TSTP Solution File: SYN726+1 by Goeland---1.0.0
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- Process Solution
%------------------------------------------------------------------------------
% File : Goeland---1.0.0
% Problem : SYN726+1 : TPTP v8.1.0. Released v2.5.0.
% Transfm : none
% Format : tptp:raw
% Command : goeland -dmt -presko -proof %s
% Computer : n027.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 : Thu Sep 29 22:24:29 EDT 2022
% Result : Theorem 187.41s 36.22s
% Output : Proof 187.41s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.12/0.12 % Problem : SYN726+1 : TPTP v8.1.0. Released v2.5.0.
% 0.12/0.13 % Command : goeland -dmt -presko -proof %s
% 0.12/0.33 % Computer : n027.cluster.edu
% 0.12/0.33 % Model : x86_64 x86_64
% 0.12/0.33 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.12/0.33 % Memory : 8042.1875MB
% 0.12/0.33 % OS : Linux 3.10.0-693.el7.x86_64
% 0.12/0.33 % CPULimit : 300
% 0.12/0.33 % WCLimit : 300
% 0.12/0.33 % DateTime : Mon Sep 5 07:02:37 EDT 2022
% 0.12/0.33 % CPUTime :
% 0.12/0.33 [DMT] DMT loaded with preskolemization
% 0.12/0.33 [EQ] equality loaded.
% 0.12/0.33 [0.000036s][1][MAIN] Problem : theBenchmark.p
% 0.12/0.33 Start search
% 0.12/0.33 nb_step : 1 - limit : 6
% 0.12/0.33 Launch Gotab with destructive = true
% 12.56/4.39 nb_step : 2 - limit : 12
% 12.56/4.39 Launch Gotab with destructive = true
% 187.41/36.21 % SZS output start Proof for theBenchmark.p
% 187.41/36.22 [1828] ALPHA_NOT_OR : ~(((((! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5))) & ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))) & ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))) & ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))) => ! [X13_13, Y14_14] : (p(X13_13, Y14_14))) | ! [X15_15, Y16_16] : (q(X15_15, Y16_16)))
% 187.41/36.22 -> [1829] ~((((! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5))) & ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))) & ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))) & ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))) => ! [X13_13, Y14_14] : (p(X13_13, Y14_14))), ~! [X15_15, Y16_16] : (q(X15_15, Y16_16))
% 187.41/36.22
% 187.41/36.22 [1829] ALPHA_NOT_IMPLY : ~((((! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5))) & ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))) & ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))) & ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))) => ! [X13_13, Y14_14] : (p(X13_13, Y14_14)))
% 187.41/36.22 -> [1830] (((! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5))) & ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))) & ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))) & ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))), ~! [X13_13, Y14_14] : (p(X13_13, Y14_14))
% 187.41/36.22
% 187.41/36.22 [1830] ALPHA_AND : (((! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5))) & ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))) & ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))) & ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12))))
% 187.41/36.22 -> [1831] ((! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5))) & ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))) & ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))), ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [1831] ALPHA_AND : ((! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5))) & ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))) & ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9))))
% 187.41/36.22 -> [1832] (! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5))) & ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))), ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [1832] ALPHA_AND : (! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5))) & ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8))))
% 187.41/36.22 -> [1833] ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5))), ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22
% 187.41/36.22 [1833] DELTA_NOT_FORALL : ~! [X15_15, Y16_16] : (q(X15_15, Y16_16))
% 187.41/36.22 -> [1834] ~q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [1834] DELTA_NOT_FORALL : ~! [X13_13, Y14_14] : (p(X13_13, Y14_14))
% 187.41/36.22 -> [1835] ~p(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [1835] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [1836] (p(skolem_X1313, skolem_Y1414) | q(skolem_X1313, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [1836] BETA_OR : (p(skolem_X1313, skolem_Y1414) | q(skolem_X1313, skolem_Y1414))
% 187.41/36.22 -> [1837] p(skolem_X1313, skolem_Y1414)
% 187.41/36.22 -> [1838] q(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [1837] CLOSURE : p(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [1838] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [1839] (q(skolem_X1313, skolem_Y1414) => q(skolem_Y1414, skolem_X1313))
% 187.41/36.22
% 187.41/36.22 [1839] BETA_IMPLY : (q(skolem_X1313, skolem_Y1414) => q(skolem_Y1414, skolem_X1313))
% 187.41/36.22 -> [1840] ~q(skolem_X1313, skolem_Y1414)
