x5077,x5079)+~P3(x5071,x5077,x5075)+~P3(x5073,x5077,x5075)+~E(x5071,x5072)+~E(x5073,x5074)+~E(x5075,x5076)+~E(x5077,x5078)+~E(x5079,x50710)+~E(f43(x5079,x50710,x5077,x5075,x5073,x5071),x5073)
% 46.46/46.53 [508]~E(x5081,x5082)+~P1(x5082)+~P11(x50810)+~P11(x5089)+~P11(x5088)+~P11(x5087)+~P12(x5085,x5081)+~P12(x5084,x5081)+~P12(x5083,x5081)+~P3(x5086,x5083,x5084)+~P3(x5085,x5083,x5084)+~E(x5086,x5087)+~E(x5085,x5088)+~E(x5084,x5089)+~E(x5083,x50810)+P11(f43(x5081,x5082,x5083,x5084,x5085,x5086))
% 46.46/46.53 [509]~E(x5091,x5092)+~P1(x5092)+~P11(x50910)+~P11(x5099)+~P11(x5098)+~P11(x5097)+~P12(x5095,x5091)+~P12(x5094,x5091)+~P12(x5093,x5091)+~P3(x5096,x5093,x5094)+~P3(x5095,x5093,x5094)+~E(x5096,x5097)+~E(x5095,x5098)+~E(x5094,x5099)+~E(x5093,x50910)+P3(f43(x5091,x5092,x5093,x5094,x5095,x5096),x5093,x5094)
% 46.46/46.53 [446]E(x4463,x4461)+P3(x4462,x4461,x4463)+P3(x4461,x4462,x4463)+P3(x4463,x4462,x4461)+~P12(x4463,x4467)+~P12(x4461,x4467)+~P12(x4462,x4467)+~P11(x4466)+~P1(x4468)+~P11(x4464)+~P11(x4465)+E(x4461,x4462)+E(x4463,x4462)+~E(x4462,x4464)+~E(x4461,x4465)+~E(x4463,x4466)+~E(x4467,x4468)
% 46.46/46.53 [456]E(x4563,x4561)+~P3(x4561,x4563,x4565)+~P3(x4562,x4563,x4564)+~P11(x4568)+~P11(x4569)+~P11(x45610)+~P11(x4567)+~P11(x4566)+E(x4561,x4562)+E(x4563,x4562)+~E(x4564,x4566)+~E(x4565,x4567)+~E(x4562,x4568)+~E(x4561,x4569)+~E(x4563,x45610)+~E(f65(x4563,x4561),f65(x4563,x4562))+E(f61(x4561,x4562,x4564),f61(x4562,x4561,x4565))
% 46.46/46.53 [457]E(x4573,x4571)+~P3(x4571,x4573,x4576)+~P3(x4572,x4573,x4574)+~P11(x4578)+~P11(x4579)+~P11(x45710)+~P11(x4577)+~P11(x4575)+E(x4571,x4572)+E(x4573,x4572)+~E(x4574,x4575)+~E(x4576,x4577)+~E(x4572,x4578)+~E(x4571,x4579)+~E(x4573,x45710)+~E(f65(x4573,x4571),f65(x4573,x4572))+E(f61(x4573,x4571,x4572),f61(x4573,x4572,x4571))
% 46.46/46.53 [438]~P11(x43810)+~P6(x4383,x4387)+~P12(x4381,x4387)+~P12(x4381,x4384)+~P12(x4382,x4387)+~P12(x4382,x4384)+~P12(x4383,x4384)+~P4(x4388)+~P11(x4389)+~P11(x4386)+~P1(x4385)+E(x4381,x4382)+P3(x4383,x4381,x4382)+~E(x4384,x4385)+~E(x4383,x4386)+~E(x4387,x4388)+~E(x4382,x4389)+~E(x4381,x43810)
% 46.46/46.53 [464]E(x4643,x4641)+~P3(x4644,x4643,x4641)+E(x4644,x4641)+E(x4644,x4643)+~P11(x4647)+~P11(x46410)+~P11(x4648)+~P11(x4649)+~P1(x4646)+E(x4641,x4642)+E(x4643,x4642)+E(x4644,x4642)+P12(x4642,x4645)+~E(x4645,x4646)+~E(x4642,x4647)+~E(x4641,x4648)+~E(x4643,x4649)+~E(x4644,x46410)+E(f66(f67(x4643,x4644,x4642),f67(x4642,x4644,x4641)),f67(x4643,x4642,x4641))
% 46.46/46.53 [478]E(x4783,x4781)+~P11(x4788)+E(x4784,x4781)+E(x4784,x4783)+~P11(x4789)+P3(x4783,x4784,x4782)+~P11(x4787)+~P11(x47810)+~P1(x4786)+E(x4781,x4782)+E(x4783,x4782)+E(x4784,x4782)+P12(x4781,x4785)+~E(x4785,x4786)+~E(x4782,x4787)+~E(x4781,x4788)+~E(x4783,x4789)+~E(x4784,x47810)+~E(f66(f67(x4784,x4783,x4781),f67(x4781,x4783,x4782)),f67(x4784,x4781,x4782))
% 46.46/46.53 [488]~P11(x4889)+~P11(x4887)+~P11(x4888)+~P11(x48812)+~P11(x48810)+~P11(x48811)+~E(x4885,x4887)+~E(x4884,x4888)+~E(x4886,x4889)+~E(x4882,x48810)+~E(x4881,x48811)+~E(x4883,x48812)+~E(f65(x4882,x4883),f65(x4885,x4886))+~E(f65(x4881,x4882),f65(x4884,x4885))+~E(f65(x4883,x4881),f65(x4886,x4884))+~E(f61(x4882,x4883,x4881),f61(x4885,x4886,x4884))+~E(f61(x4881,x4882,x4883),f61(x4884,x4885,x4886))+~E(f61(x4883,x4881,x4882),f61(x4886,x4884,x4885))+E(f67(x4881,x4882,x4883),f67(x4884,x4885,x4886))
% 46.46/46.53 [440]~P12(x4405,x4403)+E(x4405,x4401)+P2(x4401,x4402,x4403)+P3(x4405,x4401,x4402)+~P12(x4405,x4404)+~P12(x4401,x4404)+~P12(x4402,x4404)+~P11(x4406)+~P11(x44010)+~P1(x4409)+~P1(x4408)+~P11(x4407)+E(x4401,x4402)+E(x4403,x4404)+E(x4405,x4402)+~E(x4402,x4406)+~E(x4401,x4407)+~E(x4404,x4408)+~E(x4403,x4409)+~E(x4405,x44010)
% 46.46/46.53 [510]E(x5103,x5101)+~P11(x5107)+~P11(x5108)+~P11(x5109)+~P11(x51010)+~P11(x51011)+~P11(x51012)+E(x5101,x5102)+E(x5103,x5102)+~E(x5105,x5107)+~E(x5104,x5108)+~E(x5106,x5109)+~E(x5102,x51010)+~E(x5101,x51011)+~E(x5103,x51012)+~E(f65(x5103,x5102),f65(x5106,x5105))+~E(f65(x5103,x5101),f65(x5106,x5104))+~E(f61(x5101,x5103,x5102),f61(x5104,x5106,x5105))+E(f65(x5101,x5102),f65(x5104,x5105))+P1(f54(x5103,x5101,x5102,x5106,x5104,x5105))
% 46.46/46.53 [511]E(x5113,x5111)+~P11(x51112)+~P11(x5117)+~P11(x5118)+~P11(x5119)+~P11(x51110)+~P11(x51111)+E(x5111,x5112)+E(x5113,x5112)+~E(x5114,x5117)+~E(x5116,x5118)+~E(x5112,x5119)+~E(x5111,x51110)+~E(x5113,x51111)+~E(x5115,x51112)+~E(f65(x5113,x5112),f65(x5116,x5115))+~E(f65(x5113,x5111),f65(x5116,x5114))+~E(f61(x5111,x5113,x5112),f61(x5114,x5116,x5115))+P12(x5115,f54(x5113,x5111,x5112,x5116,x5114,x5115))+E(f65(x5111,x5112),f65(x5114,x5115))
% 46.46/46.53 [512]E(x5123,x5121)+~P11(x5127)+~P11(x5128)+~P11(x51212)+~P11(x5129)+~P11(x51210)+~P11(x51211)+E(x5121,x5122)+E(x5123,x5122)+~E(x5125,x5127)+~E(x5124,x5128)+~E(x5122,x5129)+~E(x5121,x51210)+~E(x5123,x51211)+~E(x5126,x51212)+~E(f65(x5126,x5125),f65(x5123,x5122))+~E(f65(x5126,x5124),f65(x5123,x5121))+~E(f61(x5121,x5123,x5122),f61(x5124,x5126,x5125))+P12(x5126,f54(x5123,x5121,x5122,x5126,x5124,x5125))+E(f65(x5121,x5122),f65(x5124,x5125))
% 46.46/46.53 [513]E(x5133,x5131)+~P11(x5137)+~P11(x51312)+~P11(x5138)+~P11(x5139)+~P11(x51310)+~P11(x51311)+E(x5131,x5132)+E(x5133,x5132)+~E(x5135,x5137)+~E(x5136,x5138)+~E(x5132,x5139)+~E(x5131,x51310)+~E(x5133,x51311)+~E(x5134,x51312)+~E(f65(x5133,x5132),f65(x5136,x5135))+~E(f65(x5133,x5131),f65(x5136,x5134))+~E(f61(x5134,x5136,x5135),f61(x5131,x5133,x5132))+P12(x5134,f54(x5133,x5131,x5132,x5136,x5134,x5135))+E(f65(x5134,x5135),f65(x5131,x5132))
% 46.46/46.53 [514]E(x5143,x5141)+~P11(x5147)+~P11(x5148)+~P11(x5149)+~P11(x51410)+~P11(x51411)+~P11(x51412)+E(x5141,x5142)+E(x5143,x5142)+~E(x5145,x5147)+~E(x5146,x5148)+~E(x5144,x5149)+~E(x5142,x51410)+~E(x5141,x51411)+~E(x5143,x51412)+~E(f65(x5143,x5142),f65(x5144,x5145))+~E(f65(x5143,x5141),f65(x5144,x5146))+~E(f61(x5141,x5143,x5142),f61(x5146,x5144,x5145))+E(f61(x5143,x5142,x5141),f61(x5144,x5145,x5146))+P1(f48(x5143,x5141,x5142,x5144,x5146,x5145))
% 46.46/46.53 [515]E(x5153,x5151)+~P11(x5157)+~P11(x5158)+~P11(x5159)+~P11(x51510)+~P11(x51511)+~P11(x51512)+E(x5151,x5152)+E(x5153,x5152)+~E(x5156,x5157)+~E(x5155,x5158)+~E(x5154,x5159)+~E(x5152,x51510)+~E(x5151,x51511)+~E(x5153,x51512)+~E(f65(x5153,x5152),f65(x5154,x5156))+~E(f65(x5153,x5151),f65(x5154,x5155))+~E(f61(x5151,x5153,x5152),f61(x5155,x5154,x5156))+E(f61(x5153,x5151,x5152),f61(x5154,x5155,x5156))+P1(f55(x5153,x5151,x5152,x5154,x5155,x5156))
% 46.46/46.53 [516]E(x5163,x5161)+~P11(x5167)+~P11(x51612)+~P11(x5168)+~P11(x5169)+~P11(x51610)+~P11(x51611)+E(x5161,x5162)+E(x5163,x5162)+~E(x5165,x5167)+~E(x5164,x5168)+~E(x5162,x5169)+~E(x5161,x51610)+~E(x5163,x51611)+~E(x5166,x51612)+~E(f65(x5163,x5162),f65(x5164,x5165))+~E(f65(x5163,x5161),f65(x5164,x5166))+~E(f61(x5166,x5164,x5165),f61(x5161,x5163,x5162))+P12(x5166,f48(x5163,x5161,x5162,x5164,x5166,x5165))+E(f61(x5163,x5162,x5161),f61(x5164,x5165,x5166))
% 46.46/46.53 [517]E(x5173,x5171)+~P11(x51712)+~P11(x5177)+~P11(x5178)+~P11(x5179)+~P11(x51710)+~P11(x51711)+E(x5171,x5172)+E(x5173,x5172)+~E(x5176,x5177)+~E(x5174,x5178)+~E(x5172,x5179)+~E(x5171,x51710)+~E(x5173,x51711)+~E(x5175,x51712)+~E(f65(x5173,x5172),f65(x5174,x5175))+~E(f65(x5173,x5171),f65(x5174,x5176))+~E(f61(x5171,x5173,x5172),f61(x5176,x5174,x5175))+P12(x5175,f48(x5173,x5171,x5172,x5174,x5176,x5175))+E(f61(x5173,x5172,x5171),f61(x5174,x5175,x5176))
% 46.46/46.53 [518]E(x5183,x5181)+~P11(x51812)+~P11(x5187)+~P11(x5188)+~P11(x5189)+~P11(x51810)+~P11(x51811)+E(x5181,x5182)+E(x5183,x5182)+~E(x5185,x5187)+~E(x5184,x5188)+~E(x5182,x5189)+~E(x5181,x51810)+~E(x5183,x51811)+~E(x5186,x51812)+~E(f65(x5183,x5182),f65(x5184,x5186))+~E(f65(x5183,x5181),f65(x5184,x5185))+~E(f61(x5181,x5183,x5182),f61(x5185,x5184,x5186))+P12(x5186,f55(x5183,x5181,x5182,x5184,x5185,x5186))+E(f61(x5183,x5181,x5182),f61(x5184,x5185,x5186))
% 46.46/46.53 [519]E(x5193,x5191)+~P11(x5197)+~P11(x51912)+~P11(x5198)+~P11(x5199)+~P11(x51910)+~P11(x51911)+E(x5191,x5192)+E(x5193,x5192)+~E(x5196,x5197)+~E(x5194,x5198)+~E(x5192,x5199)+~E(x5191,x51910)+~E(x5193,x51911)+~E(x5195,x51912)+~E(f65(x5193,x5192),f65(x5194,x5196))+~E(f65(x5193,x5191),f65(x5194,x5195))+~E(f61(x5195,x5194,x5196),f61(x5191,x5193,x5192))+P12(x5195,f55(x5193,x5191,x5192,x5194,x5195,x5196))+E(f61(x5193,x5191,x5192),f61(x5194,x5195,x5196))
% 46.46/46.53 [520]E(x5203,x5201)+~P11(x5207)+~P11(x5208)+~P11(x52012)+~P11(x5209)+~P11(x52010)+~P11(x52011)+E(x5201,x5202)+E(x5203,x5202)+~E(x5205,x5207)+~E(x5206,x5208)+~E(x5202,x5209)+~E(x5201,x52010)+~E(x5203,x52011)+~E(x5204,x52012)+~E(f65(x5204,x5205),f65(x5203,x5202))+~E(f65(x5204,x5206),f65(x5203,x5201))+~E(f61(x5201,x5203,x5202),f61(x5206,x5204,x5205))+P12(x5204,f48(x5203,x5201,x5202,x5204,x5206,x5205))+E(f61(x5204,x5205,x5206),f61(x5203,x5202,x5201))
% 46.46/46.53 [521]E(x5213,x5211)+~P11(x5217)+~P11(x5218)+~P11(x52112)+~P11(x5219)+~P11(x52110)+~P11(x52111)+E(x5211,x5212)+E(x5213,x5212)+~E(x5216,x5217)+~E(x5215,x5218)+~E(x5212,x5219)+~E(x5211,x52110)+~E(x5213,x52111)+~E(x5214,x52112)+~E(f65(x5214,x5216),f65(x5213,x5212))+~E(f65(x5214,x5215),f65(x5213,x5211))+~E(f61(x5211,x5213,x5212),f61(x5215,x5214,x5216))+P12(x5214,f55(x5213,x5211,x5212,x5214,x5215,x5216))+E(f61(x5214,x5215,x5216),f61(x5213,x5211,x5212))
% 46.46/46.53 [449]~P4(x4498)+~P2(x4491,x4492,x4499)+~P10(x4494,x4493)+~P5(x44912,x4493)+~P5(x44911,x4494)+~P12(x4491,x4493)+~P12(x4491,x4494)+~P12(x4492,x4493)+~P12(x4492,x4494)+~P4(x4497)+~P11(x4495)+~P11(x4496)+~P1(x44910)+E(x4491,x4492)+E(x4493,x4494)+~E(x4492,x4495)+~E(x4491,x4496)+~E(x4494,x4497)+~E(x4493,x4498)+~E(x4499,x44910)+~P12(x44911,x4499)+~P12(x44912,x4499)
% 46.46/46.53 [486]~P12(x4865,x4864)+~P12(x4861,x4863)+P12(x4866,x4863)+P2(x4865,x4866,x4863)+~P12(x4862,x4863)+~P12(x4862,x4864)+~P11(x48611)+~P11(x48612)+~P11(x4869)+~P11(x4868)+~P1(x4867)+~P1(x48610)+E(x4861,x4862)+E(x4863,x4864)+E(x4865,x4862)+P12(x4866,x4864)+~E(x4864,x4867)+~E(x4862,x4868)+~E(x4861,x4869)+~E(x4863,x48610)+~E(x4866,x48611)+~E(x4865,x48612)+~E(f66(f61(x4861,x4862,x4866),f61(x4866,x4862,x4865)),f61(x4861,x4862,x4865))
% 46.46/46.53 [487]~P12(x4875,x4874)+~P12(x4871,x4873)+P12(x4876,x4873)+P2(x4875,x4876,x4873)+~P12(x4871,x4874)+~P12(x4872,x4873)+~P11(x48711)+~P11(x4878)+~P11(x48712)+~P11(x4879)+~P1(x48710)+~P1(x4877)+E(x4871,x4872)+E(x4873,x4874)+E(x4875,x4871)+P12(x4876,x4874)+~E(x4874,x4877)+~E(x4872,x4878)+~E(x4871,x4879)+~E(x4873,x48710)+~E(x4876,x48711)+~E(x4875,x48712)+~E(f66(f61(x4875,x4871,x4876),f61(x4876,x4871,x4872)),f61(x4875,x4871,x4872))
% 46.46/46.53 [467]~P11(x46714)+~P2(x46713,x46711,x4679)+~P2(x46713,x4677,x4671)+~P2(x46711,x4677,x4675)+~P12(x46713,x4675)+~P12(x46711,x4679)+~P12(x4677,x4679)+~P12(x4673,x4679)+~P12(x4673,x4675)+~P12(x4673,x4671)+~P11(x4678)+~P11(x46712)+~P11(x4674)+~P1(x46710)+~P1(x4672)+~P1(x4676)+~E(x4671,x4672)+~E(x4673,x4674)+~E(x4675,x4676)+~E(x4677,x4678)+~E(x4679,x46710)+~E(x46711,x46712)+~E(x46713,x46714)
% 46.46/46.53 [485]~P1(x48510)+~P2(x4855,x4856,x4853)+~P2(x4851,x4856,x4854)+~P12(x4855,x4854)+~P12(x4851,x4853)+~P12(x4852,x4853)+~P12(x4852,x4854)+~P11(x48511)+~P11(x48512)+~P11(x4859)+~P11(x4857)+~P1(x4858)+P12(x4856,x4853)+P12(x4856,x4854)+E(x4851,x4852)+E(x4853,x4854)+E(x4855,x4852)+~E(x4852,x4857)+~E(x4854,x4858)+~E(x4851,x4859)+~E(x4853,x48510)+~E(x4856,x48511)+~E(x4855,x48512)+E(f66(f61(x4851,x4852,x4856),f61(x4856,x4852,x4855)),f61(x4851,x4852,x4855))
% 46.46/46.53 [459]~P1(x45911)+~P2(x4595,x4593,x4598)+~P12(x4591,x4598)+~P12(x4592,x4594)+~P12(x4592,x4598)+~P12(x4592,x4596)+~P12(x4593,x4596)+~P12(x4595,x4594)+~P11(x45912)+~P11(x45910)+~P11(x45914)+~P11(x45913)+~P1(x4597)+~P1(x4599)+P2(x4591,x4593,x4594)+E(x4591,x4592)+P2(x4591,x4595,x4596)+P12(x4593,x4594)+~E(x4596,x4597)+~E(x4598,x4599)+~E(x4595,x45910)+~E(x4594,x45911)+~E(x4593,x45912)+~E(x4592,x45913)+~E(x4591,x45914)
% 46.46/46.53 [481]~P11(x4818)+~P2(x4811,x4812,x48113)+~P2(x4811,x48111,x4813)+~P2(x48111,x4812,x4819)+~P2(x4817,x4811,x48113)+~P12(x4811,x4819)+~P12(x48111,x48113)+~P12(x4817,x4813)+~P12(x4814,x48113)+~P12(x4814,x4819)+~P12(x4814,x4813)+~P11(x48112)+~P11(x48115)+~P11(x4815)+~P1(x48114)+~P1(x48110)+~P1(x4816)+P2(x4811,x4812,x4813)+~E(x4814,x4815)+~E(x4813,x4816)+~E(x4817,x4818)+~E(x4819,x48110)+~E(x48111,x48112)+~E(x48113,x48114)+~E(x4811,x48115)
