%------------------------------------------------------------------------------
% File     : SNARK---20120808r022
% Problem  : NUM376+1.020 : TPTP v8.1.0. Released v3.2.0.
% Transfm  : none
% Format   : tptp:raw
% Command  : run-snark %s %d

% Computer : n010.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  : 600s
% DateTime : Mon Jul 18 14:09:19 EDT 2022

% Result   : Unsatisfiable 1.66s 1.88s
% Output   : Refutation 1.83s
% Verified : 
% SZS Type : ERROR: Analysing output (MakeTreeStats ran out of CPU time)

% Comments : 
%------------------------------------------------------------------------------
cnf(1,axiom,
    succ(n0) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(2,axiom,
    succ(n1) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(3,axiom,
    succ(n2) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(4,axiom,
    succ(n3) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(5,axiom,
    succ(n4) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(6,axiom,
    succ(n5) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(7,axiom,
    succ(n6) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(8,axiom,
    succ(n7) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(9,axiom,
    succ(n8) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(10,axiom,
    succ(n9) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(11,axiom,
    succ(n10) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(12,axiom,
    succ(n11) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(13,axiom,
    succ(n12) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(14,axiom,
    succ(n13) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(15,axiom,
    succ(n14) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(16,axiom,
    succ(n15) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(17,axiom,
    succ(n16) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(18,axiom,
    succ(n17) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(19,axiom,
    succ(n18) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(20,axiom,
    succ(n19) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(21,axiom,
    succ(n20) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(22,axiom,
    pred(n0) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(23,axiom,
    pred(n1) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(24,axiom,
    pred(n2) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(25,axiom,
    pred(n3) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(26,axiom,
    pred(n4) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(27,axiom,
    pred(n5) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(28,axiom,
    pred(n6) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(29,axiom,
    pred(n7) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(30,axiom,
    pred(n8) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(31,axiom,
    pred(n9) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(32,axiom,
    pred(n10) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(33,axiom,
    pred(n11) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(34,axiom,
    pred(n12) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(35,axiom,
    pred(n13) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(36,axiom,
    pred(n14) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(37,axiom,
    pred(n15) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(38,axiom,
    pred(n16) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(39,axiom,
    pred(n17) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(40,axiom,
    pred(n18) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(41,axiom,
    pred(n19) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(42,axiom,
    pred(n20) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(43,axiom,
    sum(n0,n0) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(44,axiom,
    sum(n0,n1) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(45,axiom,
    sum(n0,n2) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(46,axiom,
    sum(n0,n3) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(47,axiom,
    sum(n0,n4) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(48,axiom,
    sum(n0,n5) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(49,axiom,
    sum(n0,n6) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(50,axiom,
    sum(n0,n7) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(51,axiom,
    sum(n0,n8) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(52,axiom,
    sum(n0,n9) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(53,axiom,
    sum(n0,n10) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(54,axiom,
    sum(n0,n11) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(55,axiom,
    sum(n0,n12) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(56,axiom,
    sum(n0,n13) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(57,axiom,
    sum(n0,n14) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(58,axiom,
    sum(n0,n15) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(59,axiom,
    sum(n0,n16) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(60,axiom,
    sum(n0,n17) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(61,axiom,
    sum(n0,n18) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(62,axiom,
    sum(n0,n19) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(63,axiom,
    sum(n0,n20) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(64,axiom,
    sum(n1,n0) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(65,axiom,
    sum(n1,n1) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(66,axiom,
    sum(n1,n2) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(67,axiom,
    sum(n1,n3) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(68,axiom,
    sum(n1,n4) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(69,axiom,
    sum(n1,n5) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(70,axiom,
    sum(n1,n6) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(71,axiom,
    sum(n1,n7) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(72,axiom,
    sum(n1,n8) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(73,axiom,
    sum(n1,n9) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(74,axiom,
    sum(n1,n10) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(75,axiom,
    sum(n1,n11) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(76,axiom,
    sum(n1,n12) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(77,axiom,
    sum(n1,n13) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(78,axiom,
    sum(n1,n14) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(79,axiom,
    sum(n1,n15) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(80,axiom,
    sum(n1,n16) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(81,axiom,
    sum(n1,n17) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(82,axiom,
    sum(n1,n18) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(83,axiom,
    sum(n1,n19) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(84,axiom,
    sum(n1,n20) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(85,axiom,
    sum(n2,n0) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(86,axiom,
    sum(n2,n1) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(87,axiom,
    sum(n2,n2) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(88,axiom,
    sum(n2,n3) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(89,axiom,
    sum(n2,n4) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(90,axiom,
    sum(n2,n5) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(91,axiom,
    sum(n2,n6) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(92,axiom,
    sum(n2,n7) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(93,axiom,
    sum(n2,n8) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(94,axiom,
    sum(n2,n9) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(95,axiom,
    sum(n2,n10) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(96,axiom,
    sum(n2,n11) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(97,axiom,
    sum(n2,n12) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(98,axiom,
    sum(n2,n13) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(99,axiom,
    sum(n2,n14) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(100,axiom,
    sum(n2,n15) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(101,axiom,
    sum(n2,n16) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(102,axiom,
    sum(n2,n17) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(103,axiom,
    sum(n2,n18) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(104,axiom,
    sum(n2,n19) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(105,axiom,
    sum(n2,n20) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(106,axiom,
    sum(n3,n0) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(107,axiom,
    sum(n3,n1) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(108,axiom,
    sum(n3,n2) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(109,axiom,
    sum(n3,n3) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(110,axiom,
    sum(n3,n4) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(111,axiom,
    sum(n3,n5) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(112,axiom,
    sum(n3,n6) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(113,axiom,
    sum(n3,n7) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(114,axiom,
    sum(n3,n8) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(115,axiom,
    sum(n3,n9) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(116,axiom,
    sum(n3,n10) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(117,axiom,
    sum(n3,n11) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(118,axiom,
    sum(n3,n12) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(119,axiom,
    sum(n3,n13) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(120,axiom,
    sum(n3,n14) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(121,axiom,
    sum(n3,n15) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(122,axiom,
    sum(n3,n16) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(123,axiom,
    sum(n3,n17) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(124,axiom,
    sum(n3,n18) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(125,axiom,
    sum(n3,n19) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(126,axiom,
    sum(n3,n20) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(127,axiom,
    sum(n4,n0) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(128,axiom,
    sum(n4,n1) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(129,axiom,
    sum(n4,n2) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(130,axiom,
    sum(n4,n3) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(131,axiom,
    sum(n4,n4) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(132,axiom,
    sum(n4,n5) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(133,axiom,
    sum(n4,n6) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(134,axiom,
    sum(n4,n7) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(135,axiom,
    sum(n4,n8) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(136,axiom,
    sum(n4,n9) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(137,axiom,
    sum(n4,n10) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(138,axiom,
    sum(n4,n11) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(139,axiom,
    sum(n4,n12) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(140,axiom,
    sum(n4,n13) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(141,axiom,
    sum(n4,n14) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(142,axiom,
    sum(n4,n15) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(143,axiom,
    sum(n4,n16) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(144,axiom,
    sum(n4,n17) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(145,axiom,
    sum(n4,n18) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(146,axiom,
    sum(n4,n19) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(147,axiom,
    sum(n4,n20) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(148,axiom,
    sum(n5,n0) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(149,axiom,
    sum(n5,n1) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(150,axiom,
    sum(n5,n2) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(151,axiom,
    sum(n5,n3) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(152,axiom,
    sum(n5,n4) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(153,axiom,
    sum(n5,n5) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(154,axiom,
    sum(n5,n6) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(155,axiom,
    sum(n5,n7) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(156,axiom,
    sum(n5,n8) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(157,axiom,
    sum(n5,n9) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(158,axiom,
    sum(n5,n10) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(159,axiom,
    sum(n5,n11) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(160,axiom,
    sum(n5,n12) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(161,axiom,
    sum(n5,n13) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(162,axiom,
    sum(n5,n14) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(163,axiom,
    sum(n5,n15) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(164,axiom,
    sum(n5,n16) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(165,axiom,
    sum(n5,n17) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(166,axiom,
    sum(n5,n18) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(167,axiom,
    sum(n5,n19) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(168,axiom,
    sum(n5,n20) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(169,axiom,
    sum(n6,n0) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(170,axiom,
    sum(n6,n1) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(171,axiom,
    sum(n6,n2) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(172,axiom,
    sum(n6,n3) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(173,axiom,
    sum(n6,n4) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(174,axiom,
    sum(n6,n5) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(175,axiom,
    sum(n6,n6) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(176,axiom,
    sum(n6,n7) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(177,axiom,
    sum(n6,n8) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(178,axiom,
    sum(n6,n9) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(179,axiom,
    sum(n6,n10) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(180,axiom,
    sum(n6,n11) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(181,axiom,
    sum(n6,n12) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(182,axiom,
    sum(n6,n13) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(183,axiom,
    sum(n6,n14) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(184,axiom,
    sum(n6,n15) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(185,axiom,
    sum(n6,n16) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(186,axiom,
    sum(n6,n17) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(187,axiom,
    sum(n6,n18) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(188,axiom,
    sum(n6,n19) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(189,axiom,
    sum(n6,n20) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(190,axiom,
    sum(n7,n0) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(191,axiom,
    sum(n7,n1) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(192,axiom,
    sum(n7,n2) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(193,axiom,
    sum(n7,n3) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(194,axiom,
    sum(n7,n4) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(195,axiom,
    sum(n7,n5) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(196,axiom,
    sum(n7,n6) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(197,axiom,
    sum(n7,n7) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(198,axiom,
    sum(n7,n8) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(199,axiom,
    sum(n7,n9) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(200,axiom,
    sum(n7,n10) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(201,axiom,
    sum(n7,n11) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(202,axiom,
    sum(n7,n12) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(203,axiom,
    sum(n7,n13) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(204,axiom,
    sum(n7,n14) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(205,axiom,
    sum(n7,n15) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(206,axiom,
    sum(n7,n16) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(207,axiom,
    sum(n7,n17) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(208,axiom,
    sum(n7,n18) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(209,axiom,
    sum(n7,n19) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(210,axiom,
    sum(n7,n20) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(211,axiom,
    sum(n8,n0) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(212,axiom,
    sum(n8,n1) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(213,axiom,
    sum(n8,n2) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(214,axiom,
    sum(n8,n3) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(215,axiom,
    sum(n8,n4) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(216,axiom,
    sum(n8,n5) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(217,axiom,
    sum(n8,n6) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(218,axiom,
    sum(n8,n7) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(219,axiom,
    sum(n8,n8) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(220,axiom,
    sum(n8,n9) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(221,axiom,
    sum(n8,n10) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(222,axiom,
    sum(n8,n11) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(223,axiom,
    sum(n8,n12) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(224,axiom,
    sum(n8,n13) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(225,axiom,
    sum(n8,n14) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(226,axiom,
    sum(n8,n15) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(227,axiom,
    sum(n8,n16) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(228,axiom,
    sum(n8,n17) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(229,axiom,
    sum(n8,n18) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(230,axiom,
    sum(n8,n19) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(231,axiom,
    sum(n8,n20) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(232,axiom,
    sum(n9,n0) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(233,axiom,
    sum(n9,n1) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(234,axiom,
    sum(n9,n2) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(235,axiom,
    sum(n9,n3) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(236,axiom,
    sum(n9,n4) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(237,axiom,
    sum(n9,n5) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(238,axiom,
    sum(n9,n6) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(239,axiom,
    sum(n9,n7) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(240,axiom,
    sum(n9,n8) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(241,axiom,
    sum(n9,n9) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(242,axiom,
    sum(n9,n10) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(243,axiom,
    sum(n9,n11) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(244,axiom,
    sum(n9,n12) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(245,axiom,