% 187.41/36.22 -> [1841] q(skolem_Y1414, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [1840] CLOSURE : ~q(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [1841] GAMMA_FORALL : ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22 -> [1842] ((p(skolem_X1313, skolem_Y1616) & p(skolem_Y1616, skolem_Y1414)) => p(skolem_X1313, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [1842] BETA_IMPLY : ((p(skolem_X1313, skolem_Y1616) & p(skolem_Y1616, skolem_Y1414)) => p(skolem_X1313, skolem_Y1414))
% 187.41/36.22 -> [1843] ~(p(skolem_X1313, skolem_Y1616) & p(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [1844] p(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [1844] CLOSURE : p(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [1843] BETA_NOT_AND : ~(p(skolem_X1313, skolem_Y1616) & p(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [5329] ~p(skolem_X1313, skolem_Y1616)
% 187.41/36.22 -> [5330] ~p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [5329] GAMMA_FORALL : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [5331] ((q(skolem_X1515, skolem_X1313) & q(skolem_X1313, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [5331] BETA_IMPLY : ((q(skolem_X1515, skolem_X1313) & q(skolem_X1313, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22 -> [5333] ~(q(skolem_X1515, skolem_X1313) & q(skolem_X1313, skolem_Y1616))
% 187.41/36.22 -> [5334] q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [5334] CLOSURE : q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [5333] BETA_NOT_AND : ~(q(skolem_X1515, skolem_X1313) & q(skolem_X1313, skolem_Y1616))
% 187.41/36.22 -> [5343] ~q(skolem_X1515, skolem_X1313)
% 187.41/36.22 -> [5344] ~q(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [5344] : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [5348] ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [5348] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [5352] (p(skolem_X1313, skolem_Y1414) | q(skolem_X1313, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [5352] BETA_OR : (p(skolem_X1313, skolem_Y1414) | q(skolem_X1313, skolem_Y1414))
% 187.41/36.22 -> [5359] p(skolem_X1313, skolem_Y1414)
% 187.41/36.22 -> [5360] q(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [5359] CLOSURE : p(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [5360] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [5368] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [5368] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [5374] (q(skolem_Y1414, skolem_X1313) => q(skolem_X1313, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [5374] BETA_IMPLY : (q(skolem_Y1414, skolem_X1313) => q(skolem_X1313, skolem_Y1414))
% 187.41/36.22 -> [5375] ~q(skolem_Y1414, skolem_X1313)
% 187.41/36.22 -> [5376] q(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [5375] CLOSURE : ~q(skolem_Y1414, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [5376] : ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22 -> [5384] ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22
% 187.41/36.22 [5384] GAMMA_FORALL : ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22 -> [5390] ((p(skolem_X1313, skolem_Y1616) & p(skolem_Y1616, skolem_Y1414)) => p(skolem_X1313, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [5390] BETA_IMPLY : ((p(skolem_X1313, skolem_Y1616) & p(skolem_Y1616, skolem_Y1414)) => p(skolem_X1313, skolem_Y1414))
% 187.41/36.22 -> [5395] ~(p(skolem_X1313, skolem_Y1616) & p(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [5396] p(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [5396] CLOSURE : p(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [5395] BETA_NOT_AND : ~(p(skolem_X1313, skolem_Y1616) & p(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [8445] ~p(skolem_X1313, skolem_Y1616)
% 187.41/36.22 -> [8446] ~p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [8446] : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [8453] ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22
% 187.41/36.22 [8453] GAMMA_FORALL : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [8454] ((q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [8454] BETA_IMPLY : ((q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22 -> [8455] ~(q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [8456] q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [8456] CLOSURE : q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [8455] BETA_NOT_AND : ~(q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [8565] ~q(skolem_X1515, skolem_Y1414)
% 187.41/36.22 -> [8566] ~q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [8566] : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [8574] ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [8574] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [8576] (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [8576] BETA_OR : (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [8579] p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [8580] q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [8579] CLOSURE : p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [8580] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [12141] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [12141] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [12144] (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [12144] BETA_IMPLY : (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [12145] ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [12146] q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [12145] CLOSURE : ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [12146] CLOSURE : q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [8588] BETA_OR : (p(skolem_X1313, skolem_Y1616) | q(skolem_X1313, skolem_Y1616))