% 46.46/46.53 [458]~P12(x4581,x4586)+~P12(x4585,x4588)+~P12(x4584,x4588)+P3(x4581,x4583,x4582)+P3(x4581,x4585,x4584)+~P12(x4583,x4586)+~P12(x4582,x4586)+~P11(x45812)+~P11(x45810)+~P11(x45813)+~P11(x45811)+~P11(x45814)+~P1(x4587)+~P1(x4589)+E(x4581,x4582)+E(x4581,x4583)+E(x4581,x4584)+E(x4581,x4585)+~E(x4586,x4587)+~E(x4588,x4589)+~E(x4582,x45810)+~E(x4583,x45811)+~E(x4584,x45812)+~E(x4585,x45813)+~E(x4581,x45814)+E(f61(x4583,x4581,x4585),f61(x4582,x4581,x4584))
% 46.46/46.53 [490]~P12(x4909,x4907)+~P11(x49010)+~P11(x49011)+~P11(x49012)+~P11(x49014)+~P1(x4908)+~P1(x49015)+~P1(x49016)+~P11(x4906)+~P12(x4902,x4907)+~P12(x4902,x4904)+~P12(x4901,x4904)+~P12(x4901,x4903)+~P12(x49013,x4903)+~P2(x49013,x4909,x4904)+E(x4901,x4902)+P10(x4903,x4904)+~E(x4905,x4906)+~E(x4907,x4908)+~E(x4909,x49010)+~E(x4902,x49011)+~E(x4901,x49012)+~E(x49013,x49014)+~E(x4904,x49015)+~E(x4903,x49016)+~P8(f66(f61(x49013,x4901,x4902),f61(x4901,x4902,x4909)),f66(a68,a68))
% 46.46/46.53 [491]~P12(x4912,x4916)+~P12(x4918,x4916)+~P11(x49116)+~P11(x4919)+~P11(x49110)+~P11(x49111)+~P11(x49112)+~P1(x4917)+~P1(x49115)+~P1(x49114)+~P12(x4912,x4915)+~P12(x4911,x49113)+~P12(x4911,x4915)+~P12(x4914,x49113)+~P12(x4913,x49113)+~P12(x4913,x4915)+~P2(x4914,x4918,x4915)+E(x4911,x4912)+P2(x4913,x4914,x4915)+~E(x4916,x4917)+~E(x4918,x4919)+~E(x4912,x49110)+~E(x4911,x49111)+~E(x4914,x49112)+~E(x49113,x49114)+~E(x4915,x49115)+~E(x4913,x49116)+~P8(f66(f61(x4914,x4911,x4912),f61(x4911,x4912,x4918)),f66(a68,a68))
% 46.46/46.53 [546]E(x5461,x5462)+E(x5463,x5462)+E(x5463,x5461)+E(f65(x5464,x5465),f65(x5466,x5467))+E(f57(x5463,x5461,x5462,x5468,x5469,x54610,x5464,x5465,x5466,x5467,x54611,x54612,x54613,x54614,x54615,x54616,x54617,x54618),x5468)+P12(x54610,x54617)+~E(x54617,x54618)+~E(x54616,x54619)+~E(x54615,x54620)+~E(x54614,x54621)+~E(x54613,x54622)+~E(x54612,x54623)+~E(x54611,x54624)+~E(x54610,x54625)+~E(x5469,x54626)+~E(x5468,x54627)+~E(x5462,x54628)+~E(x5461,x54629)+~E(x5463,x54630)+~E(x5467,x54631)+~E(x5466,x54632)+~E(x5465,x54633)+~E(x5464,x54634)+~P1(x54618)+~P11(x54630)+~P11(x54629)+~P11(x54628)+~P11(x54627)+~P11(x54626)+~P11(x54625)+~P11(x54634)+~P11(x54633)+~P11(x54632)+~P11(x54631)+~P11(x54624)+~P11(x54623)+~P11(x54622)+~P11(x54621)+~P11(x54620)+~P11(x54619)+~P12(x5469,x54617)+~P12(x5468,x54617)
% 46.46/46.53 [547]E(x5471,x5472)+E(x5473,x5472)+E(x5473,x5471)+E(f61(x5474,x5475,x5476),f61(x5477,x5478,x5479))+E(f57(x5473,x5471,x5472,x54710,x54711,x54712,x54713,x54714,x54715,x54716,x5474,x5475,x5476,x5477,x5478,x5479,x54717,x54718),x54710)+P12(x54712,x54717)+~E(x54717,x54718)+~E(x54716,x54719)+~E(x54715,x54720)+~E(x54714,x54721)+~E(x54713,x54722)+~E(x54712,x54723)+~E(x54711,x54724)+~E(x54710,x54725)+~E(x5472,x54726)+~E(x5471,x54727)+~E(x5473,x54728)+~E(x5479,x54729)+~E(x5478,x54730)+~E(x5477,x54731)+~E(x5476,x54732)+~E(x5475,x54733)+~E(x5474,x54734)+~P1(x54718)+~P11(x54728)+~P11(x54727)+~P11(x54726)+~P11(x54725)+~P11(x54724)+~P11(x54723)+~P11(x54722)+~P11(x54721)+~P11(x54720)+~P11(x54719)+~P11(x54734)+~P11(x54733)+~P11(x54732)+~P11(x54731)+~P11(x54730)+~P11(x54729)+~P12(x54711,x54717)+~P12(x54710,x54717)
% 46.46/46.53 [548]E(x5481,x5482)+E(x5483,x5482)+E(x5483,x5481)+E(f65(x5484,x5485),f65(x5486,x5487))+P12(x5488,x5489)+P11(f57(x5483,x5481,x5482,x54810,x54811,x5488,x5484,x5485,x5486,x5487,x54812,x54813,x54814,x54815,x54816,x54817,x5489,x54818))+~E(x5489,x54818)+~E(x54817,x54819)+~E(x54816,x54820)+~E(x54815,x54821)+~E(x54814,x54822)+~E(x54813,x54823)+~E(x54812,x54824)+~E(x5488,x54825)+~E(x54811,x54826)+~E(x54810,x54827)+~E(x5482,x54828)+~E(x5481,x54829)+~E(x5483,x54830)+~E(x5487,x54831)+~E(x5486,x54832)+~E(x5485,x54833)+~E(x5484,x54834)+~P1(x54818)+~P11(x54830)+~P11(x54829)+~P11(x54828)+~P11(x54827)+~P11(x54826)+~P11(x54825)+~P11(x54834)+~P11(x54833)+~P11(x54832)+~P11(x54831)+~P11(x54824)+~P11(x54823)+~P11(x54822)+~P11(x54821)+~P11(x54820)+~P11(x54819)+~P12(x54811,x5489)+~P12(x54810,x5489)
% 46.46/46.53 [549]E(x5491,x5492)+E(x5493,x5492)+E(x5493,x5491)+E(f65(x5494,x5495),f65(x5496,x5497))+P12(x5498,x5499)+P11(f8(x5493,x5491,x5492,x54910,x54911,x5498,x5494,x5495,x5496,x5497,x54912,x54913,x54914,x54915,x54916,x54917,x5499,x54918))+~E(x5499,x54918)+~E(x54917,x54919)+~E(x54916,x54920)+~E(x54915,x54921)+~E(x54914,x54922)+~E(x54913,x54923)+~E(x54912,x54924)+~E(x5498,x54925)+~E(x54911,x54926)+~E(x54910,x54927)+~E(x5492,x54928)+~E(x5491,x54929)+~E(x5493,x54930)+~E(x5497,x54931)+~E(x5496,x54932)+~E(x5495,x54933)+~E(x5494,x54934)+~P1(x54918)+~P11(x54930)+~P11(x54929)+~P11(x54928)+~P11(x54927)+~P11(x54926)+~P11(x54925)+~P11(x54934)+~P11(x54933)+~P11(x54932)+~P11(x54931)+~P11(x54924)+~P11(x54923)+~P11(x54922)+~P11(x54921)+~P11(x54920)+~P11(x54919)+~P12(x54911,x5499)+~P12(x54910,x5499)
% 46.46/46.53 [550]E(x5501,x5502)+E(x5503,x5502)+E(x5503,x5501)+E(f65(x5504,x5505),f65(x5506,x5507))+P12(x5508,x5509)+P11(f9(x5503,x5501,x5502,x55010,x55011,x5508,x5504,x5505,x5506,x5507,x55012,x55013,x55014,x55015,x55016,x55017,x5509,x55018))+~E(x5509,x55018)+~E(x55017,x55019)+~E(x55016,x55020)+~E(x55015,x55021)+~E(x55014,x55022)+~E(x55013,x55023)+~E(x55012,x55024)+~E(x5508,x55025)+~E(x55011,x55026)+~E(x55010,x55027)+~E(x5502,x55028)+~E(x5501,x55029)+~E(x5503,x55030)+~E(x5507,x55031)+~E(x5506,x55032)+~E(x5505,x55033)+~E(x5504,x55034)+~P1(x55018)+~P11(x55030)+~P11(x55029)+~P11(x55028)+~P11(x55027)+~P11(x55026)+~P11(x55025)+~P11(x55034)+~P11(x55033)+~P11(x55032)+~P11(x55031)+~P11(x55024)+~P11(x55023)+~P11(x55022)+~P11(x55021)+~P11(x55020)+~P11(x55019)+~P12(x55011,x5509)+~P12(x55010,x5509)
% 46.46/46.53 [551]E(x5511,x5512)+E(x5513,x5512)+E(x5513,x5511)+E(f65(x5514,x5515),f65(x5516,x5517))+P12(x5518,x5519)+P12(f8(x5513,x5511,x5512,x55110,x55111,x5518,x5514,x5515,x5516,x5517,x55112,x55113,x55114,x55115,x55116,x55117,x5519,x55118),x5519)+~E(x5519,x55118)+~E(x55117,x55119)+~E(x55116,x55120)+~E(x55115,x55121)+~E(x55114,x55122)+~E(x55113,x55123)+~E(x55112,x55124)+~E(x5518,x55125)+~E(x55111,x55126)+~E(x55110,x55127)+~E(x5512,x55128)+~E(x5511,x55129)+~E(x5513,x55130)+~E(x5517,x55131)+~E(x5516,x55132)+~E(x5515,x55133)+~E(x5514,x55134)+~P1(x55118)+~P11(x55130)+~P11(x55129)+~P11(x55128)+~P11(x55127)+~P11(x55126)+~P11(x55125)+~P11(x55134)+~P11(x55133)+~P11(x55132)+~P11(x55131)+~P11(x55124)+~P11(x55123)+~P11(x55122)+~P11(x55121)+~P11(x55120)+~P11(x55119)+~P12(x55111,x5519)+~P12(x55110,x5519)
% 46.46/46.53 [552]E(x5521,x5522)+E(x5523,x5522)+E(x5523,x5521)+E(f65(x5524,x5525),f65(x5526,x5527))+P12(x5528,x5529)+P2(f9(x5523,x5521,x5522,x55210,x55211,x5528,x5524,x5525,x5526,x5527,x55212,x55213,x55214,x55215,x55216,x55217,x5529,x55218),x5528,x5529)+~E(x5529,x55218)+~E(x55217,x55219)+~E(x55216,x55220)+~E(x55215,x55221)+~E(x55214,x55222)+~E(x55213,x55223)+~E(x55212,x55224)+~E(x5528,x55225)+~E(x55211,x55226)+~E(x55210,x55227)+~E(x5522,x55228)+~E(x5521,x55229)+~E(x5523,x55230)+~E(x5527,x55231)+~E(x5526,x55232)+~E(x5525,x55233)+~E(x5524,x55234)+~P1(x55218)+~P11(x55230)+~P11(x55229)+~P11(x55228)+~P11(x55227)+~P11(x55226)+~P11(x55225)+~P11(x55234)+~P11(x55233)+~P11(x55232)+~P11(x55231)+~P11(x55224)+~P11(x55223)+~P11(x55222)+~P11(x55221)+~P11(x55220)+~P11(x55219)+~P12(x55211,x5529)+~P12(x55210,x5529)
% 46.46/46.53 [553]E(x5531,x5532)+E(x5533,x5532)+E(x5533,x5531)+E(f61(x5534,x5535,x5536),f61(x5537,x5538,x5539))+P12(x55310,x55311)+P11(f57(x5533,x5531,x5532,x55312,x55313,x55310,x55314,x55315,x55316,x55317,x5534,x5535,x5536,x5537,x5538,x5539,x55311,x55318))+~E(x55311,x55318)+~E(x55317,x55319)+~E(x55316,x55320)+~E(x55315,x55321)+~E(x55314,x55322)+~E(x55310,x55323)+~E(x55313,x55324)+~E(x55312,x55325)+~E(x5532,x55326)+~E(x5531,x55327)+~E(x5533,x55328)+~E(x5539,x55329)+~E(x5538,x55330)+~E(x5537,x55331)+~E(x5536,x55332)+~E(x5535,x55333)+~E(x5534,x55334)+~P1(x55318)+~P11(x55328)+~P11(x55327)+~P11(x55326)+~P11(x55325)+~P11(x55324)+~P11(x55323)+~P11(x55322)+~P11(x55321)+~P11(x55320)+~P11(x55319)+~P11(x55334)+~P11(x55333)+~P11(x55332)+~P11(x55331)+~P11(x55330)+~P11(x55329)+~P12(x55313,x55311)+~P12(x55312,x55311)
% 46.46/46.53 [554]E(x5541,x5542)+E(x5543,x5542)+E(x5543,x5541)+E(f61(x5544,x5545,x5546),f61(x5547,x5548,x5549))+P12(x55410,x55411)+P11(f8(x5543,x5541,x5542,x55412,x55413,x55410,x55414,x55415,x55416,x55417,x5544,x5545,x5546,x5547,x5548,x5549,x55411,x55418))+~E(x55411,x55418)+~E(x55417,x55419)+~E(x55416,x55420)+~E(x55415,x55421)+~E(x55414,x55422)+~E(x55410,x55423)+~E(x55413,x55424)+~E(x55412,x55425)+~E(x5542,x55426)+~E(x5541,x55427)+~E(x5543,x55428)+~E(x5549,x55429)+~E(x5548,x55430)+~E(x5547,x55431)+~E(x5546,x55432)+~E(x5545,x55433)+~E(x5544,x55434)+~P1(x55418)+~P11(x55428)+~P11(x55427)+~P11(x55426)+~P11(x55425)+~P11(x55424)+~P11(x55423)+~P11(x55422)+~P11(x55421)+~P11(x55420)+~P11(x55419)+~P11(x55434)+~P11(x55433)+~P11(x55432)+~P11(x55431)+~P11(x55430)+~P11(x55429)+~P12(x55413,x55411)+~P12(x55412,x55411)
% 46.46/46.53 [555]E(x5551,x5552)+E(x5553,x5552)+E(x5553,x5551)+E(f61(x5554,x5555,x5556),f61(x5557,x5558,x5559))+P12(x55510,x55511)+P11(f9(x5553,x5551,x5552,x55512,x55513,x55510,x55514,x55515,x55516,x55517,x5554,x5555,x5556,x5557,x5558,x5559,x55511,x55518))+~E(x55511,x55518)+~E(x55517,x55519)+~E(x55516,x55520)+~E(x55515,x55521)+~E(x55514,x55522)+~E(x55510,x55523)+~E(x55513,x55524)+~E(x55512,x55525)+~E(x5552,x55526)+~E(x5551,x55527)+~E(x5553,x55528)+~E(x5559,x55529)+~E(x5558,x55530)+~E(x5557,x55531)+~E(x5556,x55532)+~E(x5555,x55533)+~E(x5554,x55534)+~P1(x55518)+~P11(x55528)+~P11(x55527)+~P11(x55526)+~P11(x55525)+~P11(x55524)+~P11(x55523)+~P11(x55522)+~P11(x55521)+~P11(x55520)+~P11(x55519)+~P11(x55534)+~P11(x55533)+~P11(x55532)+~P11(x55531)+~P11(x55530)+~P11(x55529)+~P12(x55513,x55511)+~P12(x55512,x55511)
% 46.46/46.53 [556]E(x5561,x5562)+E(x5563,x5562)+E(x5563,x5561)+E(f61(x5564,x5565,x5566),f61(x5567,x5568,x5569))+P12(x55610,x55611)+P12(f8(x5563,x5561,x5562,x55612,x55613,x55610,x55614,x55615,x55616,x55617,x5564,x5565,x5566,x5567,x5568,x5569,x55611,x55618),x55611)+~E(x55611,x55618)+~E(x55617,x55619)+~E(x55616,x55620)+~E(x55615,x55621)+~E(x55614,x55622)+~E(x55610,x55623)+~E(x55613,x55624)+~E(x55612,x55625)+~E(x5562,x55626)+~E(x5561,x55627)+~E(x5563,x55628)+~E(x5569,x55629)+~E(x5568,x55630)+~E(x5567,x55631)+~E(x5566,x55632)+~E(x5565,x55633)+~E(x5564,x55634)+~P1(x55618)+~P11(x55628)+~P11(x55627)+~P11(x55626)+~P11(x55625)+~P11(x55624)+~P11(x55623)+~P11(x55622)+~P11(x55621)+~P11(x55620)+~P11(x55619)+~P11(x55634)+~P11(x55633)+~P11(x55632)+~P11(x55631)+~P11(x55630)+~P11(x55629)+~P12(x55613,x55611)+~P12(x55612,x55611)
% 46.46/46.53 [557]E(x5571,x5572)+E(x5573,x5572)+E(x5573,x5571)+E(f61(x5574,x5575,x5576),f61(x5577,x5578,x5579))+P12(x55710,x55711)+P2(f9(x5573,x5571,x5572,x55712,x55713,x55710,x55714,x55715,x55716,x55717,x5574,x5575,x5576,x5577,x5578,x5579,x55711,x55718),x55710,x55711)+~E(x55711,x55718)+~E(x55717,x55719)+~E(x55716,x55720)+~E(x55715,x55721)+~E(x55714,x55722)+~E(x55710,x55723)+~E(x55713,x55724)+~E(x55712,x55725)+~E(x5572,x55726)+~E(x5571,x55727)+~E(x5573,x55728)+~E(x5579,x55729)+~E(x5578,x55730)+~E(x5577,x55731)+~E(x5576,x55732)+~E(x5575,x55733)+~E(x5574,x55734)+~P1(x55718)+~P11(x55728)+~P11(x55727)+~P11(x55726)+~P11(x55725)+~P11(x55724)+~P11(x55723)+~P11(x55722)+~P11(x55721)+~P11(x55720)+~P11(x55719)+~P11(x55734)+~P11(x55733)+~P11(x55732)+~P11(x55731)+~P11(x55730)+~P11(x55729)+~P12(x55713,x55711)+~P12(x55712,x55711)
% 46.46/46.53 [558]E(x5581,x5582)+E(x5583,x5582)+E(x5583,x5581)+E(f65(x5584,x5585),f65(x5586,x5587))+P12(x5588,x5589)+~E(x5589,x55810)+~E(x55811,x55812)+~E(x55813,x55814)+~E(x55815,x55816)+~E(x55817,x55818)+~E(x55819,x55820)+~E(x55821,x55822)+~E(x5588,x55823)+~E(x55824,x55825)+~E(x5582,x55826)+~E(x5581,x55827)+~E(x5583,x55828)+~E(x55829,x55830)+~E(x5587,x55831)+~E(x5586,x55832)+~E(x5585,x55833)+~E(x5584,x55834)+~P1(x55810)+~P11(x55828)+~P11(x55827)+~P11(x55826)+~P11(x55830)+~P11(x55825)+~P11(x55823)+~P11(x55834)+~P11(x55833)+~P11(x55832)+~P11(x55831)+~P11(x55822)+~P11(x55820)+~P11(x55818)+~P11(x55816)+~P11(x55814)+~P11(x55812)+~P12(x55824,x5589)+~P12(x55829,x5589)+~P3(x55829,f8(x5583,x5581,x5582,x55829,x55824,x5588,x5584,x5585,x5586,x5587,x55821,x55819,x55817,x55815,x55813,x55811,x5589,x55810),x55824)