    sum(n9,n13) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(246,axiom,
    sum(n9,n14) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(247,axiom,
    sum(n9,n15) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(248,axiom,
    sum(n9,n16) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(249,axiom,
    sum(n9,n17) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(250,axiom,
    sum(n9,n18) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(251,axiom,
    sum(n9,n19) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(252,axiom,
    sum(n9,n20) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(253,axiom,
    sum(n10,n0) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(254,axiom,
    sum(n10,n1) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(255,axiom,
    sum(n10,n2) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(256,axiom,
    sum(n10,n3) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(257,axiom,
    sum(n10,n4) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(258,axiom,
    sum(n10,n5) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(259,axiom,
    sum(n10,n6) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(260,axiom,
    sum(n10,n7) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(261,axiom,
    sum(n10,n8) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(262,axiom,
    sum(n10,n9) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(263,axiom,
    sum(n10,n10) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(264,axiom,
    sum(n10,n11) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(265,axiom,
    sum(n10,n12) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(266,axiom,
    sum(n10,n13) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(267,axiom,
    sum(n10,n14) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(268,axiom,
    sum(n10,n15) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(269,axiom,
    sum(n10,n16) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(270,axiom,
    sum(n10,n17) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(271,axiom,
    sum(n10,n18) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(272,axiom,
    sum(n10,n19) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(273,axiom,
    sum(n10,n20) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(274,axiom,
    sum(n11,n0) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(275,axiom,
    sum(n11,n1) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(276,axiom,
    sum(n11,n2) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(277,axiom,
    sum(n11,n3) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(278,axiom,
    sum(n11,n4) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(279,axiom,
    sum(n11,n5) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(280,axiom,
    sum(n11,n6) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(281,axiom,
    sum(n11,n7) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(282,axiom,
    sum(n11,n8) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(283,axiom,
    sum(n11,n9) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(284,axiom,
    sum(n11,n10) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(285,axiom,
    sum(n11,n11) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(286,axiom,
    sum(n11,n12) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(287,axiom,
    sum(n11,n13) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(288,axiom,
    sum(n11,n14) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(289,axiom,
    sum(n11,n15) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(290,axiom,
    sum(n11,n16) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(291,axiom,
    sum(n11,n17) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(292,axiom,
    sum(n11,n18) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(293,axiom,
    sum(n11,n19) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(294,axiom,
    sum(n11,n20) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(295,axiom,
    sum(n12,n0) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(296,axiom,
    sum(n12,n1) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(297,axiom,
    sum(n12,n2) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(298,axiom,
    sum(n12,n3) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(299,axiom,
    sum(n12,n4) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(300,axiom,
    sum(n12,n5) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(301,axiom,
    sum(n12,n6) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(302,axiom,
    sum(n12,n7) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(303,axiom,
    sum(n12,n8) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(304,axiom,
    sum(n12,n9) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(305,axiom,
    sum(n12,n10) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(306,axiom,
    sum(n12,n11) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(307,axiom,
    sum(n12,n12) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(308,axiom,
    sum(n12,n13) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(309,axiom,
    sum(n12,n14) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(310,axiom,
    sum(n12,n15) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(311,axiom,
    sum(n12,n16) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(312,axiom,
    sum(n12,n17) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(313,axiom,
    sum(n12,n18) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(314,axiom,
    sum(n12,n19) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(315,axiom,
    sum(n12,n20) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(316,axiom,
    sum(n13,n0) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(317,axiom,
    sum(n13,n1) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(318,axiom,
    sum(n13,n2) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(319,axiom,
    sum(n13,n3) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(320,axiom,
    sum(n13,n4) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(321,axiom,
    sum(n13,n5) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(322,axiom,
    sum(n13,n6) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(323,axiom,
    sum(n13,n7) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(324,axiom,
    sum(n13,n8) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(325,axiom,
    sum(n13,n9) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(326,axiom,
    sum(n13,n10) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(327,axiom,
    sum(n13,n11) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(328,axiom,
    sum(n13,n12) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(329,axiom,
    sum(n13,n13) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(330,axiom,
    sum(n13,n14) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(331,axiom,
    sum(n13,n15) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(332,axiom,
    sum(n13,n16) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(333,axiom,
    sum(n13,n17) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(334,axiom,
    sum(n13,n18) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(335,axiom,
    sum(n13,n19) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(336,axiom,
    sum(n13,n20) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(337,axiom,
    sum(n14,n0) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(338,axiom,
    sum(n14,n1) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(339,axiom,
    sum(n14,n2) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(340,axiom,
    sum(n14,n3) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(341,axiom,
    sum(n14,n4) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(342,axiom,
    sum(n14,n5) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(343,axiom,
    sum(n14,n6) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(344,axiom,
    sum(n14,n7) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(345,axiom,
    sum(n14,n8) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(346,axiom,
    sum(n14,n9) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(347,axiom,
    sum(n14,n10) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(348,axiom,
    sum(n14,n11) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(349,axiom,
    sum(n14,n12) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(350,axiom,
    sum(n14,n13) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(351,axiom,
    sum(n14,n14) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(352,axiom,
    sum(n14,n15) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(353,axiom,
    sum(n14,n16) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(354,axiom,
    sum(n14,n17) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(355,axiom,
    sum(n14,n18) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(356,axiom,
    sum(n14,n19) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(357,axiom,
    sum(n14,n20) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(358,axiom,
    sum(n15,n0) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(359,axiom,
    sum(n15,n1) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(360,axiom,
    sum(n15,n2) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(361,axiom,
    sum(n15,n3) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(362,axiom,
    sum(n15,n4) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(363,axiom,
    sum(n15,n5) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(364,axiom,
    sum(n15,n6) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(365,axiom,
    sum(n15,n7) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(366,axiom,
    sum(n15,n8) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(367,axiom,
    sum(n15,n9) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(368,axiom,
    sum(n15,n10) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(369,axiom,
    sum(n15,n11) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(370,axiom,
    sum(n15,n12) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(371,axiom,
    sum(n15,n13) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(372,axiom,
    sum(n15,n14) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(373,axiom,
    sum(n15,n15) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(374,axiom,
    sum(n15,n16) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(375,axiom,
    sum(n15,n17) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(376,axiom,
    sum(n15,n18) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(377,axiom,
    sum(n15,n19) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(378,axiom,
    sum(n15,n20) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(379,axiom,
    sum(n16,n0) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(380,axiom,
    sum(n16,n1) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(381,axiom,
    sum(n16,n2) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(382,axiom,
    sum(n16,n3) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(383,axiom,
    sum(n16,n4) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(384,axiom,
    sum(n16,n5) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(385,axiom,
    sum(n16,n6) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(386,axiom,
    sum(n16,n7) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(387,axiom,
    sum(n16,n8) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(388,axiom,
    sum(n16,n9) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(389,axiom,
    sum(n16,n10) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(390,axiom,
    sum(n16,n11) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(391,axiom,
    sum(n16,n12) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(392,axiom,
    sum(n16,n13) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(393,axiom,
    sum(n16,n14) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(394,axiom,
    sum(n16,n15) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(395,axiom,
    sum(n16,n16) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(396,axiom,
    sum(n16,n17) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(397,axiom,
    sum(n16,n18) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(398,axiom,
    sum(n16,n19) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(399,axiom,
    sum(n16,n20) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(400,axiom,
    sum(n17,n0) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(401,axiom,
    sum(n17,n1) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(402,axiom,
    sum(n17,n2) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(403,axiom,
    sum(n17,n3) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(404,axiom,
    sum(n17,n4) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(405,axiom,
    sum(n17,n5) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(406,axiom,
    sum(n17,n6) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(407,axiom,
    sum(n17,n7) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(408,axiom,
    sum(n17,n8) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(409,axiom,
    sum(n17,n9) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(410,axiom,
    sum(n17,n10) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(411,axiom,
    sum(n17,n11) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(412,axiom,
    sum(n17,n12) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(413,axiom,
    sum(n17,n13) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(414,axiom,
    sum(n17,n14) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(415,axiom,
    sum(n17,n15) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(416,axiom,
    sum(n17,n16) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(417,axiom,
    sum(n17,n17) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(418,axiom,
    sum(n17,n18) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(419,axiom,
    sum(n17,n19) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(420,axiom,
    sum(n17,n20) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(421,axiom,
    sum(n18,n0) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(422,axiom,
    sum(n18,n1) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(423,axiom,
    sum(n18,n2) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(424,axiom,
    sum(n18,n3) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(425,axiom,
    sum(n18,n4) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(426,axiom,
    sum(n18,n5) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(427,axiom,
    sum(n18,n6) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(428,axiom,
    sum(n18,n7) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(429,axiom,
    sum(n18,n8) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(430,axiom,
    sum(n18,n9) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(431,axiom,
    sum(n18,n10) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(432,axiom,
    sum(n18,n11) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(433,axiom,
    sum(n18,n12) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(434,axiom,
    sum(n18,n13) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(435,axiom,
    sum(n18,n14) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(436,axiom,
    sum(n18,n15) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(437,axiom,
    sum(n18,n16) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(438,axiom,
    sum(n18,n17) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(439,axiom,
    sum(n18,n18) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(440,axiom,
    sum(n18,n19) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(441,axiom,
    sum(n18,n20) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(442,axiom,
    sum(n19,n0) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(443,axiom,
    sum(n19,n1) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(444,axiom,
    sum(n19,n2) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(445,axiom,
    sum(n19,n3) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(446,axiom,
    sum(n19,n4) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(447,axiom,
    sum(n19,n5) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(448,axiom,
    sum(n19,n6) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(449,axiom,
    sum(n19,n7) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(450,axiom,
    sum(n19,n8) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(451,axiom,
    sum(n19,n9) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(452,axiom,
    sum(n19,n10) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(453,axiom,
    sum(n19,n11) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(454,axiom,
    sum(n19,n12) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(455,axiom,
    sum(n19,n13) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(456,axiom,
    sum(n19,n14) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(457,axiom,
    sum(n19,n15) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(458,axiom,
    sum(n19,n16) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(459,axiom,
    sum(n19,n17) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(460,axiom,
    sum(n19,n18) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(461,axiom,
    sum(n19,n19) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(462,axiom,
    sum(n19,n20) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(463,axiom,
    sum(n20,n0) = n20,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(464,axiom,
    sum(n20,n1) = n0,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(465,axiom,
    sum(n20,n2) = n1,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(466,axiom,
    sum(n20,n3) = n2,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(467,axiom,
    sum(n20,n4) = n3,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(468,axiom,
    sum(n20,n5) = n4,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(469,axiom,
    sum(n20,n6) = n5,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(470,axiom,
    sum(n20,n7) = n6,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(471,axiom,
    sum(n20,n8) = n7,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(472,axiom,
    sum(n20,n9) = n8,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(473,axiom,
    sum(n20,n10) = n9,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(474,axiom,
    sum(n20,n11) = n10,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(475,axiom,
    sum(n20,n12) = n11,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(476,axiom,
    sum(n20,n13) = n12,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(477,axiom,
    sum(n20,n14) = n13,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(478,axiom,
    sum(n20,n15) = n14,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(479,axiom,
    sum(n20,n16) = n15,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(480,axiom,
    sum(n20,n17) = n16,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(481,axiom,
    sum(n20,n18) = n17,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(482,axiom,
    sum(n20,n19) = n18,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(483,axiom,
    sum(n20,n20) = n19,
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(484,axiom,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n9
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(485,axiom,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n9
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(486,axiom,
    sum(sum(pred('SKOLEMAAAU1'),succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU1'))) != sum(sum(pred('SKOLEMAAAU1'),succ('SKOLEMAAAU1')),sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))),
    file('/export/starexec/sandbox/benchmark/theBenchmark.p',try_satisfy_this) ).