% 187.41/36.22 -> [12755] p(skolem_X1313, skolem_Y1616)
% 187.41/36.22 -> [12756] q(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [12755] CLOSURE : p(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [12756] CLOSURE : q(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [8458] BETA_IMPLY : ((q(skolem_X1313, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616)) => q(skolem_X1313, skolem_Y1616))
% 187.41/36.22 -> [12801] ~(q(skolem_X1313, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [12802] q(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [12802] CLOSURE : q(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [12801] BETA_NOT_AND : ~(q(skolem_X1313, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [12835] ~q(skolem_X1313, skolem_Y1414)
% 187.41/36.22 -> [12836] ~q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [12835] CLOSURE : ~q(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [12836] : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [12837] ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [12837] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [12838] (p(skolem_X1313, skolem_Y1616) | q(skolem_X1313, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [12838] BETA_OR : (p(skolem_X1313, skolem_Y1616) | q(skolem_X1313, skolem_Y1616))
% 187.41/36.22 -> [12839] p(skolem_X1313, skolem_Y1616)
% 187.41/36.22 -> [12840] q(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [12840] CLOSURE : q(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [12839] CLOSURE : p(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [5351] BETA_OR : (p(skolem_X1313, skolem_Y1616) | q(skolem_X1313, skolem_Y1616))
% 187.41/36.22 -> [17833] p(skolem_X1313, skolem_Y1616)
% 187.41/36.22 -> [17834] q(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [17833] CLOSURE : p(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [17834] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [17843] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [17843] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [17844] (q(skolem_X1313, skolem_X1515) => q(skolem_X1515, skolem_X1313))
% 187.41/36.22
% 187.41/36.22 [17844] BETA_IMPLY : (q(skolem_X1313, skolem_X1515) => q(skolem_X1515, skolem_X1313))
% 187.41/36.22 -> [17845] ~q(skolem_X1313, skolem_X1515)
% 187.41/36.22 -> [17846] q(skolem_X1515, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [17846] CLOSURE : q(skolem_X1515, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [17845] : ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22 -> [17861] ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22
% 187.41/36.22 [17861] GAMMA_FORALL : ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22 -> [17862] ((p(skolem_X1313, skolem_X1515) & p(skolem_X1515, skolem_Y1414)) => p(skolem_X1313, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [17862] BETA_IMPLY : ((p(skolem_X1313, skolem_X1515) & p(skolem_X1515, skolem_Y1414)) => p(skolem_X1313, skolem_Y1414))
% 187.41/36.22 -> [17863] ~(p(skolem_X1313, skolem_X1515) & p(skolem_X1515, skolem_Y1414))
% 187.41/36.22 -> [17864] p(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [17864] CLOSURE : p(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [17863] BETA_NOT_AND : ~(p(skolem_X1313, skolem_X1515) & p(skolem_X1515, skolem_Y1414))
% 187.41/36.22 -> [19627] ~p(skolem_X1313, skolem_X1515)
% 187.41/36.22 -> [19628] ~p(skolem_X1515, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [19627] : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [19635] ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22
% 187.41/36.22 [19635] GAMMA_FORALL : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [19637] ((q(skolem_X1313, skolem_Y1616) & q(skolem_Y1616, skolem_X1515)) => q(skolem_X1313, skolem_X1515))
% 187.41/36.22
% 187.41/36.22 [19637] BETA_IMPLY : ((q(skolem_X1313, skolem_Y1616) & q(skolem_Y1616, skolem_X1515)) => q(skolem_X1313, skolem_X1515))
% 187.41/36.22 -> [19639] ~(q(skolem_X1313, skolem_Y1616) & q(skolem_Y1616, skolem_X1515))
% 187.41/36.22 -> [19640] q(skolem_X1313, skolem_X1515)
% 187.41/36.22
% 187.41/36.22 [19640] CLOSURE : q(skolem_X1313, skolem_X1515)
% 187.41/36.22
% 187.41/36.22 [19639] BETA_NOT_AND : ~(q(skolem_X1313, skolem_Y1616) & q(skolem_Y1616, skolem_X1515))
% 187.41/36.22 -> [19651] ~q(skolem_X1313, skolem_Y1616)
% 187.41/36.22 -> [19652] ~q(skolem_Y1616, skolem_X1515)
% 187.41/36.22
% 187.41/36.22 [19651] CLOSURE : ~q(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [19662] BETA_OR : (p(skolem_X1313, skolem_X1515) | q(skolem_X1313, skolem_X1515))
% 187.41/36.22 -> [19669] p(skolem_X1313, skolem_X1515)
% 187.41/36.22 -> [19670] q(skolem_X1313, skolem_X1515)
% 187.41/36.22
% 187.41/36.22 [19670] CLOSURE : q(skolem_X1313, skolem_X1515)
% 187.41/36.22
% 187.41/36.22 [19669] CLOSURE : p(skolem_X1313, skolem_X1515)
% 187.41/36.22
% 187.41/36.22 [19628] : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [19636] ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22
