%------------------------------------------------------------------------------
% File     : nanoCoP---2.0
% Problem  : MED005+1 : TPTP v8.1.2. Released v3.2.0.
% Transfm  : none
% Format   : tptp:raw
% Command  : nanocop.sh %s %d

% Computer : n008.cluster.edu
% Model    : x86_64 x86_64
% CPU      : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz
% Memory   : 8042.1875MB
% OS       : Linux 3.10.0-693.el7.x86_64
% CPULimit : 300s
% WCLimit  : 300s
% DateTime : Fri May 19 11:34:30 EDT 2023

% Result   : Theorem 2.74s 3.44s
% Output   : Proof 2.74s
% Verified : 
% SZS Type : -

% Comments : 
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.03/0.11  % Problem  : MED005+1 : TPTP v8.1.2. Released v3.2.0.
% 0.03/0.12  % Command  : nanocop.sh %s %d
% 0.11/0.33  % Computer : n008.cluster.edu
% 0.11/0.33  % Model    : x86_64 x86_64
% 0.11/0.33  % CPU      : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.11/0.33  % Memory   : 8042.1875MB
% 0.11/0.33  % OS       : Linux 3.10.0-693.el7.x86_64
% 0.11/0.33  % CPULimit : 300
% 0.11/0.33  % WCLimit  : 300
% 0.11/0.33  % DateTime : Thu May 18 16:34:39 EDT 2023
% 0.11/0.33  % CPUTime  : 
% 2.74/3.44  
% 2.74/3.44  /export/starexec/sandbox2/benchmark/theBenchmark.p is a Theorem
% 2.74/3.44  Start of proof for /export/starexec/sandbox2/benchmark/theBenchmark.p
% 2.74/3.44  %-----------------------------------------------------
% 2.74/3.44  ncf(matrix, plain, [(610 ^ _92781) ^ [] : [-(s0(n0))], (612 ^ _92781) ^ [_112596] : [gt(n0, _112596), -(conditionhyper(_112596))], (618 ^ _92781) ^ [_112766] : [-(gt(n0, _112766)), s1(_112766), 626 ^ _92781 : [(627 ^ _92781) ^ [] : [-(gt(_112766, 625 ^ [_112766]))], (629 ^ _92781) ^ [] : [conditionhyper(625 ^ [_112766])]]], (2 ^ _92781) ^ [_92884] : [gt(_92884, _92884)], (4 ^ _92781) ^ [_93005, _93007, _93009] : [-(gt(_93009, _93005)), gt(_93009, _93007), gt(_93007, _93005)], (14 ^ _92781) ^ [_93300] : [-(bcapacityne(_93300)), -(bcapacityex(_93300)), -(bcapacitysn(_93300))], (24 ^ _92781) ^ [_93571] : [bcapacityne(_93571), bcapacityex(_93571)], (30 ^ _92781) ^ [_93760] : [bcapacityne(_93760), bcapacitysn(_93760)], (36 ^ _92781) ^ [_93949] : [bcapacityex(_93949), bcapacitysn(_93949)], (42 ^ _92781) ^ [_94138] : [-(conditionhyper(_94138)), -(conditionhypo(_94138)), -(conditionnormo(_94138))], (52 ^ _92781) ^ [_94409] : [conditionhyper(_94409), conditionhypo(_94409)], (58 ^ _92781) ^ [_94598] : [conditionhyper(_94598), conditionnormo(_94598)], (64 ^ _92781) ^ [_94787] : [conditionhypo(_94787), conditionnormo(_94787)], (70 ^ _92781) ^ [_94976] : [72 ^ _92781 : [(73 ^ _92781) ^ [] : [gt(_94976, 