% 46.46/46.53 [559]E(x5591,x5592)+E(x5593,x5592)+E(x5593,x5591)+E(f61(x5594,x5595,x5596),f61(x5597,x5598,x5599))+P12(x55910,x55911)+~E(x55911,x55912)+~E(x55913,x55914)+~E(x55915,x55916)+~E(x55917,x55918)+~E(x55919,x55920)+~E(x55910,x55921)+~E(x55922,x55923)+~E(x5592,x55924)+~E(x5591,x55925)+~E(x5593,x55926)+~E(x55927,x55928)+~E(x5599,x55929)+~E(x5598,x55930)+~E(x5597,x55931)+~E(x5596,x55932)+~E(x5595,x55933)+~E(x5594,x55934)+~P1(x55912)+~P11(x55926)+~P11(x55925)+~P11(x55924)+~P11(x55928)+~P11(x55923)+~P11(x55921)+~P11(x55920)+~P11(x55918)+~P11(x55916)+~P11(x55914)+~P11(x55934)+~P11(x55933)+~P11(x55932)+~P11(x55931)+~P11(x55930)+~P11(x55929)+~P12(x55922,x55911)+~P12(x55927,x55911)+~P3(x55927,f8(x5593,x5591,x5592,x55927,x55922,x55910,x55919,x55917,x55915,x55913,x5594,x5595,x5596,x5597,x5598,x5599,x55911,x55912),x55922)
% 46.46/46.53 [560]E(x5601,x5602)+E(x5603,x5602)+E(x5603,x5601)+E(f65(x5604,x5605),f65(x5606,x5607))+E(f65(f57(x5603,x5602,x5601,x5608,x5609,x56010,x5604,x5605,x5606,x5607,x56011,x56012,x56013,x56014,x56015,x56016,x56017,x56018),f9(x5603,x5602,x5601,x5608,x5609,x56010,x5604,x5605,x5606,x5607,x56011,x56012,x56013,x56014,x56015,x56016,x56017,x56018)),f65(x5603,x5601))+P12(x56010,x56017)+~E(x56017,x56018)+~E(x56016,x56019)+~E(x56015,x56020)+~E(x56014,x56021)+~E(x56013,x56022)+~E(x56012,x56023)+~E(x56011,x56024)+~E(x56010,x56025)+~E(x5609,x56026)+~E(x5608,x56027)+~E(x5602,x56028)+~E(x5601,x56029)+~E(x5603,x56030)+~E(x5607,x56031)+~E(x5606,x56032)+~E(x5605,x56033)+~E(x5604,x56034)+~P1(x56018)+~P11(x56030)+~P11(x56028)+~P11(x56029)+~P11(x56027)+~P11(x56026)+~P11(x56025)+~P11(x56034)+~P11(x56033)+~P11(x56032)+~P11(x56031)+~P11(x56024)+~P11(x56023)+~P11(x56022)+~P11(x56021)+~P11(x56020)+~P11(x56019)+~P12(x5609,x56017)+~P12(x5608,x56017)
% 46.46/46.53 [561]E(x5611,x5612)+E(x5613,x5612)+E(x5613,x5611)+E(f65(x5614,x5615),f65(x5616,x5617))+E(f65(f57(x5613,x5611,x5612,x5618,x5619,x56110,x5614,x5615,x5616,x5617,x56111,x56112,x56113,x56114,x56115,x56116,x56117,x56118),f8(x5613,x5611,x5612,x5618,x5619,x56110,x5614,x5615,x5616,x5617,x56111,x56112,x56113,x56114,x56115,x56116,x56117,x56118)),f65(x5613,x5611))+P12(x56110,x56117)+~E(x56117,x56118)+~E(x56116,x56119)+~E(x56115,x56120)+~E(x56114,x56121)+~E(x56113,x56122)+~E(x56112,x56123)+~E(x56111,x56124)+~E(x56110,x56125)+~E(x5619,x56126)+~E(x5618,x56127)+~E(x5612,x56128)+~E(x5611,x56129)+~E(x5613,x56130)+~E(x5617,x56131)+~E(x5616,x56132)+~E(x5615,x56133)+~E(x5614,x56134)+~P1(x56118)+~P11(x56130)+~P11(x56129)+~P11(x56128)+~P11(x56127)+~P11(x56126)+~P11(x56125)+~P11(x56134)+~P11(x56133)+~P11(x56132)+~P11(x56131)+~P11(x56124)+~P11(x56123)+~P11(x56122)+~P11(x56121)+~P11(x56120)+~P11(x56119)+~P12(x5619,x56117)+~P12(x5618,x56117)
% 46.46/46.53 [562]E(x5621,x5622)+E(x5623,x5622)+E(x5623,x5621)+E(f65(x5624,x5625),f65(x5626,x5627))+E(f65(f8(x5622,x5623,x5621,x5628,x5629,x56210,x5624,x5625,x5626,x5627,x56211,x56212,x56213,x56214,x56215,x56216,x56217,x56218),f9(x5622,x5623,x5621,x5628,x5629,x56210,x5624,x5625,x5626,x5627,x56211,x56212,x56213,x56214,x56215,x56216,x56217,x56218)),f65(x5623,x5621))+P12(x56210,x56217)+~E(x56217,x56218)+~E(x56216,x56219)+~E(x56215,x56220)+~E(x56214,x56221)+~E(x56213,x56222)+~E(x56212,x56223)+~E(x56211,x56224)+~E(x56210,x56225)+~E(x5629,x56226)+~E(x5628,x56227)+~E(x5622,x56228)+~E(x5621,x56229)+~E(x5623,x56230)+~E(x5627,x56231)+~E(x5626,x56232)+~E(x5625,x56233)+~E(x5624,x56234)+~P1(x56218)+~P11(x56228)+~P11(x56230)+~P11(x56229)+~P11(x56227)+~P11(x56226)+~P11(x56225)+~P11(x56234)+~P11(x56233)+~P11(x56232)+~P11(x56231)+~P11(x56224)+~P11(x56223)+~P11(x56222)+~P11(x56221)+~P11(x56220)+~P11(x56219)+~P12(x5629,x56217)+~P12(x5628,x56217)
% 46.46/46.53 [563]E(x5631,x5632)+E(x5633,x5632)+E(x5633,x5631)+E(f61(x5634,x5635,x5636),f61(x5637,x5638,x5639))+E(f65(f57(x5633,x5632,x5631,x56310,x56311,x56312,x56313,x56314,x56315,x56316,x5634,x5635,x5636,x5637,x5638,x5639,x56317,x56318),f9(x5633,x5632,x5631,x56310,x56311,x56312,x56313,x56314,x56315,x56316,x5634,x5635,x5636,x5637,x5638,x5639,x56317,x56318)),f65(x5633,x5631))+P12(x56312,x56317)+~E(x56317,x56318)+~E(x56316,x56319)+~E(x56315,x56320)+~E(x56314,x56321)+~E(x56313,x56322)+~E(x56312,x56323)+~E(x56311,x56324)+~E(x56310,x56325)+~E(x5632,x56326)+~E(x5631,x56327)+~E(x5633,x56328)+~E(x5639,x56329)+~E(x5638,x56330)+~E(x5637,x56331)+~E(x5636,x56332)+~E(x5635,x56333)+~E(x5634,x56334)+~P1(x56318)+~P11(x56328)+~P11(x56326)+~P11(x56327)+~P11(x56325)+~P11(x56324)+~P11(x56323)+~P11(x56322)+~P11(x56321)+~P11(x56320)+~P11(x56319)+~P11(x56334)+~P11(x56333)+~P11(x56332)+~P11(x56331)+~P11(x56330)+~P11(x56329)+~P12(x56311,x56317)+~P12(x56310,x56317)
% 46.46/46.53 [564]E(x5641,x5642)+E(x5643,x5642)+E(x5643,x5641)+E(f61(x5644,x5645,x5646),f61(x5647,x5648,x5649))+E(f65(f57(x5643,x5641,x5642,x56410,x56411,x56412,x56413,x56414,x56415,x56416,x5644,x5645,x5646,x5647,x5648,x5649,x56417,x56418),f8(x5643,x5641,x5642,x56410,x56411,x56412,x56413,x56414,x56415,x56416,x5644,x5645,x5646,x5647,x5648,x5649,x56417,x56418)),f65(x5643,x5641))+P12(x56412,x56417)+~E(x56417,x56418)+~E(x56416,x56419)+~E(x56415,x56420)+~E(x56414,x56421)+~E(x56413,x56422)+~E(x56412,x56423)+~E(x56411,x56424)+~E(x56410,x56425)+~E(x5642,x56426)+~E(x5641,x56427)+~E(x5643,x56428)+~E(x5649,x56429)+~E(x5648,x56430)+~E(x5647,x56431)+~E(x5646,x56432)+~E(x5645,x56433)+~E(x5644,x56434)+~P1(x56418)+~P11(x56428)+~P11(x56427)+~P11(x56426)+~P11(x56425)+~P11(x56424)+~P11(x56423)+~P11(x56422)+~P11(x56421)+~P11(x56420)+~P11(x56419)+~P11(x56434)+~P11(x56433)+~P11(x56432)+~P11(x56431)+~P11(x56430)+~P11(x56429)+~P12(x56411,x56417)+~P12(x56410,x56417)
% 46.46/46.53 [565]E(x5651,x5652)+E(x5653,x5652)+E(x5653,x5651)+E(f61(x5654,x5655,x5656),f61(x5657,x5658,x5659))+E(f65(f8(x5652,x5653,x5651,x56510,x56511,x56512,x56513,x56514,x56515,x56516,x5654,x5655,x5656,x5657,x5658,x5659,x56517,x56518),f9(x5652,x5653,x5651,x56510,x56511,x56512,x56513,x56514,x56515,x56516,x5654,x5655,x5656,x5657,x5658,x5659,x56517,x56518)),f65(x5653,x5651))+P12(x56512,x56517)+~E(x56517,x56518)+~E(x56516,x56519)+~E(x56515,x56520)+~E(x56514,x56521)+~E(x56513,x56522)+~E(x56512,x56523)+~E(x56511,x56524)+~E(x56510,x56525)+~E(x5652,x56526)+~E(x5651,x56527)+~E(x5653,x56528)+~E(x5659,x56529)+~E(x5658,x56530)+~E(x5657,x56531)+~E(x5656,x56532)+~E(x5655,x56533)+~E(x5654,x56534)+~P1(x56518)+~P11(x56526)+~P11(x56528)+~P11(x56527)+~P11(x56525)+~P11(x56524)+~P11(x56523)+~P11(x56522)+~P11(x56521)+~P11(x56520)+~P11(x56519)+~P11(x56534)+~P11(x56533)+~P11(x56532)+~P11(x56531)+~P11(x56530)+~P11(x56529)+~P12(x56511,x56517)+~P12(x56510,x56517)
% 46.46/46.53 [566]E(x5661,x5662)+E(x5663,x5662)+E(x5663,x5661)+E(f65(x5664,x5665),f65(x5666,x5667))+E(f61(f57(x5663,x5661,x5662,x5668,x5669,x56610,x5664,x5665,x5666,x5667,x56611,x56612,x56613,x56614,x56615,x56616,x56617,x56618),f9(x5663,x5661,x5662,x5668,x5669,x56610,x5664,x5665,x5666,x5667,x56611,x56612,x56613,x56614,x56615,x56616,x56617,x56618),f8(x5663,x5661,x5662,x5668,x5669,x56610,x5664,x5665,x5666,x5667,x56611,x56612,x56613,x56614,x56615,x56616,x56617,x56618)),f61(x5663,x5662,x5661))+P12(x56610,x56617)+~E(x56617,x56618)+~E(x56616,x56619)+~E(x56615,x56620)+~E(x56614,x56621)+~E(x56613,x56622)+~E(x56612,x56623)+~E(x56611,x56624)+~E(x56610,x56625)+~E(x5669,x56626)+~E(x5668,x56627)+~E(x5662,x56628)+~E(x5661,x56629)+~E(x5663,x56630)+~E(x5667,x56631)+~E(x5666,x56632)+~E(x5665,x56633)+~E(x5664,x56634)+~P1(x56618)+~P11(x56630)+~P11(x56629)+~P11(x56628)+~P11(x56627)+~P11(x56626)+~P11(x56625)+~P11(x56634)+~P11(x56633)+~P11(x56632)+~P11(x56631)+~P11(x56624)+~P11(x56623)+~P11(x56622)+~P11(x56621)+~P11(x56620)+~P11(x56619)+~P12(x5669,x56617)+~P12(x5668,x56617)
% 46.46/46.53 [567]E(x5671,x5672)+E(x5673,x5672)+E(x5673,x5671)+E(f65(x5674,x5675),f65(x5676,x5677))+E(f61(f8(x5673,x5671,x5672,x5678,x5679,x56710,x5674,x5675,x5676,x5677,x56711,x56712,x56713,x56714,x56715,x56716,x56717,x56718),f57(x5673,x5671,x5672,x5678,x5679,x56710,x5674,x5675,x5676,x5677,x56711,x56712,x56713,x56714,x56715,x56716,x56717,x56718),f9(x5673,x5671,x5672,x5678,x5679,x56710,x5674,x5675,x5676,x5677,x56711,x56712,x56713,x56714,x56715,x56716,x56717,x56718)),f61(x5671,x5673,x5672))+P12(x56710,x56717)+~E(x56717,x56718)+~E(x56716,x56719)+~E(x56715,x56720)+~E(x56714,x56721)+~E(x56713,x56722)+~E(x56712,x56723)+~E(x56711,x56724)+~E(x56710,x56725)+~E(x5679,x56726)+~E(x5678,x56727)+~E(x5672,x56728)+~E(x5671,x56729)+~E(x5673,x56730)+~E(x5677,x56731)+~E(x5676,x56732)+~E(x5675,x56733)+~E(x5674,x56734)+~P1(x56718)+~P11(x56730)+~P11(x56729)+~P11(x56728)+~P11(x56727)+~P11(x56726)+~P11(x56725)+~P11(x56734)+~P11(x56733)+~P11(x56732)+~P11(x56731)+~P11(x56724)+~P11(x56723)+~P11(x56722)+~P11(x56721)+~P11(x56720)+~P11(x56719)+~P12(x5679,x56717)+~P12(x5678,x56717)
% 46.46/46.53 [568]E(x5681,x5682)+E(x5683,x5682)+E(x5683,x5681)+E(f65(x5684,x5685),f65(x5686,x5687))+E(f61(f9(x5683,x5681,x5682,x5688,x5689,x56810,x5684,x5685,x5686,x5687,x56811,x56812,x56813,x56814,x56815,x56816,x56817,x56818),f8(x5683,x5681,x5682,x5688,x5689,x56810,x5684,x5685,x5686,x5687,x56811,x56812,x56813,x56814,x56815,x56816,x56817,x56818),f57(x5683,x5681,x5682,x5688,x5689,x56810,x5684,x5685,x5686,x5687,x56811,x56812,x56813,x56814,x56815,x56816,x56817,x56818)),f61(x5682,x5681,x5683))+P12(x56810,x56817)+~E(x56817,x56818)+~E(x56816,x56819)+~E(x56815,x56820)+~E(x56814,x56821)+~E(x56813,x56822)+~E(x56812,x56823)+~E(x56811,x56824)+~E(x56810,x56825)+~E(x5689,x56826)+~E(x5688,x56827)+~E(x5682,x56828)+~E(x5681,x56829)+~E(x5683,x56830)+~E(x5687,x56831)+~E(x5686,x56832)+~E(x5685,x56833)+~E(x5684,x56834)+~P1(x56818)+~P11(x56830)+~P11(x56829)+~P11(x56828)+~P11(x56827)+~P11(x56826)+~P11(x56825)+~P11(x56834)+~P11(x56833)+~P11(x56832)+~P11(x56831)+~P11(x56824)+~P11(x56823)+~P11(x56822)+~P11(x56821)+~P11(x56820)+~P11(x56819)+~P12(x5689,x56817)+~P12(x5688,x56817)
% 46.46/46.53 [569]E(x5691,x5692)+E(x5693,x5692)+E(x5693,x5691)+E(f61(x5694,x5695,x5696),f61(x5697,x5698,x5699))+E(f61(f57(x5693,x5691,x5692,x56910,x56911,x56912,x56913,x56914,x56915,x56916,x5694,x5695,x5696,x5697,x5698,x5699,x56917,x56918),f9(x5693,x5691,x5692,x56910,x56911,x56912,x56913,x56914,x56915,x56916,x5694,x5695,x5696,x5697,x5698,x5699,x56917,x56918),f8(x5693,x5691,x5692,x56910,x56911,x56912,x56913,x56914,x56915,x56916,x5694,x5695,x5696,x5697,x5698,x5699,x56917,x56918)),f61(x5693,x5692,x5691))+P12(x56912,x56917)+~E(x56917,x56918)+~E(x56916,x56919)+~E(x56915,x56920)+~E(x56914,x56921)+~E(x56913,x56922)+~E(x56912,x56923)+~E(x56911,x56924)+~E(x56910,x56925)+~E(x5692,x56926)+~E(x5691,x56927)+~E(x5693,x56928)+~E(x5699,x56929)+~E(x5698,x56930)+~E(x5697,x56931)+~E(x5696,x56932)+~E(x5695,x56933)+~E(x5694,x56934)+~P1(x56918)+~P11(x56928)+~P11(x56927)+~P11(x56926)+~P11(x56925)+~P11(x56924)+~P11(x56923)+~P11(x56922)+~P11(x56921)+~P11(x56920)+~P11(x56919)+~P11(x56934)+~P11(x56933)+~P11(x56932)+~P11(x56931)+~P11(x56930)+~P11(x56929)+~P12(x56911,x56917)+~P12(x56910,x56917)
% 46.46/46.53 [570]E(x5701,x5702)+E(x5703,x5702)+E(x5703,x5701)+E(f61(x5704,x5705,x5706),f61(x5707,x5708,x5709))+E(f61(f8(x5703,x5701,x5702,x57010,x57011,x57012,x57013,x57014,x57015,x57016,x5704,x5705,x5706,x5707,x5708,x5709,x57017,x57018),f57(x5703,x5701,x5702,x57010,x57011,x57012,x57013,x57014,x57015,x57016,x5704,x5705,x5706,x5707,x5708,x5709,x57017,x57018),f9(x5703,x5701,x5702,x57010,x57011,x57012,x57013,x57014,x57015,x57016,x5704,x5705,x5706,x5707,x5708,x5709,x57017,x57018)),f61(x5701,x5703,x5702))+P12(x57012,x57017)+~E(x57017,x57018)+~E(x57016,x57019)+~E(x57015,x57020)+~E(x57014,x57021)+~E(x57013,x57022)+~E(x57012,x57023)+~E(x57011,x57024)+~E(x57010,x57025)+~E(x5702,x57026)+~E(x5701,x57027)+~E(x5703,x57028)+~E(x5709,x57029)+~E(x5708,x57030)+~E(x5707,x57031)+~E(x5706,x57032)+~E(x5705,x57033)+~E(x5704,x57034)+~P1(x57018)+~P11(x57028)+~P11(x57027)+~P11(x57026)+~P11(x57025)+~P11(x57024)+~P11(x57023)+~P11(x57022)+~P11(x57021)+~P11(x57020)+~P11(x57019)+~P11(x57034)+~P11(x57033)+~P11(x57032)+~P11(x57031)+~P11(x57030)+~P11(x57029)+~P12(x57011,x57017)+~P12(x57010,x57017)