cnf(697,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | sum(sum(n8,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n10)) != sum(n18,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,484,theory(equality)]),221,10,31,theory(equality)]) ).

cnf(698,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20
    | sum(sum(pred('SKOLEMAAAU1'),n10),sum(n8,succ('SKOLEMAAAU1'))) != sum(sum(pred('SKOLEMAAAU1'),succ('SKOLEMAAAU1')),n18) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,485,theory(equality)]),221,31,10,theory(equality)]) ).

cnf(699,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,485,theory(equality)]),439,31,221,10,theory(equality)]) ).

cnf(700,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,699,theory(equality)]),437,199,417,200,30,220,9,theory(equality)]) ).

cnf(701,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,700,theory(equality)]),435,177,395,179,29,219,8,theory(equality)]) ).

cnf(702,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,701,theory(equality)]),433,155,373,158,28,218,7,theory(equality)]) ).

cnf(703,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,702,theory(equality)]),431,133,351,137,27,217,6,theory(equality)]) ).

cnf(704,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,703,theory(equality)]),429,111,329,116,26,216,5,theory(equality)]) ).

cnf(705,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,704,theory(equality)]),427,89,307,95,25,215,4,theory(equality)]) ).

cnf(706,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,705,theory(equality)]),440,442,219,452,42,211,21,theory(equality)]) ).

cnf(707,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,706,theory(equality)]),425,67,285,74,24,214,3,theory(equality)]) ).

cnf(708,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,707,theory(equality)]),438,441,197,431,41,231,20,theory(equality)]) ).

cnf(709,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,708,theory(equality)]),436,419,175,410,40,230,19,theory(equality)]) ).

cnf(710,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,709,theory(equality)]),434,397,153,389,39,229,18,theory(equality)]) ).

cnf(711,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,710,theory(equality)]),432,375,131,368,38,228,17,theory(equality)]) ).

cnf(712,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,711,theory(equality)]),430,353,109,347,37,227,16,theory(equality)]) ).

cnf(713,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,712,theory(equality)]),428,331,87,326,36,226,15,theory(equality)]) ).

cnf(714,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,713,theory(equality)]),426,309,65,305,35,225,14,theory(equality)]) ).

cnf(715,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,714,theory(equality)]),424,287,43,284,34,224,13,theory(equality)]) ).

cnf(716,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,715,theory(equality)]),422,265,483,263,33,223,12,theory(equality)]) ).

cnf(717,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,716,theory(equality)]),441,243,461,242,32,222,11,theory(equality)]) ).

cnf(718,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,717,theory(equality)]),423,45,263,53,23,213,2,theory(equality)]) ).

cnf(719,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n8
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[697,718,theory(equality)]),421,464,241,473,22,212,1,theory(equality)]) ).

cnf(720,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | sum(sum(n7,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n9)) != sum(n16,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,719,theory(equality)]),199,9,30,theory(equality)]) ).

cnf(721,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,719,theory(equality)]),397,199,417,220,9,200,30,theory(equality)]) ).

cnf(722,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,721,theory(equality)]),395,30,199,9,theory(equality)]) ).

cnf(723,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,722,theory(equality)]),393,177,373,178,29,198,8,theory(equality)]) ).

cnf(724,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,723,theory(equality)]),391,155,351,157,28,197,7,theory(equality)]) ).

cnf(725,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,724,theory(equality)]),389,133,329,136,27,196,6,theory(equality)]) ).

cnf(726,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,725,theory(equality)]),387,111,307,115,26,195,5,theory(equality)]) ).

cnf(727,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,726,theory(equality)]),385,89,285,94,25,194,4,theory(equality)]) ).

cnf(728,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,727,theory(equality)]),398,442,197,451,42,190,21,theory(equality)]) ).

cnf(729,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,728,theory(equality)]),383,67,263,73,24,193,3,theory(equality)]) ).

cnf(730,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,729,theory(equality)]),396,441,175,430,41,210,20,theory(equality)]) ).

cnf(731,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,730,theory(equality)]),394,419,153,409,40,209,19,theory(equality)]) ).

cnf(732,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,731,theory(equality)]),392,397,131,388,39,208,18,theory(equality)]) ).

cnf(733,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,732,theory(equality)]),390,375,109,367,38,207,17,theory(equality)]) ).

cnf(734,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,733,theory(equality)]),388,353,87,346,37,206,16,theory(equality)]) ).

cnf(735,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,734,theory(equality)]),386,331,65,325,36,205,15,theory(equality)]) ).

cnf(736,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,735,theory(equality)]),384,309,43,304,35,204,14,theory(equality)]) ).

cnf(737,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,736,theory(equality)]),382,287,483,283,34,203,13,theory(equality)]) ).

cnf(738,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,737,theory(equality)]),380,265,461,262,33,202,12,theory(equality)]) ).

cnf(739,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,738,theory(equality)]),399,243,439,241,32,201,11,theory(equality)]) ).

cnf(740,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,739,theory(equality)]),381,45,241,52,23,192,2,theory(equality)]) ).

cnf(741,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n7
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[720,740,theory(equality)]),379,464,219,472,22,191,1,theory(equality)]) ).

cnf(742,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | sum(sum(n6,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n8)) != sum(n14,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,741,theory(equality)]),177,8,29,theory(equality)]) ).

cnf(743,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,741,theory(equality)]),355,177,395,219,8,179,29,theory(equality)]) ).

cnf(744,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,743,theory(equality)]),353,199,373,198,30,178,9,theory(equality)]) ).

cnf(745,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,744,theory(equality)]),351,29,177,8,theory(equality)]) ).

cnf(746,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,745,theory(equality)]),349,155,329,156,28,176,7,theory(equality)]) ).

cnf(747,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,746,theory(equality)]),347,133,307,135,27,175,6,theory(equality)]) ).

cnf(748,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,747,theory(equality)]),345,111,285,114,26,174,5,theory(equality)]) ).

cnf(749,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,748,theory(equality)]),343,89,263,93,25,173,4,theory(equality)]) ).

cnf(750,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,749,theory(equality)]),356,442,175,450,42,169,21,theory(equality)]) ).

cnf(751,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,750,theory(equality)]),341,67,241,72,24,172,3,theory(equality)]) ).

cnf(752,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,751,theory(equality)]),354,441,153,429,41,189,20,theory(equality)]) ).

cnf(753,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,752,theory(equality)]),352,419,131,408,40,188,19,theory(equality)]) ).

cnf(754,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,753,theory(equality)]),350,397,109,387,39,187,18,theory(equality)]) ).

cnf(755,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,754,theory(equality)]),348,375,87,366,38,186,17,theory(equality)]) ).

cnf(756,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,755,theory(equality)]),346,353,65,345,37,185,16,theory(equality)]) ).

cnf(757,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,756,theory(equality)]),344,331,43,324,36,184,15,theory(equality)]) ).

cnf(758,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,757,theory(equality)]),342,309,483,303,35,183,14,theory(equality)]) ).

cnf(759,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,758,theory(equality)]),340,287,461,282,34,182,13,theory(equality)]) ).

cnf(760,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,759,theory(equality)]),338,265,439,261,33,181,12,theory(equality)]) ).

cnf(761,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,760,theory(equality)]),357,243,417,240,32,180,11,theory(equality)]) ).

cnf(762,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,761,theory(equality)]),339,45,219,51,23,171,2,theory(equality)]) ).

cnf(763,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n6
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[742,762,theory(equality)]),337,464,197,471,22,170,1,theory(equality)]) ).

cnf(764,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | sum(sum(n5,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n7)) != sum(n12,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,763,theory(equality)]),155,7,28,theory(equality)]) ).

cnf(765,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,763,theory(equality)]),313,155,373,218,7,158,28,theory(equality)]) ).

cnf(766,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,765,theory(equality)]),311,199,351,197,30,157,9,theory(equality)]) ).