71 ^ [_94976])], (75 ^ _92781) ^ [] : [drugi(71 ^ [_94976])]], 76 ^ _92781 : [(77 ^ _92781) ^ [_95249] : [-(gt(_94976, _95249)), 80 ^ _92781 : [(81 ^ _92781) ^ [] : [-(uptakelg(_95249))], (83 ^ _92781) ^ [] : [-(uptakepg(_95249))]]]]], (85 ^ _92781) ^ [_95541, _95543] : [-(gt(_95543, _95541)), uptakelg(_95541), releaselg(_95541)], (95 ^ _92781) ^ [_95826] : [99 ^ _92781 : [(100 ^ _92781) ^ [] : [gt(_95826, 98 ^ [_95826])], (102 ^ _92781) ^ [] : [drugsu(98 ^ [_95826])]], -(bcapacityex(_95826)), 105 ^ _92781 : [(106 ^ _92781) ^ [_96181] : [-(gt(_95826, _96181)), -(bsecretioni(_96181))]]], (112 ^ _92781) ^ [_96387] : [114 ^ _92781 : [(115 ^ _92781) ^ [] : [gt(_96387, 113 ^ [_96387])], (117 ^ _92781) ^ [] : [drugbg(113 ^ [_96387])]], 118 ^ _92781 : [(119 ^ _92781) ^ [_96657] : [-(gt(_96387, _96657)), releaselg(_96657)]]], (125 ^ _92781) ^ [_96863] : [146 ^ _92781 : [(147 ^ _92781) ^ [_97515] : [-(gt(_96863, _97515)), -(conditionnormo(_97515))]], 129 ^ _92781 : [(130 ^ _92781) ^ [] : [gt(_96863, 128 ^ [_96863])], (132 ^ _92781) ^ [] : [bsecretioni(128 ^ [_96863])]], bcapacitysn(_96863), qilt27(_96863), 142 ^ _92781 : [(143 ^ _92781) ^ [] : [-(gt(_96863, 141 ^ [_96863]))], (145 ^ _92781) ^ [] : [conditionhyper(141 ^ [_96863])]]], (153 ^ _92781) ^ [_97719] : [174 ^ _92781 : [(175 ^ _92781) ^ [_98379] : [-(gt(_97719, _98379)), -(conditionnormo(_98379))]], 157 ^ _92781 : [(158 ^ _92781) ^ [] : [gt(_97719, 156 ^ [_97719])], (160 ^ _92781) ^ [] : [-(releaselg(156 ^ [_97719]))]], bcapacitysn(_97719), -(qilt27(_97719)), 170 ^ _92781 : [(171 ^ _92781) ^ [] : [-(gt(_97719, 169 ^ [_97719]))], (173 ^ _92781) ^ [] : [conditionhyper(169 ^ [_97719])]]], (181 ^ _92781) ^ [_98583] : [210 ^ _92781 : [(211 ^ _92781) ^ [_99584] : [-(gt(_98583, _99584)), -(conditionnormo(_99584))]], 185 ^ _92781 : [(186 ^ _92781) ^ [] : [gt(_98583, 184 ^ [_98583])], (188 ^ _92781) ^ [] : [-(releaselg(184 ^ [_98583]))], (191 ^ _92781) ^ [] : [gt(_98583, 189 ^ [_98583])], (193 ^ _92781) ^ [] : [uptakepg(189 ^ [_98583])]], bcapacityne(_98583), 201 ^ _92781 : [(202 ^ _92781) ^ [] : [gt(_98583, 200 ^ [_98583])], (204 ^ _92781) ^ [] : [bsecretioni(200 ^ [_98583])]], 206 ^ _92781 : [(207 ^ _92781) ^ [] : [-(gt(_98583, 205 ^ [_98583]))], (209 ^ _92781) ^ [] : [conditionhyper(205 ^ [_98583])]]], (217 ^ _92781) ^ [_99768] : [241 ^ _92781 : [(242 ^ _92781) ^ [_100562] : [-(gt(_99768, _100562)), -(conditionnormo(_100562)), -(conditionhypo(_100562))]], 221 ^ _92781 : [(222 ^ _92781) ^ [] : [gt(_99768, 220 ^ [_99768])], (224 ^ _92781) ^ [] : [uptakelg(220 ^ [_99768])]], 228 ^ _92781 : [(229 ^ _92781) ^ [] : [gt(_99768, 227 ^ [_99768])], (231 ^ _92781) ^ [] : [uptakepg(227 ^ [_99768])]], bcapacityex(_99768), 237 ^ _92781 : [(238 ^ _92781) ^ [] : [-(gt(_99768, 236 ^ [_99768]))], (240 ^ _92781) ^ [] : [conditionhyper(236 ^ [_99768])]]], (252 ^ _92781) ^ [_100888] : [-(s0(_100888)), -(s1(_100888)), -(s2(_100888)), -(s3(_100888))], (266 ^ _92781) ^ [_101243] : [s0(_101243), s1(_101243)], (272 ^ _92781) ^ [_101432] : [s0(_101432), s2(_101432)], (278 ^ _92781) ^ [_101621] : [s0(_101621), s3(_101621)], (284 ^ _92781) ^ [_101810] : [s1(_101810), s2(_101810)], (290 ^ _92781) ^ [_101999] : [s1(_101999), s3(_101999)], (296 ^ _92781) ^ [_102188] : [s2(_102188), s3(_102188)], (302 ^ _92781) ^ [_102377] : [304 ^ _92781 : [(305 ^ _92781) ^ [] : [gt(_102377, 303 ^ [_102377])], (307 ^ _92781) ^ [] : [conditionnormo(303 ^ [_102377])]], 310 ^ _92781 : [(311 ^ _92781) ^ [_102905] : [-(gt(_102377, _102905)), -(bsecretioni(_102905))], (317 ^ _92781) ^ [] : [-(bcapacitysn(_102377))], (319 ^ _92781) ^ [] : [-(qilt27(_102377))], (321 ^ _92781) ^ [_103210] : [gt(_102377, _103210), -(conditionhyper(_103210))]], 328 ^ _92781 : [(329 ^ _92781) ^ [_103444] : [-(gt(_102377, _103444)), releaselg(_103444)], (335 ^ _92781) ^ [] : [-(bcapacitysn(_102377))], (337 ^ _92781) ^ [] : [qilt27(_102377)], (339 ^ _92781) ^ [_103749] : [gt(_102377, _103749), -(conditionhyper(_103749))]], 374 ^ _92781 : [(375 ^ _92781) ^ [_104844] : [-(gt(_102377, _104844)), -(uptakelg(_104844))], (381 ^ _92781) ^ [_105043] : [-(gt(_102377, _105043)), -(uptakepg(_105043))], (387 ^ _92781) ^ [] : [-(bcapacityex(_102377))], (389 ^ _92781) ^ [_105285] : [gt(_102377, _105285), -(conditionhyper(_105285))]], 346 ^ _92781 : [(347 ^ _92781) ^ [] : [348 ^ _92781 : [(349 ^ _92781) ^ [_104015] : [-(gt(_102377, _104015)), releaselg(_104015)]], 354 ^ _92781 : [(355 ^ _92781) ^ [_104195] : [-(gt(_102377, _104195)), -(uptakepg(_104195))]]], (361 ^ _92781) ^ [] : [-(bcapacityne(_102377))], (363 ^ _92781) ^ [_104463] : [-(gt(_102377, _104463)), -(bsecretioni(_104463))], (369 ^ _92781) ^ [_104642] : [gt(_102377, _104642), -(conditionhyper(_104642))]]], (395 ^ _92781) ^ [_105508] : [-(drugsu(_105508)), s1(_105508), qilt27(_105508)], (405 ^ _92781) ^ [_105777] : [-(drugbg(_105777)), s1(_105777), -(qilt27(_105777))], (415 ^ _92781) ^ [_106049] : [s2(_106049), 418 ^ _92781 : [(419 ^ _92781) ^ [] : [-(drugbg(_106049))], (421 ^ _92781) ^ [] : [-(drugsu(_106049))]]], (423 ^ _92781) ^ [_106306] : [s3(_106306), -(drugi(_106306)), 428 ^ _92781 : [(429 ^ _92781) ^ [] : [-(drugi(_106306))], (431 ^ _92781) ^ [] : [-(drugsu(_106306)), -(drugbg(_106306))]]], (439 ^ _92781) ^ [_106731] : [drugbg(_106731), 444 ^ _92781 : [(445 ^ _92781) ^ [] : [-(s1(_106731))], (447 ^ _92781) ^ [] : [qilt27(_106731)]], -(s2(_106731)), -(s3(_106731))], (455 ^ _92781) ^ [_107157] : [drugsu(_107157), 460 ^ _92781 : [(461 ^ _92781) ^ [] : [-(s1(_107157))], (463 ^ _92781) ^ [] : [-(qillt27(_107157))]], -(s2(_107157)), -(s3(_107157))], (471 ^ _92781) ^ [_107582] : [drugi(_107582), -(s3(_107582))], (477 ^ _92781) ^ [_107768] : [479 ^ _92781 : [(480 ^ _92781) ^ [] : [gt(_107768, 478 ^ [_107768])], (482 ^ _92781) ^ [] : [uptakelg(478 ^ [_107768])], (485 ^ _92781) ^ [] : [gt(_107768, 483 ^ [_107768])], (487 ^ _92781) ^ [] : [uptakepg(483 ^ [_107768])]], 488 ^ _92781 : [(489 ^ _92781) ^ [_108243] : [-(gt(_107768, _108243)), -(drugi(_108243))]]], (495 ^ _92781) ^ [_108462, _108464] : [-(gt(_108464, _108462)), -(releaselg(_108462)), -(uptakelg(_108462))], (505 ^ _92781) ^ [_108749] : [507 ^ _92781 : [(508 ^ _92781) ^ [] : [gt(_108749, 506 ^ [_108749])], (510 ^ _92781) ^ [] : [bsecretioni(506 ^ [_108749])]], 511 ^ _92781 : [(518 ^ _92781) ^ [] : [bcapacityex(_108749)], (512 ^ _92781) ^ [_109044] : [-(gt(_108749, _109044)), -(drugsu(_109044))]]], (520 ^ _92781) ^ [_109293] : [522 ^ _92781 : [(523 ^ _92781) ^ [] : [gt(_109293, 521 ^ [_109293])], (525 ^ _92781) ^ [] : [-(releaselg(521 ^ [_109293]))]], 526 ^ _92781 : [(527 ^ _92781) ^ [_109566] : [-(gt(_109293, _109566)), -(drugbg(_109566))]]], (533 ^ _92781) ^ [_109771] : [545 ^ _92781 : [(546 ^ _92781) ^ [] : [gt(_109771, 544 ^ [_109771])], (548 ^ _92781) ^ [] : [-(s1(544 ^ [_109771]))], (550 ^ _92781) ^ [_110355] : [gt(544 ^ [_109771], _110355), -(conditionhyper(_110355))]], s0(_109771), 538 ^ _92781 : [(539 ^ _92781) ^ [_109971] : [-(gt(_109771, _109971)), -(conditionnormo(_109971))]]], (585 ^ _92781) ^ [_111525] : [597 ^ _92781 : [(598 ^ _92781) ^ [] : [gt(_111525, 596 ^ [_111525])], (600 ^ _92781) ^ [] : [-(s3(596 ^ [_111525]))], (608 ^ _92781) ^ [] : [-(bcapacityex(596 ^ [_111525]))], (602 ^ _92781) ^ [_112139] : [gt(596 ^ [_111525], _112139), -(conditionhyper(_112139))]], s2(_111525), 590 ^ _92781 : [(591 ^ _92781) ^ [_111730] : [-(gt(_111525, _111730)), -(conditionnormo(_111730))]]], (556 ^ _92781) ^ [_110570] : [s1(_110570), 561 ^ _92781 : [(562 ^ _92781) ^ [_110780] : [-(gt(_110570, _110780)), -(conditionnormo(_110780))]], 568 ^ _92781 : [(569 ^ _92781) ^ [] : [gt(_110570, 567 ^ [_110570])], (571 ^ _92781) ^ [] : [-(s2(567 ^ [_110570]))], (573 ^ _92781) ^ [_111194] : [gt(567 ^ [_110570], _111194), -(conditionhyper(_111194))], (579 ^ _92781) ^ [] : [-(bcapacityne(567 ^ [_110570])), -(bcapacityex(567 ^ [_110570]))]]]], input).