% 46.46/46.53 [571]E(x5711,x5712)+E(x5713,x5712)+E(x5713,x5711)+E(f61(x5714,x5715,x5716),f61(x5717,x5718,x5719))+E(f61(f9(x5713,x5711,x5712,x57110,x57111,x57112,x57113,x57114,x57115,x57116,x5714,x5715,x5716,x5717,x5718,x5719,x57117,x57118),f8(x5713,x5711,x5712,x57110,x57111,x57112,x57113,x57114,x57115,x57116,x5714,x5715,x5716,x5717,x5718,x5719,x57117,x57118),f57(x5713,x5711,x5712,x57110,x57111,x57112,x57113,x57114,x57115,x57116,x5714,x5715,x5716,x5717,x5718,x5719,x57117,x57118)),f61(x5712,x5711,x5713))+P12(x57112,x57117)+~E(x57117,x57118)+~E(x57116,x57119)+~E(x57115,x57120)+~E(x57114,x57121)+~E(x57113,x57122)+~E(x57112,x57123)+~E(x57111,x57124)+~E(x57110,x57125)+~E(x5712,x57126)+~E(x5711,x57127)+~E(x5713,x57128)+~E(x5719,x57129)+~E(x5718,x57130)+~E(x5717,x57131)+~E(x5716,x57132)+~E(x5715,x57133)+~E(x5714,x57134)+~P1(x57118)+~P11(x57128)+~P11(x57127)+~P11(x57126)+~P11(x57125)+~P11(x57124)+~P11(x57123)+~P11(x57122)+~P11(x57121)+~P11(x57120)+~P11(x57119)+~P11(x57134)+~P11(x57133)+~P11(x57132)+~P11(x57131)+~P11(x57130)+~P11(x57129)+~P12(x57111,x57117)+~P12(x57110,x57117)
% 46.46/46.53 %EqnAxiom
% 46.46/46.53 [1]E(x11,x11)
% 46.46/46.53 [2]E(x22,x21)+~E(x21,x22)
% 46.46/46.53 [3]E(x31,x33)+~E(x31,x32)+~E(x32,x33)
% 46.46/46.53 [4]~E(x41,x42)+E(f65(x41,x43),f65(x42,x43))
% 46.46/46.53 [5]~E(x51,x52)+E(f65(x53,x51),f65(x53,x52))
% 46.46/46.53 [6]~E(x61,x62)+E(f61(x61,x63,x64),f61(x62,x63,x64))
% 46.46/46.53 [7]~E(x71,x72)+E(f61(x73,x71,x74),f61(x73,x72,x74))
% 46.46/46.53 [8]~E(x81,x82)+E(f61(x83,x84,x81),f61(x83,x84,x82))
% 46.46/46.53 [9]~E(x91,x92)+E(f19(x91,x93,x94,x95,x96,x97,x98),f19(x92,x93,x94,x95,x96,x97,x98))
% 46.46/46.53 [10]~E(x101,x102)+E(f19(x103,x101,x104,x105,x106,x107,x108),f19(x103,x102,x104,x105,x106,x107,x108))
% 46.46/46.53 [11]~E(x111,x112)+E(f19(x113,x114,x111,x115,x116,x117,x118),f19(x113,x114,x112,x115,x116,x117,x118))
% 46.46/46.53 [12]~E(x121,x122)+E(f19(x123,x124,x125,x121,x126,x127,x128),f19(x123,x124,x125,x122,x126,x127,x128))
% 46.46/46.53 [13]~E(x131,x132)+E(f19(x133,x134,x135,x136,x131,x137,x138),f19(x133,x134,x135,x136,x132,x137,x138))
% 46.46/46.53 [14]~E(x141,x142)+E(f19(x143,x144,x145,x146,x147,x141,x148),f19(x143,x144,x145,x146,x147,x142,x148))
% 46.46/46.53 [15]~E(x151,x152)+E(f19(x153,x154,x155,x156,x157,x158,x151),f19(x153,x154,x155,x156,x157,x158,x152))
% 46.46/46.53 [16]~E(x161,x162)+E(f57(x161,x163,x164,x165,x166,x167,x168,x169,x1610,x1611,x1612,x1613,x1614,x1615,x1616,x1617,x1618,x1619),f57(x162,x163,x164,x165,x166,x167,x168,x169,x1610,x1611,x1612,x1613,x1614,x1615,x1616,x1617,x1618,x1619))
% 46.46/46.53 [17]~E(x171,x172)+E(f57(x173,x171,x174,x175,x176,x177,x178,x179,x1710,x1711,x1712,x1713,x1714,x1715,x1716,x1717,x1718,x1719),f57(x173,x172,x174,x175,x176,x177,x178,x179,x1710,x1711,x1712,x1713,x1714,x1715,x1716,x1717,x1718,x1719))
% 46.46/46.53 [18]~E(x181,x182)+E(f57(x183,x184,x181,x185,x186,x187,x188,x189,x1810,x1811,x1812,x1813,x1814,x1815,x1816,x1817,x1818,x1819),f57(x183,x184,x182,x185,x186,x187,x188,x189,x1810,x1811,x1812,x1813,x1814,x1815,x1816,x1817,x1818,x1819))
% 46.46/46.53 [19]~E(x191,x192)+E(f57(x193,x194,x195,x191,x196,x197,x198,x199,x1910,x1911,x1912,x1913,x1914,x1915,x1916,x1917,x1918,x1919),f57(x193,x194,x195,x192,x196,x197,x198,x199,x1910,x1911,x1912,x1913,x1914,x1915,x1916,x1917,x1918,x1919))
% 46.46/46.53 [20]~E(x201,x202)+E(f57(x203,x204,x205,x206,x201,x207,x208,x209,x2010,x2011,x2012,x2013,x2014,x2015,x2016,x2017,x2018,x2019),f57(x203,x204,x205,x206,x202,x207,x208,x209,x2010,x2011,x2012,x2013,x2014,x2015,x2016,x2017,x2018,x2019))
% 46.46/46.53 [21]~E(x211,x212)+E(f57(x213,x214,x215,x216,x217,x211,x218,x219,x2110,x2111,x2112,x2113,x2114,x2115,x2116,x2117,x2118,x2119),f57(x213,x214,x215,x216,x217,x212,x218,x219,x2110,x2111,x2112,x2113,x2114,x2115,x2116,x2117,x2118,x2119))
% 46.46/46.53 [22]~E(x221,x222)+E(f57(x223,x224,x225,x226,x227,x228,x221,x229,x2210,x2211,x2212,x2213,x2214,x2215,x2216,x2217,x2218,x2219),f57(x223,x224,x225,x226,x227,x228,x222,x229,x2210,x2211,x2212,x2213,x2214,x2215,x2216,x2217,x2218,x2219))
% 46.46/46.53 [23]~E(x231,x232)+E(f57(x233,x234,x235,x236,x237,x238,x239,x231,x2310,x2311,x2312,x2313,x2314,x2315,x2316,x2317,x2318,x2319),f57(x233,x234,x235,x236,x237,x238,x239,x232,x2310,x2311,x2312,x2313,x2314,x2315,x2316,x2317,x2318,x2319))
% 46.46/46.53 [24]~E(x241,x242)+E(f57(x243,x244,x245,x246,x247,x248,x249,x2410,x241,x2411,x2412,x2413,x2414,x2415,x2416,x2417,x2418,x2419),f57(x243,x244,x245,x246,x247,x248,x249,x2410,x242,x2411,x2412,x2413,x2414,x2415,x2416,x2417,x2418,x2419))
% 46.46/46.53 [25]~E(x251,x252)+E(f57(x253,x254,x255,x256,x257,x258,x259,x2510,x2511,x251,x2512,x2513,x2514,x2515,x2516,x2517,x2518,x2519),f57(x253,x254,x255,x256,x257,x258,x259,x2510,x2511,x252,x2512,x2513,x2514,x2515,x2516,x2517,x2518,x2519))
% 46.46/46.53 [26]~E(x261,x262)+E(f57(x263,x264,x265,x266,x267,x268,x269,x2610,x2611,x2612,x261,x2613,x2614,x2615,x2616,x2617,x2618,x2619),f57(x263,x264,x265,x266,x267,x268,x269,x2610,x2611,x2612,x262,x2613,x2614,x2615,x2616,x2617,x2618,x2619))
% 46.46/46.53 [27]~E(x271,x272)+E(f57(x273,x274,x275,x276,x277,x278,x279,x2710,x2711,x2712,x2713,x271,x2714,x2715,x2716,x2717,x2718,x2719),f57(x273,x274,x275,x276,x277,x278,x279,x2710,x2711,x2712,x2713,x272,x2714,x2715,x2716,x2717,x2718,x2719))
% 46.46/46.53 [28]~E(x281,x282)+E(f57(x283,x284,x285,x286,x287,x288,x289,x2810,x2811,x2812,x2813,x2814,x281,x2815,x2816,x2817,x2818,x2819),f57(x283,x284,x285,x286,x287,x288,x289,x2810,x2811,x2812,x2813,x2814,x282,x2815,x2816,x2817,x2818,x2819))
% 46.46/46.53 [29]~E(x291,x292)+E(f57(x293,x294,x295,x296,x297,x298,x299,x2910,x2911,x2912,x2913,x2914,x2915,x291,x2916,x2917,x2918,x2919),f57(x293,x294,x295,x296,x297,x298,x299,x2910,x2911,x2912,x2913,x2914,x2915,x292,x2916,x2917,x2918,x2919))
% 46.46/46.53 [30]~E(x301,x302)+E(f57(x303,x304,x305,x306,x307,x308,x309,x3010,x3011,x3012,x3013,x3014,x3015,x3016,x301,x3017,x3018,x3019),f57(x303,x304,x305,x306,x307,x308,x309,x3010,x3011,x3012,x3013,x3014,x3015,x3016,x302,x3017,x3018,x3019))
% 46.46/46.53 [31]~E(x311,x312)+E(f57(x313,x314,x315,x316,x317,x318,x319,x3110,x3111,x3112,x3113,x3114,x3115,x3116,x3117,x311,x3118,x3119),f57(x313,x314,x315,x316,x317,x318,x319,x3110,x3111,x3112,x3113,x3114,x3115,x3116,x3117,x312,x3118,x3119))
% 46.46/46.53 [32]~E(x321,x322)+E(f57(x323,x324,x325,x326,x327,x328,x329,x3210,x3211,x3212,x3213,x3214,x3215,x3216,x3217,x3218,x321,x3219),f57(x323,x324,x325,x326,x327,x328,x329,x3210,x3211,x3212,x3213,x3214,x3215,x3216,x3217,x3218,x322,x3219))
% 46.46/46.53 [33]~E(x331,x332)+E(f57(x333,x334,x335,x336,x337,x338,x339,x3310,x3311,x3312,x3313,x3314,x3315,x3316,x3317,x3318,x3319,x331),f57(x333,x334,x335,x336,x337,x338,x339,x3310,x3311,x3312,x3313,x3314,x3315,x3316,x3317,x3318,x3319,x332))
% 46.46/46.53 [34]~E(x341,x342)+E(f11(x341,x343,x344,x345,x346,x347,x348),f11(x342,x343,x344,x345,x346,x347,x348))
% 46.46/46.53 [35]~E(x351,x352)+E(f11(x353,x351,x354,x355,x356,x357,x358),f11(x353,x352,x354,x355,x356,x357,x358))
% 46.46/46.53 [36]~E(x361,x362)+E(f11(x363,x364,x361,x365,x366,x367,x368),f11(x363,x364,x362,x365,x366,x367,x368))
% 46.46/46.53 [37]~E(x371,x372)+E(f11(x373,x374,x375,x371,x376,x377,x378),f11(x373,x374,x375,x372,x376,x377,x378))
% 46.46/46.53 [38]~E(x381,x382)+E(f11(x383,x384,x385,x386,x381,x387,x388),f11(x383,x384,x385,x386,x382,x387,x388))
% 46.46/46.53 [39]~E(x391,x392)+E(f11(x393,x394,x395,x396,x397,x391,x398),f11(x393,x394,x395,x396,x397,x392,x398))
% 46.46/46.53 [40]~E(x401,x402)+E(f11(x403,x404,x405,x406,x407,x408,x401),f11(x403,x404,x405,x406,x407,x408,x402))
% 46.46/46.53 [41]~E(x411,x412)+E(f44(x411,x413,x414,x415,x416),f44(x412,x413,x414,x415,x416))
% 46.46/46.53 [42]~E(x421,x422)+E(f44(x423,x421,x424,x425,x426),f44(x423,x422,x424,x425,x426))
% 46.46/46.53 [43]~E(x431,x432)+E(f44(x433,x434,x431,x435,x436),f44(x433,x434,x432,x435,x436))
% 46.46/46.53 [44]~E(x441,x442)+E(f44(x443,x444,x445,x441,x446),f44(x443,x444,x445,x442,x446))
% 46.46/46.53 [45]~E(x451,x452)+E(f44(x453,x454,x455,x456,x451),f44(x453,x454,x455,x456,x452))
% 46.46/46.53 [46]~E(x461,x462)+E(f37(x461),f37(x462))
% 46.46/46.53 [47]~E(x471,x472)+E(f16(x471),f16(x472))
% 46.46/46.53 [48]~E(x481,x482)+E(f27(x481),f27(x482))
% 46.46/46.53 [49]~E(x491,x492)+E(f28(x491),f28(x492))
% 46.46/46.53 [50]~E(x501,x502)+E(f38(x501),f38(x502))
% 46.46/46.53 [51]~E(x511,x512)+E(f66(x511,x513),f66(x512,x513))
% 46.46/46.53 [52]~E(x521,x522)+E(f66(x523,x521),f66(x523,x522))
% 46.46/46.53 [53]~E(x531,x532)+E(f70(x531,x533,x534,x535),f70(x532,x533,x534,x535))
% 46.46/46.53 [54]~E(x541,x542)+E(f70(x543,x541,x544,x545),f70(x543,x542,x544,x545))
% 46.46/46.53 [55]~E(x551,x552)+E(f70(x553,x554,x551,x555),f70(x553,x554,x552,x555))
% 46.46/46.53 [56]~E(x561,x562)+E(f70(x563,x564,x565,x561),f70(x563,x564,x565,x562))
% 46.46/46.53 [57]~E(x571,x572)+E(f8(x571,x573,x574,x575,x576,x577,x578,x579,x5710,x5711,x5712,x5713,x5714,x5715,x5716,x5717,x5718,x5719),f8(x572,x573,x574,x575,x576,x577,x578,x579,x5710,x5711,x5712,x5713,x5714,x5715,x5716,x5717,x5718,x5719))
% 46.46/46.53 [58]~E(x581,x582)+E(f8(x583,x581,x584,x585,x586,x587,x588,x589,x5810,x5811,x5812,x5813,x5814,x5815,x5816,x5817,x5818,x5819),f8(x583,x582,x584,x585,x586,x587,x588,x589,x5810,x5811,x5812,x5813,x5814,x5815,x5816,x5817,x5818,x5819))
% 46.46/46.53 [59]~E(x591,x592)+E(f8(x593,x594,x591,x595,x596,x597,x598,x599,x5910,x5911,x5912,x5913,x5914,x5915,x5916,x5917,x5918,x5919),f8(x593,x594,x592,x595,x596,x597,x598,x599,x5910,x5911,x5912,x5913,x5914,x5915,x5916,x5917,x5918,x5919))
% 46.46/46.53 [60]~E(x601,x602)+E(f8(x603,x604,x605,x601,x606,x607,x608,x609,x6010,x6011,x6012,x6013,x6014,x6015,x6016,x6017,x6018,x6019),f8(x603,x604,x605,x602,x606,x607,x608,x609,x6010,x6011,x6012,x6013,x6014,x6015,x6016,x6017,x6018,x6019))
% 46.46/46.53 [61]~E(x611,x612)+E(f8(x613,x614,x615,x616,x611,x617,x618,x619,x6110,x6111,x6112,x6113,x6114,x6115,x6116,x6117,x6118,x6119),f8(x613,x614,x615,x616,x612,x617,x618,x619,x6110,x6111,x6112,x6113,x6114,x6115,x6116,x6117,x6118,x6119))
% 46.46/46.53 [62]~E(x621,x622)+E(f8(x623,x624,x625,x626,x627,x621,x628,x629,x6210,x6211,x6212,x6213,x6214,x6215,x6216,x6217,x6218,x6219),f8(x623,x624,x625,x626,x627,x622,x628,x629,x6210,x6211,x6212,x6213,x6214,x6215,x6216,x6217,x6218,x6219))
% 46.46/46.53 [63]~E(x631,x632)+E(f8(x633,x634,x635,x636,x637,x638,x631,x639,x6310,x6311,x6312,x6313,x6314,x6315,x6316,x6317,x6318,x6319),f8(x633,x634,x635,x636,x637,x638,x632,x639,x6310,x6311,x6312,x6313,x6314,x6315,x6316,x6317,x6318,x6319))
% 46.46/46.53 [64]~E(x641,x642)+E(f8(x643,x644,x645,x646,x647,x648,x649,x641,x6410,x6411,x6412,x6413,x6414,x6415,x6416,x6417,x6418,x6419),f8(x643,x644,x645,x646,x647,x648,x649,x642,x6410,x6411,x6412,x6413,x6414,x6415,x6416,x6417,x6418,x6419))
% 46.46/46.53 [65]~E(x651,x652)+E(f8(x653,x654,x655,x656,x657,x658,x659,x6510,x651,x6511,x6512,x6513,x6514,x6515,x6516,x6517,x6518,x6519),f8(x653,x654,x655,x656,x657,x658,x659,x6510,x652,x6511,x6512,x6513,x6514,x6515,x6516,x6517,x6518,x6519))
% 46.46/46.53 [66]~E(x661,x662)+E(f8(x663,x664,x665,x666,x667,x668,x669,x6610,x6611,x661,x6612,x6613,x6614,x6615,x6616,x6617,x6618,x6619),f8(x663,x664,x665,x666,x667,x668,x669,x6610,x6611,x662,x6612,x6613,x6614,x6615,x6616,x6617,x6618,x6619))
% 46.46/46.53 [67]~E(x671,x672)+E(f8(x673,x674,x675,x676,x677,x678,x679,x6710,x6711,x6712,x671,x6713,x6714,x6715,x6716,x6717,x6718,x6719),f8(x673,x674,x675,x676,x677,x678,x679,x6710,x6711,x6712,x672,x6713,x6714,x6715,x6716,x6717,x6718,x6719))
% 46.46/46.53 [68]~E(x681,x682)+E(f8(x683,x684,x685,x686,x687,x688,x689,x6810,x6811,x6812,x6813,x681,x6814,x6815,x6816,x6817,x6818,x6819),f8(x683,x684,x685,x686,x687,x688,x689,x6810,x6811,x6812,x6813,x682,x6814,x6815,x6816,x6817,x6818,x6819))
% 46.46/46.53 [69]~E(x691,x692)+E(f8(x693,x694,x695,x696,x697,x698,x699,x6910,x6911,x6912,x6913,x6914,x691,x6915,x6916,x6917,x6918,x6919),f8(x693,x694,x695,x696,x697,x698,x699,x6910,x6911,x6912,x6913,x6914,x692,x6915,x6916,x6917,x6918,x6919))