% 187.41/36.22 [19636] GAMMA_FORALL : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [19638] ((q(skolem_X1313, skolem_Y1616) & q(skolem_Y1616, skolem_X1515)) => q(skolem_X1313, skolem_X1515))
% 187.41/36.22
% 187.41/36.22 [19638] BETA_IMPLY : ((q(skolem_X1313, skolem_Y1616) & q(skolem_Y1616, skolem_X1515)) => q(skolem_X1313, skolem_X1515))
% 187.41/36.22 -> [19643] ~(q(skolem_X1313, skolem_Y1616) & q(skolem_Y1616, skolem_X1515))
% 187.41/36.22 -> [19644] q(skolem_X1313, skolem_X1515)
% 187.41/36.22
% 187.41/36.22 [19644] CLOSURE : q(skolem_X1313, skolem_X1515)
% 187.41/36.22
% 187.41/36.22 [19643] BETA_NOT_AND : ~(q(skolem_X1313, skolem_Y1616) & q(skolem_Y1616, skolem_X1515))
% 187.41/36.22 -> [19649] ~q(skolem_X1313, skolem_Y1616)
% 187.41/36.22 -> [19650] ~q(skolem_Y1616, skolem_X1515)
% 187.41/36.22
% 187.41/36.22 [19650] : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [19655] ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [19655] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [19658] (p(skolem_X1515, skolem_Y1414) | q(skolem_X1515, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [19658] BETA_OR : (p(skolem_X1515, skolem_Y1414) | q(skolem_X1515, skolem_Y1414))
% 187.41/36.22 -> [19660] p(skolem_X1515, skolem_Y1414)
% 187.41/36.22 -> [19661] q(skolem_X1515, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [19660] CLOSURE : p(skolem_X1515, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [19661] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [21809] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [21809] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [21810] (q(skolem_Y1414, skolem_X1313) => q(skolem_X1313, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [21810] BETA_IMPLY : (q(skolem_Y1414, skolem_X1313) => q(skolem_X1313, skolem_Y1414))
% 187.41/36.22 -> [21811] ~q(skolem_Y1414, skolem_X1313)
% 187.41/36.22 -> [21812] q(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [21811] CLOSURE : ~q(skolem_Y1414, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [21812] : ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22 -> [21813] ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22
% 187.41/36.22 [21813] GAMMA_FORALL : ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22 -> [21814] ((p(skolem_X1313, Y4_579_2) & p(Y4_579_2, skolem_Y1616)) => p(skolem_X1313, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [21814] BETA_IMPLY : ((p(skolem_X1313, Y4_579_2) & p(Y4_579_2, skolem_Y1616)) => p(skolem_X1313, skolem_Y1616))
% 187.41/36.22 -> [21815] ~(p(skolem_X1313, Y4_579_2) & p(Y4_579_2, skolem_Y1616))
% 187.41/36.22 -> [21816] p(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [21816] CLOSURE : p(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [21815] BETA_NOT_AND : ~(p(skolem_X1313, Y4_579_2) & p(Y4_579_2, skolem_Y1616))
% 187.41/36.22 -> [21839] ~p(skolem_X1313, Y4_579_2)
% 187.41/36.22 -> [21840] ~p(Y4_579_2, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [21840] : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [21842] ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22
% 187.41/36.22 [21842] GAMMA_FORALL : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [21844] ((q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_X1313)) => q(skolem_X1515, skolem_X1313))
% 187.41/36.22
% 187.41/36.22 [21844] BETA_IMPLY : ((q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_X1313)) => q(skolem_X1515, skolem_X1313))
% 187.41/36.22 -> [21847] ~(q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_X1313))
% 187.41/36.22 -> [21848] q(skolem_X1515, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [21848] CLOSURE : q(skolem_X1515, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [21847] BETA_NOT_AND : ~(q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_X1313))
% 187.41/36.22 -> [21859] ~q(skolem_X1515, skolem_Y1414)
% 187.41/36.22 -> [21860] ~q(skolem_Y1414, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [21860] CLOSURE : ~q(skolem_Y1414, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [21859] CLOSURE : ~q(skolem_X1515, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [21839] : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [21841] ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22
% 187.41/36.22 [21841] GAMMA_FORALL : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [21843] ((q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_X1313)) => q(skolem_X1515, skolem_X1313))
% 187.41/36.22
% 187.41/36.22 [21843] BETA_IMPLY : ((q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_X1313)) => q(skolem_X1515, skolem_X1313))
% 187.41/36.22 -> [21845] ~(q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_X1313))
% 187.41/36.22 -> [21846] q(skolem_X1515, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [21846] CLOSURE : q(skolem_X1515, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [21845] BETA_NOT_AND : ~(q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_X1313))
% 187.41/36.22 -> [21863] ~q(skolem_X1515, skolem_Y1414)