% 2.74/3.44  ncf('1',plain,[conditionhyper(n0), conditionnormo(n0)],start(58 ^ 0,bind([[_94598], [n0]]))).
% 2.74/3.44  ncf('1.1',plain,[-(conditionhyper(n0)), 321 : gt(n0, n0), 305 : gt(n0, 303 ^ [n0]), 339 : gt(n0, n0), 339 : -(conditionhyper(n0)), 389 : gt(n0, n0), 389 : -(conditionhyper(n0)), 369 : gt(n0, n0), 369 : -(conditionhyper(n0))],extension(302 ^ 1,bind([[_102377, _103210, _103749, _105285, _104642], [n0, n0, n0, n0, n0]]))).
% 2.74/3.44  ncf('1.1.1',plain,[-(gt(n0, n0)), 512 : -(drugsu(n0)), 508 : gt(n0, 506 ^ [n0])],extension(505 ^ 4,bind([[_108749, _109044], [n0, n0]]))).
% 2.74/3.44  ncf('1.1.1.1',plain,[drugsu(n0), 461 : -(s1(n0)), 461 : -(s2(n0)), 461 : -(s3(n0))],extension(455 ^ 7,bind([[_107157], [n0]]))).
% 2.74/3.44  ncf('1.1.1.1.1',plain,[s1(n0), s0(n0)],extension(266 ^ 10,bind([[_101243], [n0]]))).
% 2.74/3.44  ncf('1.1.1.1.1.1',plain,[-(s0(n0))],extension(610 ^ 11)).
% 2.74/3.44  ncf('1.1.1.1.2',plain,[s2(n0), s0(n0)],extension(272 ^ 8,bind([[_101432], [n0]]))).
% 2.74/3.44  ncf('1.1.1.1.2.1',plain,[-(s0(n0))],extension(610 ^ 9)).
% 2.74/3.44  ncf('1.1.1.1.3',plain,[s3(n0), s0(n0)],extension(278 ^ 8,bind([[_101621], [n0]]))).
% 2.74/3.44  ncf('1.1.1.1.3.1',plain,[-(s0(n0))],extension(610 ^ 9)).
% 2.74/3.44  ncf('1.1.1.2',plain,[-(gt(n0, 506 ^ [n0])), -(bsecretioni(506 ^ [n0]))],extension(311 ^ 7,bind([[_102905], [506 ^ [n0]]]))).
% 2.74/3.44  ncf('1.1.1.2.1',plain,[bsecretioni(506 ^ [n0])],extension(510 ^ 8)).
% 2.74/3.44  ncf('1.1.2',plain,[-(gt(n0, 303 ^ [n0])), 539 : -(conditionnormo(303 ^ [n0])), 550 : gt(544 ^ [n0], 625 ^ [544 ^ [n0]]), 550 : -(conditionhyper(625 ^ [544 ^ [n0]])), 550 : s0(n0)],extension(533 ^ 4,bind([[_109771, _109971, _110355], [n0, 303 ^ [n0], 625 ^ [544 ^ [n0]]]]))).
% 2.74/3.44  ncf('1.1.2.1',plain,[conditionnormo(303 ^ [n0])],extension(307 ^ 7)).