cnf(767,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,766,theory(equality)]),309,177,329,176,29,156,8,theory(equality)]) ).

cnf(768,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,767,theory(equality)]),307,28,155,7,theory(equality)]) ).

cnf(769,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,768,theory(equality)]),305,133,285,134,27,154,6,theory(equality)]) ).

cnf(770,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,769,theory(equality)]),303,111,263,113,26,153,5,theory(equality)]) ).

cnf(771,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,770,theory(equality)]),301,89,241,92,25,152,4,theory(equality)]) ).

cnf(772,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,771,theory(equality)]),314,442,153,449,42,148,21,theory(equality)]) ).

cnf(773,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,772,theory(equality)]),299,67,219,71,24,151,3,theory(equality)]) ).

cnf(774,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,773,theory(equality)]),312,441,131,428,41,168,20,theory(equality)]) ).

cnf(775,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,774,theory(equality)]),310,419,109,407,40,167,19,theory(equality)]) ).

cnf(776,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,775,theory(equality)]),308,397,87,386,39,166,18,theory(equality)]) ).

cnf(777,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,776,theory(equality)]),306,375,65,365,38,165,17,theory(equality)]) ).

cnf(778,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,777,theory(equality)]),304,353,43,344,37,164,16,theory(equality)]) ).

cnf(779,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,778,theory(equality)]),302,331,483,323,36,163,15,theory(equality)]) ).

cnf(780,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,779,theory(equality)]),300,309,461,302,35,162,14,theory(equality)]) ).

cnf(781,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,780,theory(equality)]),298,287,439,281,34,161,13,theory(equality)]) ).

cnf(782,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,781,theory(equality)]),296,265,417,260,33,160,12,theory(equality)]) ).

cnf(783,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,782,theory(equality)]),315,243,395,239,32,159,11,theory(equality)]) ).

cnf(784,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,783,theory(equality)]),297,45,197,50,23,150,2,theory(equality)]) ).

cnf(785,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n5
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[764,784,theory(equality)]),295,464,175,470,22,149,1,theory(equality)]) ).

cnf(786,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | sum(sum(n4,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n6)) != sum(n10,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,785,theory(equality)]),133,6,27,theory(equality)]) ).

cnf(787,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,785,theory(equality)]),271,133,351,217,6,137,27,theory(equality)]) ).

cnf(788,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,787,theory(equality)]),269,199,329,196,30,136,9,theory(equality)]) ).

cnf(789,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,788,theory(equality)]),267,177,307,175,29,135,8,theory(equality)]) ).

cnf(790,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,789,theory(equality)]),265,155,285,154,28,134,7,theory(equality)]) ).

cnf(791,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,790,theory(equality)]),263,27,133,6,theory(equality)]) ).

cnf(792,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,791,theory(equality)]),261,111,241,112,26,132,5,theory(equality)]) ).

cnf(793,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,792,theory(equality)]),259,89,219,91,25,131,4,theory(equality)]) ).

cnf(794,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,793,theory(equality)]),272,442,131,448,42,127,21,theory(equality)]) ).

cnf(795,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,794,theory(equality)]),257,67,197,70,24,130,3,theory(equality)]) ).

cnf(796,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,795,theory(equality)]),270,441,109,427,41,147,20,theory(equality)]) ).

cnf(797,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,796,theory(equality)]),268,419,87,406,40,146,19,theory(equality)]) ).

cnf(798,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,797,theory(equality)]),266,397,65,385,39,145,18,theory(equality)]) ).

cnf(799,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,798,theory(equality)]),264,375,43,364,38,144,17,theory(equality)]) ).

cnf(800,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,799,theory(equality)]),262,353,483,343,37,143,16,theory(equality)]) ).

cnf(801,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,800,theory(equality)]),260,331,461,322,36,142,15,theory(equality)]) ).

cnf(802,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,801,theory(equality)]),258,309,439,301,35,141,14,theory(equality)]) ).

cnf(803,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,802,theory(equality)]),256,287,417,280,34,140,13,theory(equality)]) ).

cnf(804,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,803,theory(equality)]),254,265,395,259,33,139,12,theory(equality)]) ).

cnf(805,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,804,theory(equality)]),273,243,373,238,32,138,11,theory(equality)]) ).

cnf(806,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,805,theory(equality)]),255,45,175,49,23,129,2,theory(equality)]) ).

cnf(807,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n4
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[786,806,theory(equality)]),253,464,153,469,22,128,1,theory(equality)]) ).

cnf(808,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | sum(sum(n3,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n5)) != sum(n8,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,807,theory(equality)]),111,5,26,theory(equality)]) ).

cnf(809,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,807,theory(equality)]),229,111,329,216,5,116,26,theory(equality)]) ).

cnf(810,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,809,theory(equality)]),227,199,307,195,30,115,9,theory(equality)]) ).

cnf(811,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,810,theory(equality)]),225,177,285,174,29,114,8,theory(equality)]) ).

cnf(812,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,811,theory(equality)]),223,155,263,153,28,113,7,theory(equality)]) ).

cnf(813,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,812,theory(equality)]),221,133,241,132,27,112,6,theory(equality)]) ).

cnf(814,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,813,theory(equality)]),219,26,111,5,theory(equality)]) ).

cnf(815,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,814,theory(equality)]),217,89,197,90,25,110,4,theory(equality)]) ).

cnf(816,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,815,theory(equality)]),230,442,109,447,42,106,21,theory(equality)]) ).

cnf(817,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,816,theory(equality)]),215,67,175,69,24,109,3,theory(equality)]) ).

cnf(818,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,817,theory(equality)]),228,441,87,426,41,126,20,theory(equality)]) ).

cnf(819,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,818,theory(equality)]),226,419,65,405,40,125,19,theory(equality)]) ).

cnf(820,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,819,theory(equality)]),224,397,43,384,39,124,18,theory(equality)]) ).

cnf(821,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,820,theory(equality)]),222,375,483,363,38,123,17,theory(equality)]) ).

cnf(822,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,821,theory(equality)]),220,353,461,342,37,122,16,theory(equality)]) ).

cnf(823,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,822,theory(equality)]),218,331,439,321,36,121,15,theory(equality)]) ).

cnf(824,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,823,theory(equality)]),216,309,417,300,35,120,14,theory(equality)]) ).

cnf(825,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,824,theory(equality)]),214,287,395,279,34,119,13,theory(equality)]) ).

cnf(826,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,825,theory(equality)]),212,265,373,258,33,118,12,theory(equality)]) ).

cnf(827,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,826,theory(equality)]),231,243,351,237,32,117,11,theory(equality)]) ).

cnf(828,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,827,theory(equality)]),213,45,153,48,23,108,2,theory(equality)]) ).

cnf(829,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n3
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[808,828,theory(equality)]),211,464,131,468,22,107,1,theory(equality)]) ).

cnf(830,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | sum(sum(n2,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n4)) != sum(n6,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,829,theory(equality)]),89,4,25,theory(equality)]) ).

cnf(831,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,829,theory(equality)]),187,89,307,215,4,95,25,theory(equality)]) ).

cnf(832,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,831,theory(equality)]),185,199,285,194,30,94,9,theory(equality)]) ).

cnf(833,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,832,theory(equality)]),183,177,263,173,29,93,8,theory(equality)]) ).

cnf(834,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,833,theory(equality)]),181,155,241,152,28,92,7,theory(equality)]) ).

cnf(835,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,834,theory(equality)]),179,133,219,131,27,91,6,theory(equality)]) ).

cnf(836,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,835,theory(equality)]),177,111,197,110,26,90,5,theory(equality)]) ).

cnf(837,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,836,theory(equality)]),175,25,89,4,theory(equality)]) ).

cnf(838,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,837,theory(equality)]),188,442,87,446,42,85,21,theory(equality)]) ).

cnf(839,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,838,theory(equality)]),173,67,153,68,24,88,3,theory(equality)]) ).

cnf(840,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,839,theory(equality)]),186,441,65,425,41,105,20,theory(equality)]) ).

cnf(841,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,840,theory(equality)]),184,419,43,404,40,104,19,theory(equality)]) ).

cnf(842,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,841,theory(equality)]),182,397,483,383,39,103,18,theory(equality)]) ).

cnf(843,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,842,theory(equality)]),180,375,461,362,38,102,17,theory(equality)]) ).

cnf(844,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,843,theory(equality)]),178,353,439,341,37,101,16,theory(equality)]) ).

cnf(845,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,844,theory(equality)]),176,331,417,320,36,100,15,theory(equality)]) ).

cnf(846,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,845,theory(equality)]),174,309,395,299,35,99,14,theory(equality)]) ).

cnf(847,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,846,theory(equality)]),172,287,373,278,34,98,13,theory(equality)]) ).

cnf(848,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,847,theory(equality)]),170,265,351,257,33,97,12,theory(equality)]) ).

cnf(849,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,848,theory(equality)]),189,243,329,236,32,96,11,theory(equality)]) ).

cnf(850,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,849,theory(equality)]),171,45,131,47,23,87,2,theory(equality)]) ).

cnf(851,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU1' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[830,850,theory(equality)]),169,464,109,467,22,86,1,theory(equality)]) ).

cnf(852,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | sum(sum(n19,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n0)) != sum(n19,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,851,theory(equality)]),442,21,42,theory(equality)]) ).

cnf(853,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,851,theory(equality)]),460,442,219,211,21,452,42,theory(equality)]) ).

cnf(854,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,853,theory(equality)]),458,199,197,190,30,451,9,theory(equality)]) ).

cnf(855,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,854,theory(equality)]),456,177,175,169,29,450,8,theory(equality)]) ).

cnf(856,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,855,theory(equality)]),454,155,153,148,28,449,7,theory(equality)]) ).

cnf(857,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,856,theory(equality)]),452,133,131,127,27,448,6,theory(equality)]) ).

cnf(858,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,857,theory(equality)]),450,111,109,106,26,447,5,theory(equality)]) ).

cnf(859,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,858,theory(equality)]),448,89,87,85,25,446,4,theory(equality)]) ).

cnf(860,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,859,theory(equality)]),461,42,442,21,theory(equality)]) ).

cnf(861,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,860,theory(equality)]),446,67,65,64,24,445,3,theory(equality)]) ).

cnf(862,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,861,theory(equality)]),459,441,439,421,41,462,20,theory(equality)]) ).

cnf(863,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,862,theory(equality)]),457,419,417,400,40,461,19,theory(equality)]) ).