% 187.41/36.22 -> [21864] ~q(skolem_Y1414, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [21864] CLOSURE : ~q(skolem_Y1414, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [21863] CLOSURE : ~q(skolem_X1515, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [19649] CLOSURE : ~q(skolem_X1313, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [5332] BETA_IMPLY : ((q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22 -> [21865] ~(q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [21866] q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [21866] CLOSURE : q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [21865] BETA_NOT_AND : ~(q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [21869] ~q(skolem_X1515, skolem_Y1414)
% 187.41/36.22 -> [21870] ~q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [21870] : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [21872] ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [21872] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [21874] (p(skolem_X1313, skolem_Y1414) | q(skolem_X1313, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [21874] BETA_OR : (p(skolem_X1313, skolem_Y1414) | q(skolem_X1313, skolem_Y1414))
% 187.41/36.22 -> [21877] p(skolem_X1313, skolem_Y1414)
% 187.41/36.22 -> [21878] q(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [21877] CLOSURE : p(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [21878] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [21880] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [21880] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [21882] (q(skolem_X1313, skolem_Y1414) => q(skolem_Y1414, skolem_X1313))
% 187.41/36.22
% 187.41/36.22 [21882] BETA_IMPLY : (q(skolem_X1313, skolem_Y1414) => q(skolem_Y1414, skolem_X1313))
% 187.41/36.22 -> [21885] ~q(skolem_X1313, skolem_Y1414)
% 187.41/36.22 -> [21886] q(skolem_Y1414, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [21885] CLOSURE : ~q(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [21886] : ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22 -> [21887] ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22
% 187.41/36.22 [21887] GAMMA_FORALL : ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22 -> [21888] ((p(skolem_Y1616, Y4_580_2) & p(Y4_580_2, skolem_Y1414)) => p(skolem_Y1616, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [21888] BETA_IMPLY : ((p(skolem_Y1616, Y4_580_2) & p(Y4_580_2, skolem_Y1414)) => p(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [21890] ~(p(skolem_Y1616, Y4_580_2) & p(Y4_580_2, skolem_Y1414))
% 187.41/36.22 -> [21891] p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [21891] CLOSURE : p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [21890] BETA_NOT_AND : ~(p(skolem_Y1616, Y4_580_2) & p(Y4_580_2, skolem_Y1414))
% 187.41/36.22 -> [22849] ~p(skolem_Y1616, Y4_580_2)
% 187.41/36.22 -> [22850] ~p(Y4_580_2, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [22850] : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [22851] ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22
% 187.41/36.22 [22851] GAMMA_FORALL : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [22853] ((q(skolem_X1515, Y7_1270_3) & q(Y7_1270_3, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [22853] BETA_IMPLY : ((q(skolem_X1515, Y7_1270_3) & q(Y7_1270_3, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22 -> [22855] ~(q(skolem_X1515, Y7_1270_3) & q(Y7_1270_3, skolem_Y1616))
% 187.41/36.22 -> [22856] q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [22856] CLOSURE : q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [22855] BETA_NOT_AND : ~(q(skolem_X1515, Y7_1270_3) & q(Y7_1270_3, skolem_Y1616))
% 187.41/36.22 -> [22867] ~q(skolem_X1515, Y7_1270_3)
% 187.41/36.22 -> [22868] ~q(Y7_1270_3, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [22868] : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [22872] ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [22872] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [22876] (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [22876] BETA_OR : (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [22881] p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [22882] q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [22881] CLOSURE : p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [22882] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [24437] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [24437] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [24439] (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [24439] BETA_IMPLY : (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [24440] ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [24441] q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [24440] CLOSURE : ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [24441] CLOSURE : q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [22867] : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [22871] ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [22871] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [22875] (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [22875] BETA_OR : (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [22879] p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [22880] q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [22879] CLOSURE : p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [22880] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [24427] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [24427] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [24428] (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [24428] BETA_IMPLY : (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [24429] ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [24430] q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [24429] CLOSURE : ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [24430] CLOSURE : q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [22849] : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [22852] ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22