% 2.74/3.44  ncf('1.1.2.2',plain,[-(gt(544 ^ [n0], 625 ^ [544 ^ [n0]])), -(gt(n0, 544 ^ [n0])), s1(544 ^ [n0])],extension(618 ^ 7,bind([[_112766], [544 ^ [n0]]]))).
% 2.74/3.44  ncf('1.1.2.2.1',plain,[gt(n0, 544 ^ [n0])],extension(546 ^ 8)).
% 2.74/3.44  ncf('1.1.2.2.2',plain,[-(s1(544 ^ [n0]))],extension(548 ^ 8)).
% 2.74/3.44  ncf('1.1.2.3',plain,[conditionhyper(625 ^ [544 ^ [n0]]), -(gt(n0, 544 ^ [n0])), s1(544 ^ [n0])],extension(618 ^ 7,bind([[_112766], [544 ^ [n0]]]))).
% 2.74/3.44  ncf('1.1.2.3.1',plain,[gt(n0, 544 ^ [n0])],extension(546 ^ 8)).
% 2.74/3.44  ncf('1.1.2.3.2',plain,[-(s1(544 ^ [n0]))],extension(548 ^ 8)).
% 2.74/3.44  ncf('1.1.2.4',plain,[-(s0(n0))],extension(610 ^ 5)).
% 2.74/3.44  ncf('1.1.3',plain,[-(gt(n0, n0)), 489 : -(drugi(n0)), 480 : gt(n0, 478 ^ [n0])],extension(477 ^ 4,bind([[_107768, _108243], [n0, n0]]))).
% 2.74/3.44  ncf('1.1.3.1',plain,[drugi(n0), -(s3(n0))],extension(471 ^ 7,bind([[_107582], [n0]]))).
% 2.74/3.44  ncf('1.1.3.1.1',plain,[s3(n0), s0(n0)],extension(278 ^ 8,bind([[_101621], [n0]]))).
% 2.74/3.44  ncf('1.1.3.1.1.1',plain,[-(s0(n0))],extension(610 ^ 9)).
% 2.74/3.44  ncf('1.1.3.2',plain,[-(gt(n0, 478 ^ [n0])), -(releaselg(478 ^ [n0])), -(uptakelg(478 ^ [n0]))],extension(495 ^ 7,bind([[_108462, _108464], [478 ^ [n0], n0]]))).
% 2.74/3.44  ncf('1.1.3.2.1',plain,[releaselg(478 ^ [n0]), -(gt(n0, 478 ^ [n0]))],extension(329 ^ 8,bind([[_103444], [478 ^ [n0]]]))).
% 2.74/3.44  ncf('1.1.3.2.1.1',plain,[gt(n0, 478 ^ [n0])],reduction('1.1.3')).
% 2.74/3.44  ncf('1.1.3.2.2',plain,[uptakelg(478 ^ [n0])],extension(482 ^ 8)).
% 2.74/3.44  ncf('1.1.4',plain,[conditionhyper(n0)],reduction('1')).
% 2.74/3.44  ncf('1.1.5',plain,[-(gt(n0, n0)), 489 : -(drugi(n0)), 480 : gt(n0, 478 ^ [n0])],extension(477 ^ 4,bind([[_107768, _108243], [n0, n0]]))).
% 2.74/3.44  ncf('1.1.5.1',plain,[drugi(n0), -(s3(n0))],extension(471 ^ 7,bind([[_107582], [n0]]))).
% 2.74/3.44  ncf('1.1.5.1.1',plain,[s3(n0), s0(n0)],extension(278 ^ 8,bind([[_101621], [n0]]))).
% 2.74/3.44  ncf('1.1.5.1.1.1',plain,[-(s0(n0))],extension(610 ^ 9)).
% 2.74/3.44  ncf('1.1.5.2',plain,[-(gt(n0, 478 ^ [n0])), -(uptakelg(478 ^ [n0]))],extension(375 ^ 7,bind([[_104844], [478 ^ [n0]]]))).