cnf(864,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,863,theory(equality)]),455,397,395,379,39,460,18,theory(equality)]) ).

cnf(865,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,864,theory(equality)]),453,375,373,358,38,459,17,theory(equality)]) ).

cnf(866,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,865,theory(equality)]),451,353,351,337,37,458,16,theory(equality)]) ).

cnf(867,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,866,theory(equality)]),449,331,329,316,36,457,15,theory(equality)]) ).

cnf(868,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,867,theory(equality)]),447,309,307,295,35,456,14,theory(equality)]) ).

cnf(869,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,868,theory(equality)]),445,287,285,274,34,455,13,theory(equality)]) ).

cnf(870,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,869,theory(equality)]),443,265,263,253,33,454,12,theory(equality)]) ).

cnf(871,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,870,theory(equality)]),462,243,241,232,32,453,11,theory(equality)]) ).

cnf(872,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,871,theory(equality)]),45,43,23,444,2,theory(equality)]) ).

cnf(873,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n2
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[852,872,theory(equality)]),442,464,483,463,22,443,1,theory(equality)]) ).

cnf(874,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | sum(sum(n1,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n3)) != sum(n4,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,873,theory(equality)]),67,3,24,theory(equality)]) ).

cnf(875,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,873,theory(equality)]),145,67,285,214,3,74,24,theory(equality)]) ).

cnf(876,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,875,theory(equality)]),143,199,263,193,30,73,9,theory(equality)]) ).

cnf(877,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,876,theory(equality)]),141,177,241,172,29,72,8,theory(equality)]) ).

cnf(878,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,877,theory(equality)]),139,155,219,151,28,71,7,theory(equality)]) ).

cnf(879,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,878,theory(equality)]),137,133,197,130,27,70,6,theory(equality)]) ).

cnf(880,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,879,theory(equality)]),135,111,175,109,26,69,5,theory(equality)]) ).

cnf(881,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,880,theory(equality)]),133,89,153,88,25,68,4,theory(equality)]) ).

cnf(882,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,881,theory(equality)]),146,442,65,445,42,64,21,theory(equality)]) ).

cnf(883,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,882,theory(equality)]),131,24,67,3,theory(equality)]) ).

cnf(884,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,883,theory(equality)]),144,441,43,424,41,84,20,theory(equality)]) ).

cnf(885,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,884,theory(equality)]),142,419,483,403,40,83,19,theory(equality)]) ).

cnf(886,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,885,theory(equality)]),140,397,461,382,39,82,18,theory(equality)]) ).

cnf(887,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,886,theory(equality)]),138,375,439,361,38,81,17,theory(equality)]) ).

cnf(888,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,887,theory(equality)]),136,353,417,340,37,80,16,theory(equality)]) ).

cnf(889,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,888,theory(equality)]),134,331,395,319,36,79,15,theory(equality)]) ).

cnf(890,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,889,theory(equality)]),132,309,373,298,35,78,14,theory(equality)]) ).

cnf(891,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,890,theory(equality)]),130,287,351,277,34,77,13,theory(equality)]) ).

cnf(892,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,891,theory(equality)]),128,265,329,256,33,76,12,theory(equality)]) ).

cnf(893,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,892,theory(equality)]),147,243,307,235,32,75,11,theory(equality)]) ).

cnf(894,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,893,theory(equality)]),129,45,109,46,23,66,2,theory(equality)]) ).

cnf(895,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU1' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[874,894,theory(equality)]),127,464,87,466,22,65,1,theory(equality)]) ).

cnf(896,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | sum(sum(n18,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n20)) != sum(n17,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,895,theory(equality)]),441,20,41,theory(equality)]) ).

cnf(897,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,895,theory(equality)]),418,441,197,231,20,431,41,theory(equality)]) ).

cnf(898,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,897,theory(equality)]),416,199,175,210,30,430,9,theory(equality)]) ).

cnf(899,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,898,theory(equality)]),414,177,153,189,29,429,8,theory(equality)]) ).

cnf(900,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,899,theory(equality)]),412,155,131,168,28,428,7,theory(equality)]) ).

cnf(901,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,900,theory(equality)]),410,133,109,147,27,427,6,theory(equality)]) ).

cnf(902,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,901,theory(equality)]),408,111,87,126,26,426,5,theory(equality)]) ).

cnf(903,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,902,theory(equality)]),406,89,65,105,25,425,4,theory(equality)]) ).

cnf(904,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,903,theory(equality)]),419,442,439,462,42,421,21,theory(equality)]) ).

cnf(905,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,904,theory(equality)]),404,67,43,84,24,424,3,theory(equality)]) ).

cnf(906,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,905,theory(equality)]),417,41,441,20,theory(equality)]) ).

cnf(907,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,906,theory(equality)]),415,419,395,420,40,440,19,theory(equality)]) ).

cnf(908,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,907,theory(equality)]),413,397,373,399,39,439,18,theory(equality)]) ).

cnf(909,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,908,theory(equality)]),411,375,351,378,38,438,17,theory(equality)]) ).

cnf(910,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,909,theory(equality)]),409,353,329,357,37,437,16,theory(equality)]) ).

cnf(911,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,910,theory(equality)]),407,331,307,336,36,436,15,theory(equality)]) ).

cnf(912,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,911,theory(equality)]),405,309,285,315,35,435,14,theory(equality)]) ).

cnf(913,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,912,theory(equality)]),403,287,263,294,34,434,13,theory(equality)]) ).

cnf(914,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,913,theory(equality)]),401,265,241,273,33,433,12,theory(equality)]) ).

cnf(915,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,914,theory(equality)]),420,243,219,252,32,432,11,theory(equality)]) ).

cnf(916,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,915,theory(equality)]),402,45,483,63,23,423,2,theory(equality)]) ).

cnf(917,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU1' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[896,916,theory(equality)]),400,464,461,483,22,422,1,theory(equality)]) ).

cnf(918,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | sum(sum(n17,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n19)) != sum(n15,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,917,theory(equality)]),419,19,40,theory(equality)]) ).

cnf(919,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,917,theory(equality)]),376,419,175,230,19,410,40,theory(equality)]) ).

cnf(920,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,919,theory(equality)]),374,199,153,209,30,409,9,theory(equality)]) ).

cnf(921,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,920,theory(equality)]),372,177,131,188,29,408,8,theory(equality)]) ).

cnf(922,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,921,theory(equality)]),370,155,109,167,28,407,7,theory(equality)]) ).

cnf(923,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,922,theory(equality)]),368,133,87,146,27,406,6,theory(equality)]) ).

cnf(924,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,923,theory(equality)]),366,111,65,125,26,405,5,theory(equality)]) ).

cnf(925,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,924,theory(equality)]),364,89,43,104,25,404,4,theory(equality)]) ).

cnf(926,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,925,theory(equality)]),377,442,417,461,42,400,21,theory(equality)]) ).

cnf(927,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,926,theory(equality)]),362,67,483,83,24,403,3,theory(equality)]) ).

cnf(928,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,927,theory(equality)]),375,441,395,440,41,420,20,theory(equality)]) ).

cnf(929,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,928,theory(equality)]),373,40,419,19,theory(equality)]) ).

cnf(930,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,929,theory(equality)]),371,397,351,398,39,418,18,theory(equality)]) ).

cnf(931,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,930,theory(equality)]),369,375,329,377,38,417,17,theory(equality)]) ).

cnf(932,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,931,theory(equality)]),367,353,307,356,37,416,16,theory(equality)]) ).

cnf(933,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,932,theory(equality)]),365,331,285,335,36,415,15,theory(equality)]) ).

cnf(934,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,933,theory(equality)]),363,309,263,314,35,414,14,theory(equality)]) ).

cnf(935,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,934,theory(equality)]),361,287,241,293,34,413,13,theory(equality)]) ).

cnf(936,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,935,theory(equality)]),359,265,219,272,33,412,12,theory(equality)]) ).

cnf(937,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,936,theory(equality)]),378,243,197,251,32,411,11,theory(equality)]) ).

cnf(938,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,937,theory(equality)]),360,45,461,62,23,402,2,theory(equality)]) ).

cnf(939,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU1' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[918,938,theory(equality)]),358,464,439,482,22,401,1,theory(equality)]) ).

cnf(940,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | sum(sum(n16,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n18)) != sum(n13,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,939,theory(equality)]),397,18,39,theory(equality)]) ).

cnf(941,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,939,theory(equality)]),334,397,153,229,18,389,39,theory(equality)]) ).

cnf(942,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,941,theory(equality)]),332,199,131,208,30,388,9,theory(equality)]) ).

cnf(943,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,942,theory(equality)]),330,177,109,187,29,387,8,theory(equality)]) ).

cnf(944,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,943,theory(equality)]),328,155,87,166,28,386,7,theory(equality)]) ).

cnf(945,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,944,theory(equality)]),326,133,65,145,27,385,6,theory(equality)]) ).

cnf(946,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,945,theory(equality)]),324,111,43,124,26,384,5,theory(equality)]) ).

cnf(947,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,946,theory(equality)]),322,89,483,103,25,383,4,theory(equality)]) ).

cnf(948,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,947,theory(equality)]),335,442,395,460,42,379,21,theory(equality)]) ).

cnf(949,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,948,theory(equality)]),320,67,461,82,24,382,3,theory(equality)]) ).

cnf(950,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,949,theory(equality)]),333,441,373,439,41,399,20,theory(equality)]) ).

cnf(951,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,950,theory(equality)]),331,419,351,418,40,398,19,theory(equality)]) ).

cnf(952,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,951,theory(equality)]),329,39,397,18,theory(equality)]) ).

cnf(953,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,952,theory(equality)]),327,375,307,376,38,396,17,theory(equality)]) ).

cnf(954,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,953,theory(equality)]),325,353,285,355,37,395,16,theory(equality)]) ).

cnf(955,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,954,theory(equality)]),323,331,263,334,36,394,15,theory(equality)]) ).

cnf(956,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,955,theory(equality)]),321,309,241,313,35,393,14,theory(equality)]) ).

cnf(957,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,956,theory(equality)]),319,287,219,292,34,392,13,theory(equality)]) ).

cnf(958,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,957,theory(equality)]),317,265,197,271,33,391,12,theory(equality)]) ).

cnf(959,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,958,theory(equality)]),336,243,175,250,32,390,11,theory(equality)]) ).