% 46.46/46.53 [70]~E(x701,x702)+E(f8(x703,x704,x705,x706,x707,x708,x709,x7010,x7011,x7012,x7013,x7014,x7015,x701,x7016,x7017,x7018,x7019),f8(x703,x704,x705,x706,x707,x708,x709,x7010,x7011,x7012,x7013,x7014,x7015,x702,x7016,x7017,x7018,x7019))
% 46.46/46.53 [71]~E(x711,x712)+E(f8(x713,x714,x715,x716,x717,x718,x719,x7110,x7111,x7112,x7113,x7114,x7115,x7116,x711,x7117,x7118,x7119),f8(x713,x714,x715,x716,x717,x718,x719,x7110,x7111,x7112,x7113,x7114,x7115,x7116,x712,x7117,x7118,x7119))
% 46.46/46.53 [72]~E(x721,x722)+E(f8(x723,x724,x725,x726,x727,x728,x729,x7210,x7211,x7212,x7213,x7214,x7215,x7216,x7217,x721,x7218,x7219),f8(x723,x724,x725,x726,x727,x728,x729,x7210,x7211,x7212,x7213,x7214,x7215,x7216,x7217,x722,x7218,x7219))
% 46.46/46.53 [73]~E(x731,x732)+E(f8(x733,x734,x735,x736,x737,x738,x739,x7310,x7311,x7312,x7313,x7314,x7315,x7316,x7317,x7318,x731,x7319),f8(x733,x734,x735,x736,x737,x738,x739,x7310,x7311,x7312,x7313,x7314,x7315,x7316,x7317,x7318,x732,x7319))
% 46.46/46.53 [74]~E(x741,x742)+E(f8(x743,x744,x745,x746,x747,x748,x749,x7410,x7411,x7412,x7413,x7414,x7415,x7416,x7417,x7418,x7419,x741),f8(x743,x744,x745,x746,x747,x748,x749,x7410,x7411,x7412,x7413,x7414,x7415,x7416,x7417,x7418,x7419,x742))
% 46.46/46.53 [75]~E(x751,x752)+E(f33(x751,x753,x754,x755,x756),f33(x752,x753,x754,x755,x756))
% 46.46/46.53 [76]~E(x761,x762)+E(f33(x763,x761,x764,x765,x766),f33(x763,x762,x764,x765,x766))
% 46.46/46.53 [77]~E(x771,x772)+E(f33(x773,x774,x771,x775,x776),f33(x773,x774,x772,x775,x776))
% 46.46/46.53 [78]~E(x781,x782)+E(f33(x783,x784,x785,x781,x786),f33(x783,x784,x785,x782,x786))
% 46.46/46.53 [79]~E(x791,x792)+E(f33(x793,x794,x795,x796,x791),f33(x793,x794,x795,x796,x792))
% 46.46/46.53 [80]~E(x801,x802)+E(f9(x801,x803,x804,x805,x806,x807,x808,x809,x8010,x8011,x8012,x8013,x8014,x8015,x8016,x8017,x8018,x8019),f9(x802,x803,x804,x805,x806,x807,x808,x809,x8010,x8011,x8012,x8013,x8014,x8015,x8016,x8017,x8018,x8019))
% 46.46/46.53 [81]~E(x811,x812)+E(f9(x813,x811,x814,x815,x816,x817,x818,x819,x8110,x8111,x8112,x8113,x8114,x8115,x8116,x8117,x8118,x8119),f9(x813,x812,x814,x815,x816,x817,x818,x819,x8110,x8111,x8112,x8113,x8114,x8115,x8116,x8117,x8118,x8119))
% 46.46/46.53 [82]~E(x821,x822)+E(f9(x823,x824,x821,x825,x826,x827,x828,x829,x8210,x8211,x8212,x8213,x8214,x8215,x8216,x8217,x8218,x8219),f9(x823,x824,x822,x825,x826,x827,x828,x829,x8210,x8211,x8212,x8213,x8214,x8215,x8216,x8217,x8218,x8219))
% 46.46/46.53 [83]~E(x831,x832)+E(f9(x833,x834,x835,x831,x836,x837,x838,x839,x8310,x8311,x8312,x8313,x8314,x8315,x8316,x8317,x8318,x8319),f9(x833,x834,x835,x832,x836,x837,x838,x839,x8310,x8311,x8312,x8313,x8314,x8315,x8316,x8317,x8318,x8319))
% 46.46/46.53 [84]~E(x841,x842)+E(f9(x843,x844,x845,x846,x841,x847,x848,x849,x8410,x8411,x8412,x8413,x8414,x8415,x8416,x8417,x8418,x8419),f9(x843,x844,x845,x846,x842,x847,x848,x849,x8410,x8411,x8412,x8413,x8414,x8415,x8416,x8417,x8418,x8419))
% 46.46/46.53 [85]~E(x851,x852)+E(f9(x853,x854,x855,x856,x857,x851,x858,x859,x8510,x8511,x8512,x8513,x8514,x8515,x8516,x8517,x8518,x8519),f9(x853,x854,x855,x856,x857,x852,x858,x859,x8510,x8511,x8512,x8513,x8514,x8515,x8516,x8517,x8518,x8519))
% 46.46/46.53 [86]~E(x861,x862)+E(f9(x863,x864,x865,x866,x867,x868,x861,x869,x8610,x8611,x8612,x8613,x8614,x8615,x8616,x8617,x8618,x8619),f9(x863,x864,x865,x866,x867,x868,x862,x869,x8610,x8611,x8612,x8613,x8614,x8615,x8616,x8617,x8618,x8619))
% 46.46/46.53 [87]~E(x871,x872)+E(f9(x873,x874,x875,x876,x877,x878,x879,x871,x8710,x8711,x8712,x8713,x8714,x8715,x8716,x8717,x8718,x8719),f9(x873,x874,x875,x876,x877,x878,x879,x872,x8710,x8711,x8712,x8713,x8714,x8715,x8716,x8717,x8718,x8719))
% 46.46/46.53 [88]~E(x881,x882)+E(f9(x883,x884,x885,x886,x887,x888,x889,x8810,x881,x8811,x8812,x8813,x8814,x8815,x8816,x8817,x8818,x8819),f9(x883,x884,x885,x886,x887,x888,x889,x8810,x882,x8811,x8812,x8813,x8814,x8815,x8816,x8817,x8818,x8819))
% 46.46/46.53 [89]~E(x891,x892)+E(f9(x893,x894,x895,x896,x897,x898,x899,x8910,x8911,x891,x8912,x8913,x8914,x8915,x8916,x8917,x8918,x8919),f9(x893,x894,x895,x896,x897,x898,x899,x8910,x8911,x892,x8912,x8913,x8914,x8915,x8916,x8917,x8918,x8919))
% 46.46/46.53 [90]~E(x901,x902)+E(f9(x903,x904,x905,x906,x907,x908,x909,x9010,x9011,x9012,x901,x9013,x9014,x9015,x9016,x9017,x9018,x9019),f9(x903,x904,x905,x906,x907,x908,x909,x9010,x9011,x9012,x902,x9013,x9014,x9015,x9016,x9017,x9018,x9019))
% 46.46/46.53 [91]~E(x911,x912)+E(f9(x913,x914,x915,x916,x917,x918,x919,x9110,x9111,x9112,x9113,x911,x9114,x9115,x9116,x9117,x9118,x9119),f9(x913,x914,x915,x916,x917,x918,x919,x9110,x9111,x9112,x9113,x912,x9114,x9115,x9116,x9117,x9118,x9119))
% 46.46/46.53 [92]~E(x921,x922)+E(f9(x923,x924,x925,x926,x927,x928,x929,x9210,x9211,x9212,x9213,x9214,x921,x9215,x9216,x9217,x9218,x9219),f9(x923,x924,x925,x926,x927,x928,x929,x9210,x9211,x9212,x9213,x9214,x922,x9215,x9216,x9217,x9218,x9219))
% 46.46/46.53 [93]~E(x931,x932)+E(f9(x933,x934,x935,x936,x937,x938,x939,x9310,x9311,x9312,x9313,x9314,x9315,x931,x9316,x9317,x9318,x9319),f9(x933,x934,x935,x936,x937,x938,x939,x9310,x9311,x9312,x9313,x9314,x9315,x932,x9316,x9317,x9318,x9319))
% 46.46/46.53 [94]~E(x941,x942)+E(f9(x943,x944,x945,x946,x947,x948,x949,x9410,x9411,x9412,x9413,x9414,x9415,x9416,x941,x9417,x9418,x9419),f9(x943,x944,x945,x946,x947,x948,x949,x9410,x9411,x9412,x9413,x9414,x9415,x9416,x942,x9417,x9418,x9419))
% 46.46/46.53 [95]~E(x951,x952)+E(f9(x953,x954,x955,x956,x957,x958,x959,x9510,x9511,x9512,x9513,x9514,x9515,x9516,x9517,x951,x9518,x9519),f9(x953,x954,x955,x956,x957,x958,x959,x9510,x9511,x9512,x9513,x9514,x9515,x9516,x9517,x952,x9518,x9519))
% 46.46/46.53 [96]~E(x961,x962)+E(f9(x963,x964,x965,x966,x967,x968,x969,x9610,x9611,x9612,x9613,x9614,x9615,x9616,x9617,x9618,x961,x9619),f9(x963,x964,x965,x966,x967,x968,x969,x9610,x9611,x9612,x9613,x9614,x9615,x9616,x9617,x9618,x962,x9619))
% 46.46/46.53 [97]~E(x971,x972)+E(f9(x973,x974,x975,x976,x977,x978,x979,x9710,x9711,x9712,x9713,x9714,x9715,x9716,x9717,x9718,x9719,x971),f9(x973,x974,x975,x976,x977,x978,x979,x9710,x9711,x9712,x9713,x9714,x9715,x9716,x9717,x9718,x9719,x972))
% 46.46/46.53 [98]~E(x981,x982)+E(f5(x981,x983),f5(x982,x983))
% 46.46/46.53 [99]~E(x991,x992)+E(f5(x993,x991),f5(x993,x992))
% 46.46/46.53 [100]~E(x1001,x1002)+E(f12(x1001,x1003),f12(x1002,x1003))
% 46.46/46.53 [101]~E(x1011,x1012)+E(f12(x1013,x1011),f12(x1013,x1012))
% 46.46/46.53 [102]~E(x1021,x1022)+E(f54(x1021,x1023,x1024,x1025,x1026,x1027),f54(x1022,x1023,x1024,x1025,x1026,x1027))
% 46.46/46.53 [103]~E(x1031,x1032)+E(f54(x1033,x1031,x1034,x1035,x1036,x1037),f54(x1033,x1032,x1034,x1035,x1036,x1037))
% 46.46/46.53 [104]~E(x1041,x1042)+E(f54(x1043,x1044,x1041,x1045,x1046,x1047),f54(x1043,x1044,x1042,x1045,x1046,x1047))
% 46.46/46.53 [105]~E(x1051,x1052)+E(f54(x1053,x1054,x1055,x1051,x1056,x1057),f54(x1053,x1054,x1055,x1052,x1056,x1057))
% 46.46/46.53 [106]~E(x1061,x1062)+E(f54(x1063,x1064,x1065,x1066,x1061,x1067),f54(x1063,x1064,x1065,x1066,x1062,x1067))
% 46.46/46.53 [107]~E(x1071,x1072)+E(f54(x1073,x1074,x1075,x1076,x1077,x1071),f54(x1073,x1074,x1075,x1076,x1077,x1072))
% 46.46/46.53 [108]~E(x1081,x1082)+E(f67(x1081,x1083,x1084),f67(x1082,x1083,x1084))
% 46.46/46.53 [109]~E(x1091,x1092)+E(f67(x1093,x1091,x1094),f67(x1093,x1092,x1094))
% 46.46/46.53 [110]~E(x1101,x1102)+E(f67(x1103,x1104,x1101),f67(x1103,x1104,x1102))
% 46.46/46.53 [111]~E(x1111,x1112)+E(f47(x1111,x1113,x1114,x1115),f47(x1112,x1113,x1114,x1115))
% 46.46/46.53 [112]~E(x1121,x1122)+E(f47(x1123,x1121,x1124,x1125),f47(x1123,x1122,x1124,x1125))
% 46.46/46.53 [113]~E(x1131,x1132)+E(f47(x1133,x1134,x1131,x1135),f47(x1133,x1134,x1132,x1135))
% 46.46/46.53 [114]~E(x1141,x1142)+E(f47(x1143,x1144,x1145,x1141),f47(x1143,x1144,x1145,x1142))
% 46.46/46.53 [115]~E(x1151,x1152)+E(f45(x1151,x1153),f45(x1152,x1153))
% 46.46/46.53 [116]~E(x1161,x1162)+E(f45(x1163,x1161),f45(x1163,x1162))
% 46.46/46.53 [117]~E(x1171,x1172)+E(f14(x1171,x1173,x1174),f14(x1172,x1173,x1174))
% 46.46/46.53 [118]~E(x1181,x1182)+E(f14(x1183,x1181,x1184),f14(x1183,x1182,x1184))
% 46.46/46.53 [119]~E(x1191,x1192)+E(f14(x1193,x1194,x1191),f14(x1193,x1194,x1192))
% 46.46/46.53 [120]~E(x1201,x1202)+E(f55(x1201,x1203,x1204,x1205,x1206,x1207),f55(x1202,x1203,x1204,x1205,x1206,x1207))
% 46.46/46.53 [121]~E(x1211,x1212)+E(f55(x1213,x1211,x1214,x1215,x1216,x1217),f55(x1213,x1212,x1214,x1215,x1216,x1217))
% 46.46/46.53 [122]~E(x1221,x1222)+E(f55(x1223,x1224,x1221,x1225,x1226,x1227),f55(x1223,x1224,x1222,x1225,x1226,x1227))
% 46.46/46.53 [123]~E(x1231,x1232)+E(f55(x1233,x1234,x1235,x1231,x1236,x1237),f55(x1233,x1234,x1235,x1232,x1236,x1237))
% 46.46/46.53 [124]~E(x1241,x1242)+E(f55(x1243,x1244,x1245,x1246,x1241,x1247),f55(x1243,x1244,x1245,x1246,x1242,x1247))
% 46.46/46.53 [125]~E(x1251,x1252)+E(f55(x1253,x1254,x1255,x1256,x1257,x1251),f55(x1253,x1254,x1255,x1256,x1257,x1252))
% 46.46/46.53 [126]~E(x1261,x1262)+E(f18(x1261,x1263,x1264),f18(x1262,x1263,x1264))
% 46.46/46.53 [127]~E(x1271,x1272)+E(f18(x1273,x1271,x1274),f18(x1273,x1272,x1274))
% 46.46/46.53 [128]~E(x1281,x1282)+E(f18(x1283,x1284,x1281),f18(x1283,x1284,x1282))
% 46.46/46.53 [129]~E(x1291,x1292)+E(f22(x1291,x1293,x1294,x1295,x1296,x1297,x1298),f22(x1292,x1293,x1294,x1295,x1296,x1297,x1298))
% 46.46/46.53 [130]~E(x1301,x1302)+E(f22(x1303,x1301,x1304,x1305,x1306,x1307,x1308),f22(x1303,x1302,x1304,x1305,x1306,x1307,x1308))
% 46.46/46.53 [131]~E(x1311,x1312)+E(f22(x1313,x1314,x1311,x1315,x1316,x1317,x1318),f22(x1313,x1314,x1312,x1315,x1316,x1317,x1318))
% 46.46/46.53 [132]~E(x1321,x1322)+E(f22(x1323,x1324,x1325,x1321,x1326,x1327,x1328),f22(x1323,x1324,x1325,x1322,x1326,x1327,x1328))
% 46.46/46.53 [133]~E(x1331,x1332)+E(f22(x1333,x1334,x1335,x1336,x1331,x1337,x1338),f22(x1333,x1334,x1335,x1336,x1332,x1337,x1338))
% 46.46/46.53 [134]~E(x1341,x1342)+E(f22(x1343,x1344,x1345,x1346,x1347,x1341,x1348),f22(x1343,x1344,x1345,x1346,x1347,x1342,x1348))
% 46.46/46.53 [135]~E(x1351,x1352)+E(f22(x1353,x1354,x1355,x1356,x1357,x1358,x1351),f22(x1353,x1354,x1355,x1356,x1357,x1358,x1352))
% 46.46/46.53 [136]~E(x1361,x1362)+E(f48(x1361,x1363,x1364,x1365,x1366,x1367),f48(x1362,x1363,x1364,x1365,x1366,x1367))
% 46.46/46.53 [137]~E(x1371,x1372)+E(f48(x1373,x1371,x1374,x1375,x1376,x1377),f48(x1373,x1372,x1374,x1375,x1376,x1377))
% 46.46/46.53 [138]~E(x1381,x1382)+E(f48(x1383,x1384,x1381,x1385,x1386,x1387),f48(x1383,x1384,x1382,x1385,x1386,x1387))
% 46.46/46.53 [139]~E(x1391,x1392)+E(f48(x1393,x1394,x1395,x1391,x1396,x1397),f48(x1393,x1394,x1395,x1392,x1396,x1397))
% 46.46/46.53 [140]~E(x1401,x1402)+E(f48(x1403,x1404,x1405,x1406,x1401,x1407),f48(x1403,x1404,x1405,x1406,x1402,x1407))
% 46.46/46.53 [141]~E(x1411,x1412)+E(f48(x1413,x1414,x1415,x1416,x1417,x1411),f48(x1413,x1414,x1415,x1416,x1417,x1412))
% 46.46/46.53 [142]~E(x1421,x1422)+E(f72(x1421,x1423,x1424,x1425,x1426,x1427,x1428,x1429),f72(x1422,x1423,x1424,x1425,x1426,x1427,x1428,x1429))
% 46.46/46.53 [143]~E(x1431,x1432)+E(f72(x1433,x1431,x1434,x1435,x1436,x1437,x1438,x1439),f72(x1433,x1432,x1434,x1435,x1436,x1437,x1438,x1439))
% 46.46/46.53 [144]~E(x1441,x1442)+E(f72(x1443,x1444,x1441,x1445,x1446,x1447,x1448,x1449),f72(x1443,x1444,x1442,x1445,x1446,x1447,x1448,x1449))
% 46.46/46.53 [145]~E(x1451,x1452)+E(f72(x1453,x1454,x1455,x1451,x1456,x1457,x1458,x1459),f72(x1453,x1454,x1455,x1452,x1456,x1457,x1458,x1459))
% 46.46/46.53 [146]~E(x1461,x1462)+E(f72(x1463,x1464,x1465,x1466,x1461,x1467,x1468,x1469),f72(x1463,x1464,x1465,x1466,x1462,x1467,x1468,x1469))
% 46.46/46.53 [147]~E(x1471,x1472)+E(f72(x1473,x1474,x1475,x1476,x1477,x1471,x1478,x1479),f72(x1473,x1474,x1475,x1476,x1477,x1472,x1478,x1479))
% 46.46/46.53 [148]~E(x1481,x1482)+E(f72(x1483,x1484,x1485,x1486,x1487,x1488,x1481,x1489),f72(x1483,x1484,x1485,x1486,x1487,x1488,x1482,x1489))
% 46.46/46.53 [149]~E(x1491,x1492)+E(f72(x1493,x1494,x1495,x1496,x1497,x1498,x1499,x1491),f72(x1493,x1494,x1495,x1496,x1497,x1498,x1499,x1492))
% 46.46/46.53 [150]~E(x1501,x1502)+E(f49(x1501,x1503),f49(x1502,x1503))
% 46.46/46.53 [151]~E(x1511,x1512)+E(f49(x1513,x1511),f49(x1513,x1512))
% 46.46/46.53 [152]~E(x1521,x1522)+E(f35(x1521,x1523,x1524,x1525),f35(x1522,x1523,x1524,x1525))