% 2.74/3.44  ncf('1.1.5.2.1',plain,[uptakelg(478 ^ [n0])],extension(482 ^ 8)).
% 2.74/3.44  ncf('1.1.6',plain,[conditionhyper(n0)],reduction('1')).
% 2.74/3.44  ncf('1.1.7',plain,[-(gt(n0, n0)), 512 : -(drugsu(n0)), 508 : gt(n0, 506 ^ [n0])],extension(505 ^ 4,bind([[_108749, _109044], [n0, n0]]))).
% 2.74/3.44  ncf('1.1.7.1',plain,[drugsu(n0), 461 : -(s1(n0)), 461 : -(s2(n0)), 461 : -(s3(n0))],extension(455 ^ 7,bind([[_107157], [n0]]))).
% 2.74/3.44  ncf('1.1.7.1.1',plain,[s1(n0), s0(n0)],extension(266 ^ 10,bind([[_101243], [n0]]))).
% 2.74/3.44  ncf('1.1.7.1.1.1',plain,[-(s0(n0))],extension(610 ^ 11)).
% 2.74/3.44  ncf('1.1.7.1.2',plain,[s2(n0), s0(n0)],extension(272 ^ 8,bind([[_101432], [n0]]))).
% 2.74/3.44  ncf('1.1.7.1.2.1',plain,[-(s0(n0))],extension(610 ^ 9)).
% 2.74/3.44  ncf('1.1.7.1.3',plain,[s3(n0), s0(n0)],extension(278 ^ 8,bind([[_101621], [n0]]))).
% 2.74/3.44  ncf('1.1.7.1.3.1',plain,[-(s0(n0))],extension(610 ^ 9)).
% 2.74/3.44  ncf('1.1.7.2',plain,[-(gt(n0, 506 ^ [n0])), -(bsecretioni(506 ^ [n0]))],extension(363 ^ 7,bind([[_104463], [506 ^ [n0]]]))).
% 2.74/3.44  ncf('1.1.7.2.1',plain,[bsecretioni(506 ^ [n0])],extension(510 ^ 8)).
% 2.74/3.44  ncf('1.1.8',plain,[conditionhyper(n0)],reduction('1')).
% 2.74/3.44  ncf('1.2',plain,[-(conditionnormo(n0)), 539 : -(gt(n0, n0)), 546 : gt(n0, 544 ^ [n0]), 546 : s0(n0)],extension(533 ^ 1,bind([[_109771, _109971], [n0, n0]]))).
% 2.74/3.44  ncf('1.2.1',plain,[gt(n0, n0)],extension(2 ^ 4,bind([[_92884], [n0]]))).
% 2.74/3.44  ncf('1.2.2',plain,[-(gt(n0, 544 ^ [n0])), s1(544 ^ [n0]), 627 : -(gt(544 ^ [n0], 625 ^ [544 ^ [n0]]))],extension(618 ^ 4,bind([[_112766], [544 ^ [n0]]]))).
% 2.74/3.44  ncf('1.2.2.1',plain,[-(s1(544 ^ [n0]))],extension(548 ^ 5)).
% 2.74/3.44  ncf('1.2.2.2',plain,[gt(544 ^ [n0], 625 ^ [544 ^ [n0]]), -(conditionhyper(625 ^ [544 ^ [n0]]))],extension(550 ^ 7,bind([[_110355], [625 ^ [544 ^ [n0]]]]))).
% 2.74/3.44  ncf('1.2.2.2.1',plain,[conditionhyper(625 ^ [544 ^ [n0]])],extension(629 ^ 8)).
% 2.74/3.44  ncf('1.2.3',plain,[-(s0(n0))],extension(610 ^ 2)).
% 2.74/3.44  %-----------------------------------------------------
% 2.74/3.44  End of proof for /export/starexec/sandbox2/benchmark/theBenchmark.p
%------------------------------------------------------------------------------