cnf(960,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,959,theory(equality)]),318,45,439,61,23,381,2,theory(equality)]) ).

cnf(961,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU1' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[940,960,theory(equality)]),316,464,417,481,22,380,1,theory(equality)]) ).

cnf(962,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | sum(sum(n15,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n17)) != sum(n11,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,961,theory(equality)]),375,17,38,theory(equality)]) ).

cnf(963,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,961,theory(equality)]),292,375,131,228,17,368,38,theory(equality)]) ).

cnf(964,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,963,theory(equality)]),290,199,109,207,30,367,9,theory(equality)]) ).

cnf(965,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,964,theory(equality)]),288,177,87,186,29,366,8,theory(equality)]) ).

cnf(966,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,965,theory(equality)]),286,155,65,165,28,365,7,theory(equality)]) ).

cnf(967,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,966,theory(equality)]),284,133,43,144,27,364,6,theory(equality)]) ).

cnf(968,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,967,theory(equality)]),282,111,483,123,26,363,5,theory(equality)]) ).

cnf(969,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,968,theory(equality)]),280,89,461,102,25,362,4,theory(equality)]) ).

cnf(970,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,969,theory(equality)]),293,442,373,459,42,358,21,theory(equality)]) ).

cnf(971,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,970,theory(equality)]),278,67,439,81,24,361,3,theory(equality)]) ).

cnf(972,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,971,theory(equality)]),291,441,351,438,41,378,20,theory(equality)]) ).

cnf(973,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,972,theory(equality)]),289,419,329,417,40,377,19,theory(equality)]) ).

cnf(974,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,973,theory(equality)]),287,397,307,396,39,376,18,theory(equality)]) ).

cnf(975,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,974,theory(equality)]),285,38,375,17,theory(equality)]) ).

cnf(976,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,975,theory(equality)]),283,353,263,354,37,374,16,theory(equality)]) ).

cnf(977,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,976,theory(equality)]),281,331,241,333,36,373,15,theory(equality)]) ).

cnf(978,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,977,theory(equality)]),279,309,219,312,35,372,14,theory(equality)]) ).

cnf(979,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,978,theory(equality)]),277,287,197,291,34,371,13,theory(equality)]) ).

cnf(980,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,979,theory(equality)]),275,265,175,270,33,370,12,theory(equality)]) ).

cnf(981,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,980,theory(equality)]),294,243,153,249,32,369,11,theory(equality)]) ).

cnf(982,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,981,theory(equality)]),276,45,417,60,23,360,2,theory(equality)]) ).

cnf(983,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU1' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[962,982,theory(equality)]),274,464,395,480,22,359,1,theory(equality)]) ).

cnf(984,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | sum(sum(n14,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n16)) != sum(n9,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,983,theory(equality)]),353,16,37,theory(equality)]) ).

cnf(985,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,983,theory(equality)]),250,353,109,227,16,347,37,theory(equality)]) ).

cnf(986,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,985,theory(equality)]),248,199,87,206,30,346,9,theory(equality)]) ).

cnf(987,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,986,theory(equality)]),246,177,65,185,29,345,8,theory(equality)]) ).

cnf(988,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,987,theory(equality)]),244,155,43,164,28,344,7,theory(equality)]) ).

cnf(989,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,988,theory(equality)]),242,133,483,143,27,343,6,theory(equality)]) ).

cnf(990,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,989,theory(equality)]),240,111,461,122,26,342,5,theory(equality)]) ).

cnf(991,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,990,theory(equality)]),238,89,439,101,25,341,4,theory(equality)]) ).

cnf(992,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,991,theory(equality)]),251,442,351,458,42,337,21,theory(equality)]) ).

cnf(993,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,992,theory(equality)]),236,67,417,80,24,340,3,theory(equality)]) ).

cnf(994,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,993,theory(equality)]),249,441,329,437,41,357,20,theory(equality)]) ).

cnf(995,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,994,theory(equality)]),247,419,307,416,40,356,19,theory(equality)]) ).

cnf(996,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,995,theory(equality)]),245,397,285,395,39,355,18,theory(equality)]) ).

cnf(997,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,996,theory(equality)]),243,375,263,374,38,354,17,theory(equality)]) ).

cnf(998,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,997,theory(equality)]),241,37,353,16,theory(equality)]) ).

cnf(999,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,998,theory(equality)]),239,331,219,332,36,352,15,theory(equality)]) ).

cnf(1000,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,999,theory(equality)]),237,309,197,311,35,351,14,theory(equality)]) ).

cnf(1001,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,1000,theory(equality)]),235,287,175,290,34,350,13,theory(equality)]) ).

cnf(1002,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,1001,theory(equality)]),233,265,153,269,33,349,12,theory(equality)]) ).

cnf(1003,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,1002,theory(equality)]),252,243,131,248,32,348,11,theory(equality)]) ).

cnf(1004,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,1003,theory(equality)]),234,45,395,59,23,339,2,theory(equality)]) ).

cnf(1005,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU1' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[984,1004,theory(equality)]),232,464,373,479,22,338,1,theory(equality)]) ).

cnf(1006,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | sum(sum(n13,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n15)) != sum(n7,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,1005,theory(equality)]),331,15,36,theory(equality)]) ).

cnf(1007,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,1005,theory(equality)]),208,331,87,226,15,326,36,theory(equality)]) ).

cnf(1008,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1007,theory(equality)]),206,199,65,205,30,325,9,theory(equality)]) ).

cnf(1009,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1008,theory(equality)]),204,177,43,184,29,324,8,theory(equality)]) ).

cnf(1010,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1009,theory(equality)]),202,155,483,163,28,323,7,theory(equality)]) ).

cnf(1011,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1010,theory(equality)]),200,133,461,142,27,322,6,theory(equality)]) ).

cnf(1012,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1011,theory(equality)]),198,111,439,121,26,321,5,theory(equality)]) ).

cnf(1013,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1012,theory(equality)]),196,89,417,100,25,320,4,theory(equality)]) ).

cnf(1014,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1013,theory(equality)]),209,442,329,457,42,316,21,theory(equality)]) ).

cnf(1015,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1014,theory(equality)]),194,67,395,79,24,319,3,theory(equality)]) ).

cnf(1016,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1015,theory(equality)]),207,441,307,436,41,336,20,theory(equality)]) ).

cnf(1017,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1016,theory(equality)]),205,419,285,415,40,335,19,theory(equality)]) ).

cnf(1018,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1017,theory(equality)]),203,397,263,394,39,334,18,theory(equality)]) ).

cnf(1019,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1018,theory(equality)]),201,375,241,373,38,333,17,theory(equality)]) ).

cnf(1020,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1019,theory(equality)]),199,353,219,352,37,332,16,theory(equality)]) ).

cnf(1021,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1020,theory(equality)]),197,36,331,15,theory(equality)]) ).

cnf(1022,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1021,theory(equality)]),195,309,175,310,35,330,14,theory(equality)]) ).

cnf(1023,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1022,theory(equality)]),193,287,153,289,34,329,13,theory(equality)]) ).

cnf(1024,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1023,theory(equality)]),191,265,131,268,33,328,12,theory(equality)]) ).

cnf(1025,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1024,theory(equality)]),210,243,109,247,32,327,11,theory(equality)]) ).

cnf(1026,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1025,theory(equality)]),192,45,373,58,23,318,2,theory(equality)]) ).

cnf(1027,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU1' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1006,1026,theory(equality)]),190,464,351,478,22,317,1,theory(equality)]) ).

cnf(1028,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | sum(sum(n12,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n14)) != sum(n5,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,1027,theory(equality)]),309,14,35,theory(equality)]) ).

cnf(1029,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,1027,theory(equality)]),166,309,65,225,14,305,35,theory(equality)]) ).

cnf(1030,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1029,theory(equality)]),164,199,43,204,30,304,9,theory(equality)]) ).

cnf(1031,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1030,theory(equality)]),162,177,483,183,29,303,8,theory(equality)]) ).

cnf(1032,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1031,theory(equality)]),160,155,461,162,28,302,7,theory(equality)]) ).

cnf(1033,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1032,theory(equality)]),158,133,439,141,27,301,6,theory(equality)]) ).

cnf(1034,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1033,theory(equality)]),156,111,417,120,26,300,5,theory(equality)]) ).

cnf(1035,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1034,theory(equality)]),154,89,395,99,25,299,4,theory(equality)]) ).

cnf(1036,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1035,theory(equality)]),167,442,307,456,42,295,21,theory(equality)]) ).

cnf(1037,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1036,theory(equality)]),152,67,373,78,24,298,3,theory(equality)]) ).

cnf(1038,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1037,theory(equality)]),165,441,285,435,41,315,20,theory(equality)]) ).

cnf(1039,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1038,theory(equality)]),163,419,263,414,40,314,19,theory(equality)]) ).

cnf(1040,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1039,theory(equality)]),161,397,241,393,39,313,18,theory(equality)]) ).

cnf(1041,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1040,theory(equality)]),159,375,219,372,38,312,17,theory(equality)]) ).

cnf(1042,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1041,theory(equality)]),157,353,197,351,37,311,16,theory(equality)]) ).

cnf(1043,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1042,theory(equality)]),155,331,175,330,36,310,15,theory(equality)]) ).

cnf(1044,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1043,theory(equality)]),153,35,309,14,theory(equality)]) ).

cnf(1045,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1044,theory(equality)]),151,287,131,288,34,308,13,theory(equality)]) ).

cnf(1046,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1045,theory(equality)]),149,265,109,267,33,307,12,theory(equality)]) ).

cnf(1047,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1046,theory(equality)]),168,243,87,246,32,306,11,theory(equality)]) ).

cnf(1048,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1047,theory(equality)]),150,45,351,57,23,297,2,theory(equality)]) ).

cnf(1049,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU1' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1028,1048,theory(equality)]),148,464,329,477,22,296,1,theory(equality)]) ).

cnf(1050,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | sum(sum(n11,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n13)) != sum(n3,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,1049,theory(equality)]),287,13,34,theory(equality)]) ).

cnf(1051,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,1049,theory(equality)]),124,287,43,224,13,284,34,theory(equality)]) ).

cnf(1052,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1051,theory(equality)]),122,199,483,203,30,283,9,theory(equality)]) ).

cnf(1053,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1052,theory(equality)]),120,177,461,182,29,282,8,theory(equality)]) ).

cnf(1054,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1053,theory(equality)]),118,155,439,161,28,281,7,theory(equality)]) ).