% 46.46/46.53 [153]~E(x1531,x1532)+E(f35(x1533,x1531,x1534,x1535),f35(x1533,x1532,x1534,x1535))
% 46.46/46.53 [154]~E(x1541,x1542)+E(f35(x1543,x1544,x1541,x1545),f35(x1543,x1544,x1542,x1545))
% 46.46/46.53 [155]~E(x1551,x1552)+E(f35(x1553,x1554,x1555,x1551),f35(x1553,x1554,x1555,x1552))
% 46.46/46.53 [156]~E(x1561,x1562)+E(f43(x1561,x1563,x1564,x1565,x1566,x1567),f43(x1562,x1563,x1564,x1565,x1566,x1567))
% 46.46/46.53 [157]~E(x1571,x1572)+E(f43(x1573,x1571,x1574,x1575,x1576,x1577),f43(x1573,x1572,x1574,x1575,x1576,x1577))
% 46.46/46.53 [158]~E(x1581,x1582)+E(f43(x1583,x1584,x1581,x1585,x1586,x1587),f43(x1583,x1584,x1582,x1585,x1586,x1587))
% 46.46/46.53 [159]~E(x1591,x1592)+E(f43(x1593,x1594,x1595,x1591,x1596,x1597),f43(x1593,x1594,x1595,x1592,x1596,x1597))
% 46.46/46.53 [160]~E(x1601,x1602)+E(f43(x1603,x1604,x1605,x1606,x1601,x1607),f43(x1603,x1604,x1605,x1606,x1602,x1607))
% 46.46/46.53 [161]~E(x1611,x1612)+E(f43(x1613,x1614,x1615,x1616,x1617,x1611),f43(x1613,x1614,x1615,x1616,x1617,x1612))
% 46.46/46.53 [162]~E(x1621,x1622)+E(f52(x1621,x1623,x1624),f52(x1622,x1623,x1624))
% 46.46/46.53 [163]~E(x1631,x1632)+E(f52(x1633,x1631,x1634),f52(x1633,x1632,x1634))
% 46.46/46.53 [164]~E(x1641,x1642)+E(f52(x1643,x1644,x1641),f52(x1643,x1644,x1642))
% 46.46/46.53 [165]~E(x1651,x1652)+E(f53(x1651,x1653,x1654),f53(x1652,x1653,x1654))
% 46.46/46.53 [166]~E(x1661,x1662)+E(f53(x1663,x1661,x1664),f53(x1663,x1662,x1664))
% 46.46/46.53 [167]~E(x1671,x1672)+E(f53(x1673,x1674,x1671),f53(x1673,x1674,x1672))
% 46.46/46.53 [168]~E(x1681,x1682)+E(f51(x1681,x1683,x1684),f51(x1682,x1683,x1684))
% 46.46/46.53 [169]~E(x1691,x1692)+E(f51(x1693,x1691,x1694),f51(x1693,x1692,x1694))
% 46.46/46.53 [170]~E(x1701,x1702)+E(f51(x1703,x1704,x1701),f51(x1703,x1704,x1702))
% 46.46/46.53 [171]~E(x1711,x1712)+E(f56(x1711,x1713),f56(x1712,x1713))
% 46.46/46.53 [172]~E(x1721,x1722)+E(f56(x1723,x1721),f56(x1723,x1722))
% 46.46/46.53 [173]~E(x1731,x1732)+E(f6(x1731,x1733),f6(x1732,x1733))
% 46.46/46.53 [174]~E(x1741,x1742)+E(f6(x1743,x1741),f6(x1743,x1742))
% 46.46/46.53 [175]~E(x1751,x1752)+E(f34(x1751,x1753,x1754,x1755,x1756,x1757,x1758),f34(x1752,x1753,x1754,x1755,x1756,x1757,x1758))
% 46.46/46.53 [176]~E(x1761,x1762)+E(f34(x1763,x1761,x1764,x1765,x1766,x1767,x1768),f34(x1763,x1762,x1764,x1765,x1766,x1767,x1768))
% 46.46/46.53 [177]~E(x1771,x1772)+E(f34(x1773,x1774,x1771,x1775,x1776,x1777,x1778),f34(x1773,x1774,x1772,x1775,x1776,x1777,x1778))
% 46.46/46.53 [178]~E(x1781,x1782)+E(f34(x1783,x1784,x1785,x1781,x1786,x1787,x1788),f34(x1783,x1784,x1785,x1782,x1786,x1787,x1788))
% 46.46/46.53 [179]~E(x1791,x1792)+E(f34(x1793,x1794,x1795,x1796,x1791,x1797,x1798),f34(x1793,x1794,x1795,x1796,x1792,x1797,x1798))
% 46.46/46.53 [180]~E(x1801,x1802)+E(f34(x1803,x1804,x1805,x1806,x1807,x1801,x1808),f34(x1803,x1804,x1805,x1806,x1807,x1802,x1808))
% 46.46/46.53 [181]~E(x1811,x1812)+E(f34(x1813,x1814,x1815,x1816,x1817,x1818,x1811),f34(x1813,x1814,x1815,x1816,x1817,x1818,x1812))
% 46.46/46.53 [182]~E(x1821,x1822)+E(f20(x1821,x1823,x1824,x1825,x1826,x1827,x1828),f20(x1822,x1823,x1824,x1825,x1826,x1827,x1828))
% 46.46/46.53 [183]~E(x1831,x1832)+E(f20(x1833,x1831,x1834,x1835,x1836,x1837,x1838),f20(x1833,x1832,x1834,x1835,x1836,x1837,x1838))
% 46.46/46.53 [184]~E(x1841,x1842)+E(f20(x1843,x1844,x1841,x1845,x1846,x1847,x1848),f20(x1843,x1844,x1842,x1845,x1846,x1847,x1848))
% 46.46/46.53 [185]~E(x1851,x1852)+E(f20(x1853,x1854,x1855,x1851,x1856,x1857,x1858),f20(x1853,x1854,x1855,x1852,x1856,x1857,x1858))
% 46.46/46.53 [186]~E(x1861,x1862)+E(f20(x1863,x1864,x1865,x1866,x1861,x1867,x1868),f20(x1863,x1864,x1865,x1866,x1862,x1867,x1868))
% 46.46/46.53 [187]~E(x1871,x1872)+E(f20(x1873,x1874,x1875,x1876,x1877,x1871,x1878),f20(x1873,x1874,x1875,x1876,x1877,x1872,x1878))
% 46.46/46.53 [188]~E(x1881,x1882)+E(f20(x1883,x1884,x1885,x1886,x1887,x1888,x1881),f20(x1883,x1884,x1885,x1886,x1887,x1888,x1882))
% 46.46/46.53 [189]~E(x1891,x1892)+E(f42(x1891,x1893,x1894,x1895,x1896),f42(x1892,x1893,x1894,x1895,x1896))
% 46.46/46.53 [190]~E(x1901,x1902)+E(f42(x1903,x1901,x1904,x1905,x1906),f42(x1903,x1902,x1904,x1905,x1906))
% 46.46/46.53 [191]~E(x1911,x1912)+E(f42(x1913,x1914,x1911,x1915,x1916),f42(x1913,x1914,x1912,x1915,x1916))
% 46.46/46.53 [192]~E(x1921,x1922)+E(f42(x1923,x1924,x1925,x1921,x1926),f42(x1923,x1924,x1925,x1922,x1926))
% 46.46/46.53 [193]~E(x1931,x1932)+E(f42(x1933,x1934,x1935,x1936,x1931),f42(x1933,x1934,x1935,x1936,x1932))
% 46.46/46.53 [194]~E(x1941,x1942)+E(f36(x1941,x1943,x1944,x1945,x1946),f36(x1942,x1943,x1944,x1945,x1946))
% 46.46/46.53 [195]~E(x1951,x1952)+E(f36(x1953,x1951,x1954,x1955,x1956),f36(x1953,x1952,x1954,x1955,x1956))
% 46.46/46.53 [196]~E(x1961,x1962)+E(f36(x1963,x1964,x1961,x1965,x1966),f36(x1963,x1964,x1962,x1965,x1966))
% 46.46/46.53 [197]~E(x1971,x1972)+E(f36(x1973,x1974,x1975,x1971,x1976),f36(x1973,x1974,x1975,x1972,x1976))
% 46.46/46.53 [198]~E(x1981,x1982)+E(f36(x1983,x1984,x1985,x1986,x1981),f36(x1983,x1984,x1985,x1986,x1982))
% 46.46/46.53 [199]~E(x1991,x1992)+E(f40(x1991,x1993,x1994,x1995),f40(x1992,x1993,x1994,x1995))
% 46.46/46.53 [200]~E(x2001,x2002)+E(f40(x2003,x2001,x2004,x2005),f40(x2003,x2002,x2004,x2005))
% 46.46/46.53 [201]~E(x2011,x2012)+E(f40(x2013,x2014,x2011,x2015),f40(x2013,x2014,x2012,x2015))
% 46.46/46.53 [202]~E(x2021,x2022)+E(f40(x2023,x2024,x2025,x2021),f40(x2023,x2024,x2025,x2022))
% 46.46/46.53 [203]~E(x2031,x2032)+E(f7(x2031,x2033),f7(x2032,x2033))
% 46.46/46.53 [204]~E(x2041,x2042)+E(f7(x2043,x2041),f7(x2043,x2042))
% 46.46/46.53 [205]~E(x2051,x2052)+E(f10(x2051,x2053),f10(x2052,x2053))
% 46.46/46.53 [206]~E(x2061,x2062)+E(f10(x2063,x2061),f10(x2063,x2062))
% 46.46/46.53 [207]~E(x2071,x2072)+E(f21(x2071,x2073,x2074),f21(x2072,x2073,x2074))
% 46.46/46.53 [208]~E(x2081,x2082)+E(f21(x2083,x2081,x2084),f21(x2083,x2082,x2084))
% 46.46/46.53 [209]~E(x2091,x2092)+E(f21(x2093,x2094,x2091),f21(x2093,x2094,x2092))
% 46.46/46.53 [210]~E(x2101,x2102)+E(f41(x2101,x2103,x2104,x2105),f41(x2102,x2103,x2104,x2105))
% 46.46/46.53 [211]~E(x2111,x2112)+E(f41(x2113,x2111,x2114,x2115),f41(x2113,x2112,x2114,x2115))
% 46.46/46.53 [212]~E(x2121,x2122)+E(f41(x2123,x2124,x2121,x2125),f41(x2123,x2124,x2122,x2125))
% 46.46/46.53 [213]~E(x2131,x2132)+E(f41(x2133,x2134,x2135,x2131),f41(x2133,x2134,x2135,x2132))
% 46.46/46.53 [214]~E(x2141,x2142)+E(f71(x2141,x2143,x2144,x2145),f71(x2142,x2143,x2144,x2145))
% 46.46/46.53 [215]~E(x2151,x2152)+E(f71(x2153,x2151,x2154,x2155),f71(x2153,x2152,x2154,x2155))
% 46.46/46.53 [216]~E(x2161,x2162)+E(f71(x2163,x2164,x2161,x2165),f71(x2163,x2164,x2162,x2165))
% 46.46/46.53 [217]~E(x2171,x2172)+E(f71(x2173,x2174,x2175,x2171),f71(x2173,x2174,x2175,x2172))
% 46.46/46.53 [218]~E(x2181,x2182)+E(f17(x2181,x2183,x2184),f17(x2182,x2183,x2184))
% 46.46/46.53 [219]~E(x2191,x2192)+E(f17(x2193,x2191,x2194),f17(x2193,x2192,x2194))
% 46.46/46.53 [220]~E(x2201,x2202)+E(f17(x2203,x2204,x2201),f17(x2203,x2204,x2202))
% 46.46/46.53 [221]~E(x2211,x2212)+E(f69(x2211,x2213,x2214),f69(x2212,x2213,x2214))
% 46.46/46.53 [222]~E(x2221,x2222)+E(f69(x2223,x2221,x2224),f69(x2223,x2222,x2224))
% 46.46/46.53 [223]~E(x2231,x2232)+E(f69(x2233,x2234,x2231),f69(x2233,x2234,x2232))
% 46.46/46.53 [224]~E(x2241,x2242)+E(f25(x2241,x2243,x2244),f25(x2242,x2243,x2244))
% 46.46/46.53 [225]~E(x2251,x2252)+E(f25(x2253,x2251,x2254),f25(x2253,x2252,x2254))
% 46.46/46.53 [226]~E(x2261,x2262)+E(f25(x2263,x2264,x2261),f25(x2263,x2264,x2262))
% 46.46/46.53 [227]~E(x2271,x2272)+E(f32(x2271,x2273,x2274),f32(x2272,x2273,x2274))
% 46.46/46.53 [228]~E(x2281,x2282)+E(f32(x2283,x2281,x2284),f32(x2283,x2282,x2284))
% 46.46/46.53 [229]~E(x2291,x2292)+E(f32(x2293,x2294,x2291),f32(x2293,x2294,x2292))
% 46.46/46.53 [230]~E(x2301,x2302)+E(f39(x2301,x2303,x2304),f39(x2302,x2303,x2304))
% 46.46/46.53 [231]~E(x2311,x2312)+E(f39(x2313,x2311,x2314),f39(x2313,x2312,x2314))
% 46.46/46.53 [232]~E(x2321,x2322)+E(f39(x2323,x2324,x2321),f39(x2323,x2324,x2322))
% 46.46/46.53 [233]~E(x2331,x2332)+E(f24(x2331,x2333,x2334),f24(x2332,x2333,x2334))
% 46.46/46.53 [234]~E(x2341,x2342)+E(f24(x2343,x2341,x2344),f24(x2343,x2342,x2344))
% 46.46/46.53 [235]~E(x2351,x2352)+E(f24(x2353,x2354,x2351),f24(x2353,x2354,x2352))
% 46.46/46.53 [236]~E(x2361,x2362)+E(f13(x2361,x2363,x2364),f13(x2362,x2363,x2364))
% 46.46/46.53 [237]~E(x2371,x2372)+E(f13(x2373,x2371,x2374),f13(x2373,x2372,x2374))
% 46.46/46.53 [238]~E(x2381,x2382)+E(f13(x2383,x2384,x2381),f13(x2383,x2384,x2382))
% 46.46/46.53 [239]~E(x2391,x2392)+E(f30(x2391,x2393,x2394,x2395),f30(x2392,x2393,x2394,x2395))
% 46.46/46.53 [240]~E(x2401,x2402)+E(f30(x2403,x2401,x2404,x2405),f30(x2403,x2402,x2404,x2405))
% 46.46/46.53 [241]~E(x2411,x2412)+E(f30(x2413,x2414,x2411,x2415),f30(x2413,x2414,x2412,x2415))
% 46.46/46.53 [242]~E(x2421,x2422)+E(f30(x2423,x2424,x2425,x2421),f30(x2423,x2424,x2425,x2422))
% 46.46/46.53 [243]~E(x2431,x2432)+E(f29(x2431,x2433,x2434),f29(x2432,x2433,x2434))
% 46.46/46.53 [244]~E(x2441,x2442)+E(f29(x2443,x2441,x2444),f29(x2443,x2442,x2444))
% 46.46/46.53 [245]~E(x2451,x2452)+E(f29(x2453,x2454,x2451),f29(x2453,x2454,x2452))
% 46.46/46.53 [246]~E(x2461,x2462)+E(f23(x2461,x2463,x2464),f23(x2462,x2463,x2464))
% 46.46/46.53 [247]~E(x2471,x2472)+E(f23(x2473,x2471,x2474),f23(x2473,x2472,x2474))
% 46.46/46.53 [248]~E(x2481,x2482)+E(f23(x2483,x2484,x2481),f23(x2483,x2484,x2482))
% 46.46/46.53 [249]~E(x2491,x2492)+E(f31(x2491,x2493,x2494),f31(x2492,x2493,x2494))
% 46.46/46.53 [250]~E(x2501,x2502)+E(f31(x2503,x2501,x2504),f31(x2503,x2502,x2504))
% 46.46/46.53 [251]~E(x2511,x2512)+E(f31(x2513,x2514,x2511),f31(x2513,x2514,x2512))
% 46.46/46.53 [252]~E(x2521,x2522)+E(f46(x2521,x2523,x2524),f46(x2522,x2523,x2524))
% 46.46/46.53 [253]~E(x2531,x2532)+E(f46(x2533,x2531,x2534),f46(x2533,x2532,x2534))
% 46.46/46.53 [254]~E(x2541,x2542)+E(f46(x2543,x2544,x2541),f46(x2543,x2544,x2542))
% 46.46/46.53 [255]~E(x2551,x2552)+E(f50(x2551,x2553,x2554),f50(x2552,x2553,x2554))
% 46.46/46.53 [256]~E(x2561,x2562)+E(f50(x2563,x2561,x2564),f50(x2563,x2562,x2564))
% 46.46/46.53 [257]~E(x2571,x2572)+E(f50(x2573,x2574,x2571),f50(x2573,x2574,x2572))
% 46.46/46.53 [258]~P1(x2581)+P1(x2582)+~E(x2581,x2582)
% 46.46/46.53 [259]~P11(x2591)+P11(x2592)+~E(x2591,x2592)
% 46.46/46.53 [260]P12(x2602,x2603)+~E(x2601,x2602)+~P12(x2601,x2603)
% 46.46/46.53 [261]P12(x2613,x2612)+~E(x2611,x2612)+~P12(x2613,x2611)
% 46.46/46.53 [262]~P4(x2621)+P4(x2622)+~E(x2621,x2622)
% 46.46/46.53 [263]P2(x2632,x2633,x2634)+~E(x2631,x2632)+~P2(x2631,x2633,x2634)
% 46.46/46.53 [264]P2(x2643,x2642,x2644)+~E(x2641,x2642)+~P2(x2643,x2641,x2644)
% 46.46/46.53 [265]P2(x2653,x2654,x2652)+~E(x2651,x2652)+~P2(x2653,x2654,x2651)
% 46.46/46.53 [266]P8(x2662,x2663)+~E(x2661,x2662)+~P8(x2661,x2663)
% 46.46/46.53 [267]P8(x2673,x2672)+~E(x2671,x2672)+~P8(x2673,x2671)
% 46.46/46.53 [268]~P13(x2681)+P13(x2682)+~E(x2681,x2682)
% 46.46/46.53 [269]P6(x2692,x2693)+~E(x2691,x2692)+~P6(x2691,x2693)
% 46.46/46.53 [270]P6(x2703,x2702)+~E(x2701,x2702)+~P6(x2703,x2701)
% 46.46/46.53 [271]P3(x2712,x2713,x2714)+~E(x2711,x2712)+~P3(x2711,x2713,x2714)
% 46.46/46.53 [272]P3(x2723,x2722,x2724)+~E(x2721,x2722)+~P3(x2723,x2721,x2724)
% 46.46/46.53 [273]P3(x2733,x2734,x2732)+~E(x2731,x2732)+~P3(x2733,x2734,x2731)
% 46.46/46.53 [274]P10(x2742,x2743)+~E(x2741,x2742)+~P10(x2741,x2743)
% 46.46/46.53 [275]P10(x2753,x2752)+~E(x2751,x2752)+~P10(x2753,x2751)
% 46.46/46.53 [276]P5(x2762,x2763)+~E(x2761,x2762)+~P5(x2761,x2763)
% 46.46/46.53 [277]P5(x2773,x2772)+~E(x2771,x2772)+~P5(x2773,x2771)
% 46.46/46.53 [278]~P14(x2781)+P14(x2782)+~E(x2781,x2782)
% 46.46/46.53 [279]P7(x2792,x2793)+~E(x2791,x2792)+~P7(x2791,x2793)
% 46.46/46.53 [280]P7(x2803,x2802)+~E(x2801,x2802)+~P7(x2803,x2801)
% 46.46/46.53 [281]P9(x2812,x2813)+~E(x2811,x2812)+~P9(x2811,x2813)
% 46.46/46.53 [282]P9(x2823,x2822)+~E(x2821,x2822)+~P9(x2823,x2821)
% 46.46/46.53
% 46.46/46.53 %-------------------------------------------
% 46.46/46.54 cnf(572,plain,
% 46.46/46.54 (E(a2,a1)),
% 46.46/46.54 inference(scs_inference,[],[283,2])).