cnf(1055,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1054,theory(equality)]),116,133,417,140,27,280,6,theory(equality)]) ).

cnf(1056,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1055,theory(equality)]),114,111,395,119,26,279,5,theory(equality)]) ).

cnf(1057,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1056,theory(equality)]),112,89,373,98,25,278,4,theory(equality)]) ).

cnf(1058,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1057,theory(equality)]),125,442,285,455,42,274,21,theory(equality)]) ).

cnf(1059,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1058,theory(equality)]),110,67,351,77,24,277,3,theory(equality)]) ).

cnf(1060,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1059,theory(equality)]),123,441,263,434,41,294,20,theory(equality)]) ).

cnf(1061,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1060,theory(equality)]),121,419,241,413,40,293,19,theory(equality)]) ).

cnf(1062,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1061,theory(equality)]),119,397,219,392,39,292,18,theory(equality)]) ).

cnf(1063,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1062,theory(equality)]),117,375,197,371,38,291,17,theory(equality)]) ).

cnf(1064,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1063,theory(equality)]),115,353,175,350,37,290,16,theory(equality)]) ).

cnf(1065,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1064,theory(equality)]),113,331,153,329,36,289,15,theory(equality)]) ).

cnf(1066,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1065,theory(equality)]),111,309,131,308,35,288,14,theory(equality)]) ).

cnf(1067,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1066,theory(equality)]),109,34,287,13,theory(equality)]) ).

cnf(1068,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1067,theory(equality)]),107,265,87,266,33,286,12,theory(equality)]) ).

cnf(1069,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1068,theory(equality)]),126,243,65,245,32,285,11,theory(equality)]) ).

cnf(1070,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1069,theory(equality)]),108,45,329,56,23,276,2,theory(equality)]) ).

cnf(1071,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU1' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1050,1070,theory(equality)]),106,464,307,476,22,275,1,theory(equality)]) ).

cnf(1072,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | sum(sum(n10,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n12)) != sum(n1,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,1071,theory(equality)]),265,12,33,theory(equality)]) ).

cnf(1073,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,1071,theory(equality)]),82,265,483,223,12,263,33,theory(equality)]) ).

cnf(1074,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1073,theory(equality)]),80,199,461,202,30,262,9,theory(equality)]) ).

cnf(1075,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1074,theory(equality)]),78,177,439,181,29,261,8,theory(equality)]) ).

cnf(1076,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1075,theory(equality)]),76,155,417,160,28,260,7,theory(equality)]) ).

cnf(1077,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1076,theory(equality)]),74,133,395,139,27,259,6,theory(equality)]) ).

cnf(1078,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1077,theory(equality)]),72,111,373,118,26,258,5,theory(equality)]) ).

cnf(1079,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1078,theory(equality)]),70,89,351,97,25,257,4,theory(equality)]) ).

cnf(1080,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1079,theory(equality)]),83,442,263,454,42,253,21,theory(equality)]) ).

cnf(1081,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1080,theory(equality)]),68,67,329,76,24,256,3,theory(equality)]) ).

cnf(1082,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1081,theory(equality)]),81,441,241,433,41,273,20,theory(equality)]) ).

cnf(1083,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1082,theory(equality)]),79,419,219,412,40,272,19,theory(equality)]) ).

cnf(1084,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1083,theory(equality)]),77,397,197,391,39,271,18,theory(equality)]) ).

cnf(1085,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1084,theory(equality)]),75,375,175,370,38,270,17,theory(equality)]) ).

cnf(1086,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1085,theory(equality)]),73,353,153,349,37,269,16,theory(equality)]) ).

cnf(1087,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1086,theory(equality)]),71,331,131,328,36,268,15,theory(equality)]) ).

cnf(1088,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1087,theory(equality)]),69,309,109,307,35,267,14,theory(equality)]) ).

cnf(1089,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1088,theory(equality)]),67,287,87,286,34,266,13,theory(equality)]) ).

cnf(1090,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1089,theory(equality)]),65,33,265,12,theory(equality)]) ).

cnf(1091,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1090,theory(equality)]),84,243,43,244,32,264,11,theory(equality)]) ).

cnf(1092,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1091,theory(equality)]),66,45,307,55,23,255,2,theory(equality)]) ).

cnf(1093,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU1' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1072,1092,theory(equality)]),64,464,285,475,22,254,1,theory(equality)]) ).

cnf(1094,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | sum(sum(n9,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n11)) != sum(n20,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,1093,theory(equality)]),243,11,32,theory(equality)]) ).

cnf(1095,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,1093,theory(equality)]),481,243,461,222,11,242,32,theory(equality)]) ).

cnf(1096,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1095,theory(equality)]),479,199,439,201,30,241,9,theory(equality)]) ).

cnf(1097,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1096,theory(equality)]),477,177,417,180,29,240,8,theory(equality)]) ).

cnf(1098,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1097,theory(equality)]),475,155,395,159,28,239,7,theory(equality)]) ).

cnf(1099,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1098,theory(equality)]),473,133,373,138,27,238,6,theory(equality)]) ).

cnf(1100,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1099,theory(equality)]),471,111,351,117,26,237,5,theory(equality)]) ).

cnf(1101,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1100,theory(equality)]),469,89,329,96,25,236,4,theory(equality)]) ).

cnf(1102,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1101,theory(equality)]),482,442,241,453,42,232,21,theory(equality)]) ).

cnf(1103,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1102,theory(equality)]),467,67,307,75,24,235,3,theory(equality)]) ).

cnf(1104,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1103,theory(equality)]),480,441,219,432,41,252,20,theory(equality)]) ).

cnf(1105,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1104,theory(equality)]),478,419,197,411,40,251,19,theory(equality)]) ).

cnf(1106,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1105,theory(equality)]),476,397,175,390,39,250,18,theory(equality)]) ).

cnf(1107,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1106,theory(equality)]),474,375,153,369,38,249,17,theory(equality)]) ).

cnf(1108,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1107,theory(equality)]),472,353,131,348,37,248,16,theory(equality)]) ).

cnf(1109,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1108,theory(equality)]),470,331,109,327,36,247,15,theory(equality)]) ).

cnf(1110,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1109,theory(equality)]),468,309,87,306,35,246,14,theory(equality)]) ).

cnf(1111,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1110,theory(equality)]),466,287,65,285,34,245,13,theory(equality)]) ).

cnf(1112,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1111,theory(equality)]),464,265,43,264,33,244,12,theory(equality)]) ).

cnf(1113,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1112,theory(equality)]),483,32,243,11,theory(equality)]) ).

cnf(1114,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1113,theory(equality)]),465,45,285,54,23,234,2,theory(equality)]) ).

cnf(1115,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU1' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1094,1114,theory(equality)]),463,464,263,474,22,233,1,theory(equality)]) ).

cnf(1116,plain,
    ( 'SKOLEMAAAU1' = n0
    | sum(sum(n0,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n2)) != sum(n2,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))) ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[486,1115,theory(equality)]),45,2,23,theory(equality)]) ).

cnf(1117,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[698,1115,theory(equality)]),103,45,263,213,2,53,23,theory(equality)]) ).

cnf(1118,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1117,theory(equality)]),101,199,241,192,30,52,9,theory(equality)]) ).

cnf(1119,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1118,theory(equality)]),99,177,219,171,29,51,8,theory(equality)]) ).

cnf(1120,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1119,theory(equality)]),97,155,197,150,28,50,7,theory(equality)]) ).

cnf(1121,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1120,theory(equality)]),95,133,175,129,27,49,6,theory(equality)]) ).

cnf(1122,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1121,theory(equality)]),93,111,153,108,26,48,5,theory(equality)]) ).

cnf(1123,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1122,theory(equality)]),91,89,131,87,25,47,4,theory(equality)]) ).

cnf(1124,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1123,theory(equality)]),104,442,444,42,43,21,theory(equality)]) ).

cnf(1125,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1124,theory(equality)]),89,67,109,66,24,46,3,theory(equality)]) ).

cnf(1126,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1125,theory(equality)]),102,441,483,423,41,63,20,theory(equality)]) ).

cnf(1127,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1126,theory(equality)]),100,419,461,402,40,62,19,theory(equality)]) ).

cnf(1128,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1127,theory(equality)]),98,397,439,381,39,61,18,theory(equality)]) ).

cnf(1129,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1128,theory(equality)]),96,375,417,360,38,60,17,theory(equality)]) ).

cnf(1130,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1129,theory(equality)]),94,353,395,339,37,59,16,theory(equality)]) ).

cnf(1131,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1130,theory(equality)]),92,331,373,318,36,58,15,theory(equality)]) ).

cnf(1132,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1131,theory(equality)]),90,309,351,297,35,57,14,theory(equality)]) ).

cnf(1133,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1132,theory(equality)]),88,287,329,276,34,56,13,theory(equality)]) ).

cnf(1134,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1133,theory(equality)]),86,265,307,255,33,55,12,theory(equality)]) ).

cnf(1135,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1134,theory(equality)]),105,243,285,234,32,54,11,theory(equality)]) ).

cnf(1136,plain,
    ( 'SKOLEMAAAU1' = n0
    | 'SKOLEMAAAU2' = n0 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1135,theory(equality)]),87,23,45,2,theory(equality)]) ).

cnf(1137,plain,
    'SKOLEMAAAU1' = n0,
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1116,1136,theory(equality)]),85,464,65,465,22,44,1,theory(equality)]) ).

cnf(1138,plain,
    sum(sum(n20,succ('SKOLEMAAAU2')),sum(pred('SKOLEMAAAU2'),n1)) != sum(n0,sum(pred('SKOLEMAAAU2'),succ('SKOLEMAAAU2'))),
    inference('REWRITE',[status(thm)],[486,464,1,22,1137,theory(equality)]) ).

cnf(1139,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n8
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[698,61,464,241,212,1,473,22,1137,theory(equality)]) ).

cnf(1140,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n7
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1139,theory(equality)]),59,199,219,191,30,472,9,theory(equality)]) ).

cnf(1141,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n6
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1140,theory(equality)]),57,177,197,170,29,471,8,theory(equality)]) ).

cnf(1142,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n5
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1141,theory(equality)]),55,155,175,149,28,470,7,theory(equality)]) ).

cnf(1143,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n4
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1142,theory(equality)]),53,133,153,128,27,469,6,theory(equality)]) ).

cnf(1144,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n3
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1143,theory(equality)]),51,111,131,107,26,468,5,theory(equality)]) ).