% 46.46/46.54 cnf(573,plain,
% 46.46/46.54 (P2(a58,a64,a1)),
% 46.46/46.54 inference(scs_inference,[],[283,299,2,265])).
% 46.46/46.54 cnf(577,plain,
% 46.46/46.54 (P1(a2)),
% 46.46/46.54 inference(scs_inference,[],[283,285,287,288,295,299,2,265,263,261,260,258])).
% 46.46/46.54 cnf(578,plain,
% 46.46/46.54 (~P12(a58,a2)),
% 46.46/46.54 inference(scs_inference,[],[283,285,287,288,295,299,2,265,263,261,260,258,325])).
% 46.46/46.54 cnf(582,plain,
% 46.46/46.54 (P2(a58,a58,a2)),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,294,295,299,2,265,263,261,260,258,325,315,354])).
% 46.46/46.54 cnf(584,plain,
% 46.46/46.54 (~P2(a60,a60,a2)),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,2,265,263,261,260,258,325,315,354,467])).
% 46.46/46.54 cnf(614,plain,
% 46.46/46.54 (E(f32(x6141,a1,x6142),f32(x6141,a2,x6142))),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228])).
% 46.46/46.54 cnf(615,plain,
% 46.46/46.54 (E(f32(a1,x6151,x6152),f32(a2,x6151,x6152))),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228,227])).
% 46.46/46.54 cnf(619,plain,
% 46.46/46.54 (E(f69(x6191,x6192,a1),f69(x6191,x6192,a2))),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228,227,226,225,224,223])).
% 46.46/46.54 cnf(620,plain,
% 46.46/46.54 (E(f69(x6201,a1,x6202),f69(x6201,a2,x6202))),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228,227,226,225,224,223,222])).
% 46.46/46.54 cnf(621,plain,
% 46.46/46.54 (E(f69(a1,x6211,x6212),f69(a2,x6211,x6212))),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228,227,226,225,224,223,222,221])).
% 46.46/46.54 cnf(767,plain,
% 46.46/46.54 (E(f33(a1,x7671,x7672,x7673,x7674),f33(a2,x7671,x7672,x7673,x7674))),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228,227,226,225,224,223,222,221,220,219,218,217,216,215,214,213,212,211,210,209,208,207,206,205,204,203,202,201,200,199,198,197,196,195,194,193,192,191,190,189,188,187,186,185,184,183,182,181,180,179,178,177,176,175,174,173,172,171,170,169,168,167,166,165,164,163,162,161,160,159,158,157,156,155,154,153,152,151,150,149,148,147,146,145,144,143,142,141,140,139,138,137,136,135,134,133,132,131,130,129,128,127,126,125,124,123,122,121,120,119,118,117,116,115,114,113,112,111,110,109,108,107,106,105,104,103,102,101,100,99,98,97,96,95,94,93,92,91,90,89,88,87,86,85,84,83,82,81,80,79,78,77,76,75])).
% 46.46/46.54 cnf(792,plain,
% 46.46/46.54 (E(f38(a1),f38(a2))),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228,227,226,225,224,223,222,221,220,219,218,217,216,215,214,213,212,211,210,209,208,207,206,205,204,203,202,201,200,199,198,197,196,195,194,193,192,191,190,189,188,187,186,185,184,183,182,181,180,179,178,177,176,175,174,173,172,171,170,169,168,167,166,165,164,163,162,161,160,159,158,157,156,155,154,153,152,151,150,149,148,147,146,145,144,143,142,141,140,139,138,137,136,135,134,133,132,131,130,129,128,127,126,125,124,123,122,121,120,119,118,117,116,115,114,113,112,111,110,109,108,107,106,105,104,103,102,101,100,99,98,97,96,95,94,93,92,91,90,89,88,87,86,85,84,83,82,81,80,79,78,77,76,75,74,73,72,71,70,69,68,67,66,65,64,63,62,61,60,59,58,57,56,55,54,53,52,51,50])).
% 46.46/46.54 cnf(800,plain,
% 46.46/46.54 (E(f44(x8001,a1,x8002,x8003,x8004),f44(x8001,a2,x8002,x8003,x8004))),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228,227,226,225,224,223,222,221,220,219,218,217,216,215,214,213,212,211,210,209,208,207,206,205,204,203,202,201,200,199,198,197,196,195,194,193,192,191,190,189,188,187,186,185,184,183,182,181,180,179,178,177,176,175,174,173,172,171,170,169,168,167,166,165,164,163,162,161,160,159,158,157,156,155,154,153,152,151,150,149,148,147,146,145,144,143,142,141,140,139,138,137,136,135,134,133,132,131,130,129,128,127,126,125,124,123,122,121,120,119,118,117,116,115,114,113,112,111,110,109,108,107,106,105,104,103,102,101,100,99,98,97,96,95,94,93,92,91,90,89,88,87,86,85,84,83,82,81,80,79,78,77,76,75,74,73,72,71,70,69,68,67,66,65,64,63,62,61,60,59,58,57,56,55,54,53,52,51,50,49,48,47,46,45,44,43,42])).
% 46.46/46.54 cnf(839,plain,
% 46.46/46.54 (~E(a63,x8391)+P13(x8391)),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228,227,226,225,224,223,222,221,220,219,218,217,216,215,214,213,212,211,210,209,208,207,206,205,204,203,202,201,200,199,198,197,196,195,194,193,192,191,190,189,188,187,186,185,184,183,182,181,180,179,178,177,176,175,174,173,172,171,170,169,168,167,166,165,164,163,162,161,160,159,158,157,156,155,154,153,152,151,150,149,148,147,146,145,144,143,142,141,140,139,138,137,136,135,134,133,132,131,130,129,128,127,126,125,124,123,122,121,120,119,118,117,116,115,114,113,112,111,110,109,108,107,106,105,104,103,102,101,100,99,98,97,96,95,94,93,92,91,90,89,88,87,86,85,84,83,82,81,80,79,78,77,76,75,74,73,72,71,70,69,68,67,66,65,64,63,62,61,60,59,58,57,56,55,54,53,52,51,50,49,48,47,46,45,44,43,42,41,40,39,38,37,36,35,34,33,32,31,30,29,28,27,26,25,24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,268])).
% 46.46/46.54 cnf(841,plain,
% 46.46/46.54 (P12(f38(a2),a2)),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,301,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228,227,226,225,224,223,222,221,220,219,218,217,216,215,214,213,212,211,210,209,208,207,206,205,204,203,202,201,200,199,198,197,196,195,194,193,192,191,190,189,188,187,186,185,184,183,182,181,180,179,178,177,176,175,174,173,172,171,170,169,168,167,166,165,164,163,162,161,160,159,158,157,156,155,154,153,152,151,150,149,148,147,146,145,144,143,142,141,140,139,138,137,136,135,134,133,132,131,130,129,128,127,126,125,124,123,122,121,120,119,118,117,116,115,114,113,112,111,110,109,108,107,106,105,104,103,102,101,100,99,98,97,96,95,94,93,92,91,90,89,88,87,86,85,84,83,82,81,80,79,78,77,76,75,74,73,72,71,70,69,68,67,66,65,64,63,62,61,60,59,58,57,56,55,54,53,52,51,50,49,48,47,46,45,44,43,42,41,40,39,38,37,36,35,34,33,32,31,30,29,28,27,26,25,24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,268,3,313])).
% 46.46/46.54 cnf(847,plain,
% 46.46/46.54 (P11(f38(a2))),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,301,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228,227,226,225,224,223,222,221,220,219,218,217,216,215,214,213,212,211,210,209,208,207,206,205,204,203,202,201,200,199,198,197,196,195,194,193,192,191,190,189,188,187,186,185,184,183,182,181,180,179,178,177,176,175,174,173,172,171,170,169,168,167,166,165,164,163,162,161,160,159,158,157,156,155,154,153,152,151,150,149,148,147,146,145,144,143,142,141,140,139,138,137,136,135,134,133,132,131,130,129,128,127,126,125,124,123,122,121,120,119,118,117,116,115,114,113,112,111,110,109,108,107,106,105,104,103,102,101,100,99,98,97,96,95,94,93,92,91,90,89,88,87,86,85,84,83,82,81,80,79,78,77,76,75,74,73,72,71,70,69,68,67,66,65,64,63,62,61,60,59,58,57,56,55,54,53,52,51,50,49,48,47,46,45,44,43,42,41,40,39,38,37,36,35,34,33,32,31,30,29,28,27,26,25,24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,268,3,313,311,310,309])).
% 46.46/46.54 cnf(851,plain,
% 46.46/46.54 (P9(a3,f65(a58,a58))),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,301,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228,227,226,225,224,223,222,221,220,219,218,217,216,215,214,213,212,211,210,209,208,207,206,205,204,203,202,201,200,199,198,197,196,195,194,193,192,191,190,189,188,187,186,185,184,183,182,181,180,179,178,177,176,175,174,173,172,171,170,169,168,167,166,165,164,163,162,161,160,159,158,157,156,155,154,153,152,151,150,149,148,147,146,145,144,143,142,141,140,139,138,137,136,135,134,133,132,131,130,129,128,127,126,125,124,123,122,121,120,119,118,117,116,115,114,113,112,111,110,109,108,107,106,105,104,103,102,101,100,99,98,97,96,95,94,93,92,91,90,89,88,87,86,85,84,83,82,81,80,79,78,77,76,75,74,73,72,71,70,69,68,67,66,65,64,63,62,61,60,59,58,57,56,55,54,53,52,51,50,49,48,47,46,45,44,43,42,41,40,39,38,37,36,35,34,33,32,31,30,29,28,27,26,25,24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,268,3,313,311,310,309,305,337])).
% 46.46/46.54 cnf(853,plain,
% 46.46/46.54 (E(f67(a58,a58,a58),a3)),
% 46.46/46.54 inference(scs_inference,[],[283,284,285,287,288,291,293,294,295,299,301,2,265,263,261,260,258,325,315,354,467,257,256,255,254,253,252,251,250,249,248,247,246,245,244,243,242,241,240,239,238,237,236,235,234,233,232,231,230,229,228,227,226,225,224,223,222,221,220,219,218,217,216,215,214,213,212,211,210,209,208,207,206,205,204,203,202,201,200,199,198,197,196,195,194,193,192,191,190,189,188,187,186,185,184,183,182,181,180,179,178,177,176,175,174,173,172,171,170,169,168,167,166,165,164,163,162,161,160,159,158,157,156,155,154,153,152,151,150,149,148,147,146,145,144,143,142,141,140,139,138,137,136,135,134,133,132,131,130,129,128,127,126,125,124,123,122,121,120,119,118,117,116,115,114,113,112,111,110,109,108,107,106,105,104,103,102,101,100,99,98,97,96,95,94,93,92,91,90,89,88,87,86,85,84,83,82,81,80,79,78,77,76,75,74,73,72,71,70,69,68,67,66,65,64,63,62,61,60,59,58,57,56,55,54,53,52,51,50,49,48,47,46,45,44,43,42,41,40,39,38,37,36,35,34,33,32,31,30,29,28,27,26,25,24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,268,3,313,311,310,309,305,337,346])).
% 46.46/46.54 cnf(882,plain,
% 46.46/46.54 (E(f69(x8821,a1,x8822),f69(x8821,a2,x8822))),
% 46.46/46.54 inference(rename_variables,[],[620])).
% 46.46/46.54 cnf(884,plain,
% 46.46/46.54 (~P14(f69(x8841,a2,a2))),
% 46.46/46.54 inference(scs_inference,[],[283,297,619,620,882,359,358,357])).
% 46.46/46.54 cnf(897,plain,
% 46.46/46.54 (P12(f38(a1),a1)),
% 46.46/46.54 inference(scs_inference,[],[283,297,293,292,286,287,619,620,882,577,359,358,357,330,329,323,322,328,313])).
% 46.46/46.54 cnf(913,plain,
% 46.46/46.54 (P2(a58,a4,a2)),
% 46.46/46.54 inference(scs_inference,[],[283,302,304,297,293,292,286,284,294,287,285,584,619,620,882,582,851,577,359,358,357,330,329,323,322,328,313,310,309,372,2,281,265,3,305,353,264])).
% 46.46/46.54 cnf(914,plain,
% 46.46/46.54 (~P12(a58,a1)),
% 46.46/46.54 inference(scs_inference,[],[283,302,304,297,293,292,286,284,294,287,285,584,619,620,882,582,578,851,577,359,358,357,330,329,323,322,328,313,310,309,372,2,281,265,3,305,353,264,261])).
% 46.46/46.54 cnf(977,plain,
% 46.46/46.54 (P12(a60,f56(a60,a58))),
% 46.46/46.54 inference(scs_inference,[],[301,291,293,287,285,341,340,339])).
% 46.46/46.54 cnf(981,plain,
% 46.46/46.54 (P4(f6(a60,a58))),
% 46.46/46.54 inference(scs_inference,[],[301,291,293,287,285,341,340,339,338,335])).
% 46.46/46.54 cnf(983,plain,
% 46.46/46.54 (P1(f56(a60,a58))),
% 46.46/46.54 inference(scs_inference,[],[301,291,293,287,285,341,340,339,338,335,334])).
% 46.46/46.54 cnf(987,plain,
% 46.46/46.54 (~P2(f32(a1,a2,a58),a58,a1)),
% 46.46/46.54 inference(scs_inference,[],[301,291,293,287,285,914,577,283,341,340,339,338,335,334,324,447])).
% 46.46/46.54 cnf(994,plain,
% 46.46/46.54 (E(f69(a1,x9941,x9942),f69(a2,x9941,x9942))),
% 46.46/46.54 inference(rename_variables,[],[621])).
% 46.46/46.54 cnf(997,plain,
% 46.46/46.54 (E(f69(a1,x9971,x9972),f69(a2,x9971,x9972))),
% 46.46/46.54 inference(rename_variables,[],[621])).
% 46.46/46.54 cnf(1003,plain,
% 46.46/46.54 (E(f67(a60,a60,a60),a3)),
% 46.46/46.54 inference(scs_inference,[],[284,572,301,296,288,291,293,287,285,286,292,621,994,997,914,577,283,341,340,339,338,335,334,324,447,371,367,359,358,276,357,346])).
% 46.46/46.54 cnf(1011,plain,
% 46.46/46.54 (E(a63,a3)),
% 46.46/46.54 inference(scs_inference,[],[284,572,301,296,288,291,293,287,285,286,292,614,621,994,997,884,914,619,577,283,341,340,339,338,335,334,324,447,371,367,359,358,276,357,346,278,263,337,2])).
% 46.46/46.54 cnf(1012,plain,
% 46.46/46.54 (E(f67(a58,a58,a58),a63)),
% 46.46/46.54 inference(scs_inference,[],[284,572,301,296,288,291,293,287,285,286,292,614,621,994,997,884,914,853,619,577,283,341,340,339,338,335,334,324,447,371,367,359,358,276,357,346,278,263,337,2,3])).