cnf(1145,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19
    | 'SKOLEMAAAU2' = n20 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1144,theory(equality)]),49,89,109,86,25,467,4,theory(equality)]) ).

cnf(1146,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n2
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1145,theory(equality)]),62,442,483,443,42,463,21,theory(equality)]) ).

cnf(1147,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18
    | 'SKOLEMAAAU2' = n19 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1146,theory(equality)]),47,67,87,65,24,466,3,theory(equality)]) ).

cnf(1148,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17
    | 'SKOLEMAAAU2' = n18 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1147,theory(equality)]),60,441,461,422,41,483,20,theory(equality)]) ).

cnf(1149,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16
    | 'SKOLEMAAAU2' = n17 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1148,theory(equality)]),58,419,439,401,40,482,19,theory(equality)]) ).

cnf(1150,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15
    | 'SKOLEMAAAU2' = n16 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1149,theory(equality)]),56,397,417,380,39,481,18,theory(equality)]) ).

cnf(1151,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14
    | 'SKOLEMAAAU2' = n15 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1150,theory(equality)]),54,375,395,359,38,480,17,theory(equality)]) ).

cnf(1152,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13
    | 'SKOLEMAAAU2' = n14 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1151,theory(equality)]),52,353,373,338,37,479,16,theory(equality)]) ).

cnf(1153,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12
    | 'SKOLEMAAAU2' = n13 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1152,theory(equality)]),50,331,351,317,36,478,15,theory(equality)]) ).

cnf(1154,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11
    | 'SKOLEMAAAU2' = n12 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1153,theory(equality)]),48,309,329,296,35,477,14,theory(equality)]) ).

cnf(1155,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10
    | 'SKOLEMAAAU2' = n11 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1154,theory(equality)]),46,287,307,275,34,476,13,theory(equality)]) ).

cnf(1156,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1
    | 'SKOLEMAAAU2' = n10 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1155,theory(equality)]),44,265,285,254,33,475,12,theory(equality)]) ).

cnf(1157,plain,
    ( 'SKOLEMAAAU2' = n0
    | 'SKOLEMAAAU2' = n1 ),
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1156,theory(equality)]),63,243,263,233,32,474,11,theory(equality)]) ).

cnf(1158,plain,
    'SKOLEMAAAU2' = n0,
    inference('REWRITE',[status(thm)],[inference('PARAMODULATE',[status(thm)],[1138,1157,theory(equality)]),45,65,44,23,465,2,theory(equality)]) ).

cnf(1159,plain,
    $false,
    inference('REWRITE',[status(thm)],[1138,43,22,464,1,1158,theory(equality)]) ).

%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.07/0.12  % Problem  : NUM376+1.020 : TPTP v8.1.0. Released v3.2.0.
% 0.07/0.13  % Command  : run-snark %s %d
% 0.13/0.34  % Computer : n010.cluster.edu
% 0.13/0.34  % Model    : x86_64 x86_64
% 0.13/0.34  % CPU      : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.13/0.34  % Memory   : 8042.1875MB
% 0.13/0.34  % OS       : Linux 3.10.0-693.el7.x86_64
% 0.13/0.34  % CPULimit : 300
% 0.13/0.34  % WCLimit  : 600
% 0.13/0.34  % DateTime : Wed Jul  6 22:04:16 EDT 2022
% 0.13/0.34  % CPUTime  : 
% 0.19/0.45  /export/starexec/sandbox/benchmark/theBenchmark.p
% 0.19/0.46  * 
% 0.19/0.46  * 
% 0.19/0.47  #<PACKAGE "SNARK-USER">
% 0.19/0.47  * 
% 0.19/0.47  SNARK-TPTP-OPTIONS
% 0.19/0.47  * 
% 0.19/0.47  ((AGENDA-LENGTH-LIMIT NIL) (AGENDA-LENGTH-BEFORE-SIMPLIFICATION-LIMIT NIL)
% 0.19/0.47   (USE-HYPERRESOLUTION T) (USE-UR-RESOLUTION T) (USE-PARAMODULATION T)
% 0.19/0.47   (USE-FACTORING :POS)
% 0.19/0.47   (USE-LITERAL-ORDERING-WITH-HYPERRESOLUTION 'LITERAL-ORDERING-P)
% 0.19/0.47   (USE-LITERAL-ORDERING-WITH-PARAMODULATION 'LITERAL-ORDERING-P)
% 0.19/0.47   (ORDERING-FUNCTIONS>CONSTANTS T) (ASSERT-CONTEXT :CURRENT)
% 0.19/0.47   (RUN-TIME-LIMIT 300) (LISTEN-FOR-COMMANDS NIL)
% 0.19/0.47   (USE-CLOSURE-WHEN-SATISFIABLE T) (PRINT-ROWS-WHEN-GIVEN NIL)
% 0.19/0.47   (PRINT-ROWS-WHEN-DERIVED NIL) (PRINT-UNORIENTABLE-ROWS NIL)
% 0.19/0.47   (PRINT-ROW-WFFS-PRETTILY NIL) (PRINT-FINAL-ROWS :TPTP)
% 0.19/0.47   (PRINT-OPTIONS-WHEN-STARTING NIL) (USE-VARIABLE-NAME-SORTS NIL)
% 0.19/0.47   (USE-PURITY-TEST T) (USE-RELEVANCE-TEST T) (DECLARE-TPTP-SYMBOLS1)
% 0.19/0.47   (DECLARE-TPTP-SYMBOLS2))
% 0.19/0.47  * 
% 0.19/0.47  "."
% 0.19/0.47  * 
% 0.19/0.47  ; Begin refute-file /export/starexec/sandbox/benchmark/theBenchmark.p 2022-07-06T22:04:17
% 0.19/0.47  ; Running SNARK from /davis/home/graph/tptp/Systems/SNARK---20120808r022/Source/snark-system.lisp in SBCL 1.0.12 on n010.cluster.edu at 2022-07-06T22:04:17
% 1.66/1.88  
% 1.66/1.88  
% 1.66/1.88  #||
% 1.66/1.88  % SZS status Unsatisfiable for /export/starexec/sandbox/benchmark/theBenchmark.p
% 1.66/1.88  % SZS output start Refutation
% See solution above
% 1.83/1.99  ||#
% 1.83/1.99  
% 1.83/1.99  ; Summary of computation:
% 1.83/1.99  ;      2906 formulas have been input or derived (from 1157 formulas).
% 1.83/1.99  ;      1159 (40%) were retained.  Of these,
% 1.83/1.99  ;          463 (40%) were simplified or subsumed later,
% 1.83/1.99  ;          696 (60%) are still being kept.
% 1.83/1.99  ; 
% 1.83/1.99  ; Run time in seconds excluding printing time:
% 1.83/1.99  ;     0.038   3%   Read assertion file          (1 call)
% 1.83/1.99  ;     0.236  17%   Assert                       (1 call)
% 1.83/1.99  ;     0.082   6%   Process new row              (2,905 calls)
% 1.83/1.99  ;     0.052   4%   Resolution                   (2,312 calls)
% 1.83/1.99  ;     0.300  21%   Paramodulation               (1,156 calls)
% 1.83/1.99  ;     0.068   5%   Factoring                    (440 calls)
% 1.83/1.99  ;     0.003   0%   Condensing                   (481 calls)
% 1.83/1.99  ;     0.033   2%   Forward subsumption          (481 calls)
% 1.83/1.99  ;     0.068   5%   Backward subsumption         (461 calls)
% 1.83/1.99  ;     0.046   3%   Clause clause subsumption    (476 calls)
% 1.83/1.99  ;     0.149  11%   Forward simplification       (1,790 calls)
% 1.83/1.99  ;     0.004   0%   Backward simplification      (1,159 calls)
% 1.83/1.99  ;     0.276  20%   Ordering                     (231,269 calls)
% 1.83/1.99  ;     0.000   0%   Sortal reasoning             (32 calls)
% 1.83/1.99  ;     0.000   0%   Purity testing               (1 call)
% 1.83/1.99  ;     0.056   4%   Other
% 1.83/1.99  ;     1.411        Total
% 1.83/1.99  ;     1.526        Real time
% 1.83/1.99  ; 
% 1.83/1.99  ; Term-hash-array has 1,339 terms in all.
% 1.83/1.99  ; Feature-vector-row-index has 0 entries (5 at peak, 461 added, 461 deleted).
% 1.83/1.99  ; Feature-vector-row-index has 1 node (145 at peak, 8,384 added, 8,383 deleted).
% 1.83/1.99  ;  Retrieved 256 possibly forward subsuming rows in 481 calls.
% 1.83/1.99  ;  Retrieved 490 possibly backward subsumed rows in 461 calls.
% 1.83/1.99  ; Path-index has 1,201 entries (1,262 at peak, 1,783 added, 582 deleted).
% 1.83/1.99  ; Path-index has 248 nodes (276 at peak, 404 added, 156 deleted).
% 1.83/1.99  ; Trie-index has 1,201 entries (1,262 at peak, 1,783 added, 582 deleted).
% 1.83/1.99  ; Trie-index has 1,756 nodes (1,895 at peak, 2,939 added, 1,183 deleted).
% 1.83/1.99  ; Retrieved 4,700 generalization terms in 16,739 calls.
% 1.83/1.99  ; Retrieved 697 instance terms in 697 calls.
% 1.83/1.99  ; Retrieved 944 unifiable terms in 5,966 calls.
% 1.83/1.99  ; 
% 1.83/1.99  ; The agenda of backward simplifiable rows to process has 1 entry:
% 1.83/1.99  ;     1 with value 0
% 1.83/1.99  ; The agenda of rows to give has 2 entries:
% 1.83/1.99  ;     1 with value (4 24)          1 with value (4 425)
% 1.83/1.99  Evaluation took:
% 1.83/1.99    1.526 seconds of real time
% 1.83/1.99    1.261852 seconds of user run time
% 1.83/1.99    0.263957 seconds of system run time
% 1.83/1.99    [Run times include 0.04 seconds GC run time.]
% 1.83/1.99    0 calls to %EVAL
% 1.83/1.99    0 page faults and
% 1.83/1.99    234,908,160 bytes consed.
% 1.83/1.99  :PROOF-FOUND
% 1.83/1.99  ; End refute-file /export/starexec/sandbox/benchmark/theBenchmark.p 2022-07-06T22:04:18
% 1.83/1.99  :PROOF-FOUND
% 1.83/1.99  * 
%------------------------------------------------------------------------------