% 46.46/46.54 cnf(1013,plain,
% 46.46/46.54 (~E(f38(a1),a58)),
% 46.46/46.54 inference(scs_inference,[],[284,572,301,296,288,291,293,287,285,286,292,614,621,994,997,884,897,914,853,619,577,283,341,340,339,338,335,334,324,447,371,367,359,358,276,357,346,278,263,337,2,3,260])).
% 46.46/46.54 cnf(1015,plain,
% 46.46/46.54 (P13(a3)),
% 46.46/46.54 inference(scs_inference,[],[284,572,301,296,288,291,293,287,285,286,292,614,621,994,997,884,897,914,853,619,577,283,341,340,339,338,335,334,324,447,371,367,359,358,276,357,346,278,263,337,2,3,260,261,839])).
% 46.46/46.54 cnf(1016,plain,
% 46.46/46.54 (P6(a60,f6(a60,a58))),
% 46.46/46.54 inference(scs_inference,[],[284,572,301,296,288,291,293,287,285,286,292,614,621,994,997,884,897,914,853,619,577,283,341,340,339,338,335,334,324,447,371,367,359,358,276,357,346,278,263,337,2,3,260,261,839,316])).
% 46.46/46.54 cnf(1022,plain,
% 46.46/46.54 (E(f12(a60,f6(a60,a58)),f6(a60,a58))),
% 46.46/46.54 inference(scs_inference,[],[284,572,301,296,288,291,293,287,285,286,292,614,621,994,997,884,897,914,853,619,577,283,341,340,339,338,335,334,324,447,371,367,359,358,276,357,346,278,263,337,2,3,260,261,839,316,333,332,318])).
% 46.46/46.54 cnf(1024,plain,
% 46.46/46.54 (E(f5(a60,f6(a60,a58)),a60)),
% 46.46/46.54 inference(scs_inference,[],[284,572,301,296,288,291,293,287,285,286,292,614,621,994,997,884,897,914,853,619,577,283,341,340,339,338,335,334,324,447,371,367,359,358,276,357,346,278,263,337,2,3,260,261,839,316,333,332,318,317])).
% 46.46/46.54 cnf(1088,plain,
% 46.46/46.54 (P5(a59,f6(a59,a58))),
% 46.46/46.54 inference(scs_inference,[],[304,295,572,288,286,291,292,293,287,285,1022,981,482,480,469,308,307,306,341])).
% 46.46/46.54 cnf(1100,plain,
% 46.46/46.54 (P12(a59,f56(a59,a58))),
% 46.46/46.54 inference(scs_inference,[],[304,295,294,572,288,286,291,292,293,287,285,1022,981,1012,482,480,469,308,307,306,341,338,371,324,311,340,339])).
% 46.46/46.54 cnf(1104,plain,
% 46.46/46.54 (P1(f56(a59,a58))),
% 46.46/46.54 inference(scs_inference,[],[304,295,294,572,288,286,291,292,293,287,285,1022,981,1012,482,480,469,308,307,306,341,338,371,324,311,340,339,335,334])).
% 46.46/46.54 cnf(1113,plain,
% 46.46/46.54 (~E(a58,a59)),
% 46.46/46.54 inference(scs_inference,[],[304,295,294,572,288,286,291,292,293,287,285,1022,615,981,1016,1012,578,482,480,469,308,307,306,341,338,371,324,311,340,339,335,334,447,367,269,263,2])).
% 46.46/46.54 cnf(1116,plain,
% 46.46/46.54 (~P2(a60,f5(a60,f6(a60,a58)),a2)),
% 46.46/46.54 inference(scs_inference,[],[304,303,295,296,294,572,288,286,291,292,293,287,285,1022,615,981,1016,1024,1012,584,578,482,480,469,308,307,306,341,338,371,324,311,340,339,335,334,447,367,269,263,2,3,260,264])).
% 46.46/46.54 cnf(1122,plain,
% 46.46/46.54 (P2(f31(a2,a1,a58),a58,a2)),
% 46.46/46.54 inference(scs_inference,[],[304,289,303,295,296,294,572,288,286,291,292,293,287,285,1022,615,981,1016,1024,1012,841,584,578,482,480,469,308,307,306,341,338,371,324,311,340,339,335,334,447,367,269,263,2,3,260,264,261,319,328,423])).
% 46.46/46.54 cnf(1142,plain,
% 46.46/46.54 (P9(a3,f65(a59,a59))),
% 46.46/46.54 inference(scs_inference,[],[304,289,303,295,296,294,572,288,286,291,292,293,287,285,1022,615,981,792,847,1016,1024,1012,841,584,578,482,480,469,308,307,306,341,338,371,324,311,340,339,335,334,447,367,269,263,2,3,260,264,261,319,328,423,411,381,322,330,329,323,396,382,372,337])).
% 46.46/46.54 cnf(1158,plain,
% 46.46/46.54 (P12(f44(a2,a1,a59,a15,a59),a2)),
% 46.46/46.54 inference(scs_inference,[],[285,296,572,288,293,286,287,292,291,375,374,499])).
% 46.46/46.54 cnf(1160,plain,
% 46.46/46.54 (P11(f44(a2,a1,a59,a15,a59))),
% 46.46/46.54 inference(scs_inference,[],[285,296,572,288,293,286,287,292,291,375,374,499,498])).
% 46.46/46.54 cnf(1182,plain,
% 46.46/46.54 (P11(f70(a59,a15,a58,a4))),
% 46.46/46.54 inference(scs_inference,[],[285,303,301,296,572,288,293,286,287,292,291,1113,375,374,499,498,326,473,489,413,386,363,361,376,380,469,470])).
% 46.46/46.54 cnf(1193,plain,
% 46.46/46.54 (E(a4,a58)),
% 46.46/46.54 inference(scs_inference,[],[285,573,303,301,296,572,288,293,286,287,292,291,800,1113,375,374,499,498,326,473,489,413,386,363,361,376,380,469,470,379,378,362,263,260,2])).
% 46.46/46.54 cnf(1198,plain,
% 46.46/46.54 (P7(f67(a58,a60,a58),a3)),
% 46.46/46.54 inference(scs_inference,[],[285,573,290,297,303,301,296,572,288,293,286,287,292,291,800,1122,1113,375,374,499,498,326,473,489,413,386,363,361,376,380,469,470,379,378,362,263,260,2,264,3,366,387])).
% 46.46/46.54 cnf(1233,plain,
% 46.46/46.54 (P9(f61(a58,a59,a59),f66(a68,a68))),
% 46.46/46.54 inference(scs_inference,[],[285,294,295,296,572,288,292,293,286,291,287,1003,1015,1012,472,463,462,461,460,482,327,413])).
% 46.46/46.54 cnf(1271,plain,
% 46.46/46.54 (P12(a58,f6(a59,a58))),
% 46.46/46.54 inference(scs_inference,[],[285,303,294,295,296,572,288,292,293,286,291,287,987,1116,1003,1013,1198,1015,1193,847,792,1024,981,1012,1113,1022,284,472,463,462,461,460,482,327,413,387,480,361,280,279,386,379,363,376,362,378,264,263,3,2,466,492,341,374,493,324,340])).
% 46.46/46.54 cnf(1306,plain,
% 46.46/46.54 (P2(f33(a2,a1,a58,a4,a58),a58,a2)),
% 46.46/46.54 inference(scs_inference,[],[572,288,291,582,578,285,503])).
% 46.46/46.54 cnf(1308,plain,
% 46.46/46.54 (P11(f33(a2,a1,a58,a4,a58))),
% 46.46/46.54 inference(scs_inference,[],[572,288,291,582,578,285,503,500])).
% 46.46/46.54 cnf(1367,plain,
% 46.46/46.54 (E(f6(a59,x13671),f6(a15,x13671))),
% 46.46/46.54 inference(scs_inference,[],[286,572,288,293,292,291,287,582,578,285,503,500,472,463,462,257,256,255,254,253,251,248,247,246,244,243,240,239,237,236,231,228,227,226,225,224,223,221,220,219,216,215,214,213,212,207,204,203,202,200,198,197,195,193,191,190,188,186,185,183,182,181,179,177,176,175,173])).
% 46.46/46.54 cnf(1419,plain,
% 46.46/46.54 (E(f70(x14191,a59,x14192,x14193),f70(x14191,a15,x14192,x14193))),
% 46.46/46.54 inference(scs_inference,[],[286,572,288,293,292,291,287,582,578,285,503,500,472,463,462,257,256,255,254,253,251,248,247,246,244,243,240,239,237,236,231,228,227,226,225,224,223,221,220,219,216,215,214,213,212,207,204,203,202,200,198,197,195,193,191,190,188,186,185,183,182,181,179,177,176,175,173,172,169,167,166,165,164,162,159,156,152,151,148,147,146,145,144,141,139,138,137,136,134,132,130,129,119,118,115,112,111,110,107,102,101,100,98,97,96,92,91,90,86,85,83,80,78,76,68,62,57,56,54])).
% 46.46/46.54 cnf(1422,plain,
% 46.46/46.54 (E(f44(x14221,x14222,a59,x14223,x14224),f44(x14221,x14222,a15,x14223,x14224))),
% 46.46/46.54 inference(scs_inference,[],[286,572,288,293,292,291,287,582,578,285,503,500,472,463,462,257,256,255,254,253,251,248,247,246,244,243,240,239,237,236,231,228,227,226,225,224,223,221,220,219,216,215,214,213,212,207,204,203,202,200,198,197,195,193,191,190,188,186,185,183,182,181,179,177,176,175,173,172,169,167,166,165,164,162,159,156,152,151,148,147,146,145,144,141,139,138,137,136,134,132,130,129,119,118,115,112,111,110,107,102,101,100,98,97,96,92,91,90,86,85,83,80,78,76,68,62,57,56,54,51,49,43])).
% 46.46/46.54 cnf(1444,plain,
% 46.46/46.54 (E(f65(a59,x14441),f65(a15,x14441))),
% 46.46/46.54 inference(scs_inference,[],[286,572,288,293,292,291,287,582,578,285,503,500,472,463,462,257,256,255,254,253,251,248,247,246,244,243,240,239,237,236,231,228,227,226,225,224,223,221,220,219,216,215,214,213,212,207,204,203,202,200,198,197,195,193,191,190,188,186,185,183,182,181,179,177,176,175,173,172,169,167,166,165,164,162,159,156,152,151,148,147,146,145,144,141,139,138,137,136,134,132,130,129,119,118,115,112,111,110,107,102,101,100,98,97,96,92,91,90,86,85,83,80,78,76,68,62,57,56,54,51,49,43,41,40,39,37,36,32,31,30,26,23,22,21,20,18,17,15,13,12,11,10,9,4])).
% 46.46/46.54 cnf(1484,plain,
% 46.46/46.54 (E(f56(a59,x14841),f56(a15,x14841))),
% 46.46/46.54 inference(scs_inference,[],[286,572,288,293,292,291,287,1088,1142,582,578,285,503,500,472,463,462,257,256,255,254,253,251,248,247,246,244,243,240,239,237,236,231,228,227,226,225,224,223,221,220,219,216,215,214,213,212,207,204,203,202,200,198,197,195,193,191,190,188,186,185,183,182,181,179,177,176,175,173,172,169,167,166,165,164,162,159,156,152,151,148,147,146,145,144,141,139,138,137,136,134,132,130,129,119,118,115,112,111,110,107,102,101,100,98,97,96,92,91,90,86,85,83,80,78,76,68,62,57,56,54,51,49,43,41,40,39,37,36,32,31,30,26,23,22,21,20,18,17,15,13,12,11,10,9,4,282,277,461,460,252,250,249,245,242,241,238,235,234,233,232,230,229,222,218,217,211,210,209,208,206,205,201,199,196,194,192,189,187,184,180,178,174,171])).
% 46.46/46.54 cnf(1558,plain,
% 46.46/46.54 (E(f44(x15581,x15582,x15583,a59,x15584),f44(x15581,x15582,x15583,a15,x15584))),
% 46.46/46.54 inference(scs_inference,[],[286,572,288,293,292,291,287,1088,1142,582,578,285,503,500,472,463,462,257,256,255,254,253,251,248,247,246,244,243,240,239,237,236,231,228,227,226,225,224,223,221,220,219,216,215,214,213,212,207,204,203,202,200,198,197,195,193,191,190,188,186,185,183,182,181,179,177,176,175,173,172,169,167,166,165,164,162,159,156,152,151,148,147,146,145,144,141,139,138,137,136,134,132,130,129,119,118,115,112,111,110,107,102,101,100,98,97,96,92,91,90,86,85,83,80,78,76,68,62,57,56,54,51,49,43,41,40,39,37,36,32,31,30,26,23,22,21,20,18,17,15,13,12,11,10,9,4,282,277,461,460,252,250,249,245,242,241,238,235,234,233,232,230,229,222,218,217,211,210,209,208,206,205,201,199,196,194,192,189,187,184,180,178,174,171,170,168,163,161,160,158,157,155,154,153,150,149,143,142,140,135,133,131,128,127,126,125,124,123,122,121,120,117,116,114,113,109,108,106,105,104,103,99,95,94,93,89,88,87,84,82,81,79,77,75,74,73,72,71,70,69,67,66,65,64,63,61,60,59,58,55,53,52,50,48,47,46,45,44])).
% 46.46/46.54 cnf(1572,plain,
% 46.46/46.54 (E(f61(x15721,x15722,a59),f61(x15721,x15722,a15))),
% 46.46/46.54 inference(scs_inference,[],[286,572,288,293,292,291,287,1088,1142,582,578,285,503,500,472,463,462,257,256,255,254,253,251,248,247,246,244,243,240,239,237,236,231,228,227,226,225,224,223,221,220,219,216,215,214,213,212,207,204,203,202,200,198,197,195,193,191,190,188,186,185,183,182,181,179,177,176,175,173,172,169,167,166,165,164,162,159,156,152,151,148,147,146,145,144,141,139,138,137,136,134,132,130,129,119,118,115,112,111,110,107,102,101,100,98,97,96,92,91,90,86,85,83,80,78,76,68,62,57,56,54,51,49,43,41,40,39,37,36,32,31,30,26,23,22,21,20,18,17,15,13,12,11,10,9,4,282,277,461,460,252,250,249,245,242,241,238,235,234,233,232,230,229,222,218,217,211,210,209,208,206,205,201,199,196,194,192,189,187,184,180,178,174,171,170,168,163,161,160,158,157,155,154,153,150,149,143,142,140,135,133,131,128,127,126,125,124,123,122,121,120,117,116,114,113,109,108,106,105,104,103,99,95,94,93,89,88,87,84,82,81,79,77,75,74,73,72,71,70,69,67,66,65,64,63,61,60,59,58,55,53,52,50,48,47,46,45,44,42,38,35,34,33,29,28,27,25,24,19,16,14,8])).
% 46.46/46.54 cnf(1578,plain,
% 46.46/46.54 (P1(f56(a15,a58))),
% 46.46/46.54 inference(scs_inference,[],[286,295,296,572,288,293,292,291,287,1088,1142,582,1104,578,285,503,500,472,463,462,257,256,255,254,253,251,248,247,246,244,243,240,239,237,236,231,228,227,226,225,224,223,221,220,219,216,215,214,213,212,207,204,203,202,200,198,197,195,193,191,190,188,186,185,183,182,181,179,177,176,175,173,172,169,167,166,165,164,162,159,156,152,151,148,147,146,145,144,141,139,138,137,136,134,132,130,129,119,118,115,112,111,110,107,102,101,100,98,97,96,92,91,90,86,85,83,80,78,76,68,62,57,56,54,51,49,43,41,40,39,37,36,32,31,30,26,23,22,21,20,18,17,15,13,12,11,10,9,4,282,277,461,460,252,250,249,245,242,241,238,235,234,233,232,230,229,222,218,217,211,210,209,208,206,205,201,199,196,194,192,189,187,184,180,178,174,171,170,168,163,161,160,158,157,155,154,153,150,149,143,142,140,135,133,131,128,127,126,125,124,123,122,121,120,117,116,114,113,109,108,106,105,104,103,99,95,94,93,89,88,87,84,82,81,79,77,75,74,73,72,71,70,69,67,66,65,64,63,61,60,59,58,55,53,52,50,48,47,46,45,44,42,38,35,34,33,29,28,27,25,24,19,16,14,8,7,6,5,469,258])).
% 46.46/46.54 cnf(1581,plain,
% 46.46/46.54 (E(a58,a60)),
% 46.46/46.54 inference(scs_inference,[],[286,295,296,572,288,293,292,291,287,983,977,1088,1142,582,1104,578,285,503,500,472,463,462,257,256,255,254,253,251,248,247,246,244,243,240,239,237,236,231,228,227,226,225,224,223,221,220,219,216,215,214,213,212,207,204,203,202,200,198,197,195,193,191,190,188,186,185,183,182,181,179,177,176,175,173,172,169,167,166,165,164,162,159,156,152,151,148,147,146,145,144,141,139,138,137,136,134,132,130,129,119,118,115,112,111,110,107,102,101,100,98,97,96,92,91,90,86,85,83,80,78,76,68,62,57,56,54,51,49,43,41,40,39,37,36,32,31,30,26,23,22,21,20,18,17,15,13,12,11,10,9,4,282,277,461,460,252,250,249,245,242,241,238,235,234,233,232,230,229,222,218,217,211,210,209,208,206,205,201,199,196,194,192,189,187,184,180,178,174,171,170,168,163,161,160,158,157,155,154,153,150,149,143,142,140,135,133,131,128,127,126,125,124,123,122,121,120,117,116,114,113,109,108,106,105,104,103,99,95,94,93,89,88,87,84,82,81,79,77,75,74,73,72,71,70,69,67,66,65,64,63,61,60,59,58,55,53,52,50,48,47,46,45,44,42,38,35,34,33,29,28,27,25,24,19,16,14,8,7,6,5,469,258,325,338])).
% 46.46/46.54 cnf(1633,plain,
% 46.46/46.54 (E(f56(a59,x16331),f56(a15,x16331))),
% 46.46/46.54 inference(rename_variables,[],[1484])).
% 46.46/46.54 cnf(1647,plain,
% 46.46/46.54 (E(f56(a59,x16471),f56(a15,x16471))),
% 46.46/46.54 inference(rename_variables,[],[1484])).
% 46.46/46.54 cnf(1654,plain,
% 46.46/46.54 (E(f56(a59,x16541),f56(a15,x16541))),
% 46.46/46.54 inference(rename_variables,[],[1484])).
% 46.46/46.54 cnf(1679,plain,
% 46.46/46.54 (E(f56(a59,x16791),f56(a15,x16791))),
% 46.46/46.54 inference(rename_variables,[],[1484])).
% 46.46/46.54 cnf(1699,plain,
% 46.46/46.54 ($false),
% 46.46/46.54 inference(scs_inference,[],[286,298,573,301,295,572,288,293,292,291,287,1182,767,1308,1422,1558,1419,1572,1367,1444,1484,1633,1647,1654,1679,1233,913,1100,1578,1158,1271,1306,1011,1581,1160,584,1015,285,398,394,313,409,463,315,462,310,309,413,472,499,361,461,460,281,305,386,379,363,376,374,498,362,275,274,378,469,265,261,264,3,263,260,2]),
% 46.46/46.54 ['proof']).
% 46.46/46.54 % SZS output end Proof
% 46.46/46.54 % Total time :45.260000s
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