% 187.41/36.22 [22852] GAMMA_FORALL : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [22854] ((q(skolem_X1515, Y7_1271_3) & q(Y7_1271_3, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [22854] BETA_IMPLY : ((q(skolem_X1515, Y7_1271_3) & q(Y7_1271_3, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22 -> [22857] ~(q(skolem_X1515, Y7_1271_3) & q(Y7_1271_3, skolem_Y1616))
% 187.41/36.22 -> [22858] q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [22858] CLOSURE : q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [22857] BETA_NOT_AND : ~(q(skolem_X1515, Y7_1271_3) & q(Y7_1271_3, skolem_Y1616))
% 187.41/36.22 -> [22869] ~q(skolem_X1515, Y7_1271_3)
% 187.41/36.22 -> [22870] ~q(Y7_1271_3, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [22870] : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [22874] ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [22874] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [22878] (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [22878] BETA_OR : (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [22885] p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [22886] q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [22885] CLOSURE : p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [22886] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [24421] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [24421] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [24422] (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [24422] BETA_IMPLY : (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [24423] ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [24424] q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [24423] CLOSURE : ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [24424] CLOSURE : q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [22869] : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [22873] ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [22873] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [22877] (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [22877] BETA_OR : (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [22883] p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [22884] q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [22883] CLOSURE : p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [22884] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [25345] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [25345] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [25346] (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [25346] BETA_IMPLY : (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [25347] ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [25348] q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [25347] CLOSURE : ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [25348] CLOSURE : q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [21869] : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [21871] ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [21871] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [21873] (p(skolem_X1515, skolem_Y1616) | q(skolem_X1515, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [21873] BETA_OR : (p(skolem_X1515, skolem_Y1616) | q(skolem_X1515, skolem_Y1616))
% 187.41/36.22 -> [21875] p(skolem_X1515, skolem_Y1616)
% 187.41/36.22 -> [21876] q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [21876] CLOSURE : q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [21875] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [21879] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [21879] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [21881] (q(skolem_Y1414, skolem_X1313) => q(skolem_X1313, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [21881] BETA_IMPLY : (q(skolem_Y1414, skolem_X1313) => q(skolem_X1313, skolem_Y1414))
% 187.41/36.22 -> [21883] ~q(skolem_Y1414, skolem_X1313)
% 187.41/36.22 -> [21884] q(skolem_X1313, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [21883] CLOSURE : ~q(skolem_Y1414, skolem_X1313)
% 187.41/36.22
% 187.41/36.22 [21884] : ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22 -> [21889] ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22
% 187.41/36.22 [21889] GAMMA_FORALL : ! [X3_3, Y4_4, Z5_5] : (((p(X3_3, Y4_4) & p(Y4_4, Z5_5)) => p(X3_3, Z5_5)))
% 187.41/36.22 -> [21892] ((p(skolem_Y1616, skolem_X1515) & p(skolem_X1515, skolem_Y1414)) => p(skolem_Y1616, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [21892] BETA_IMPLY : ((p(skolem_Y1616, skolem_X1515) & p(skolem_X1515, skolem_Y1414)) => p(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [21893] ~(p(skolem_Y1616, skolem_X1515) & p(skolem_X1515, skolem_Y1414))
% 187.41/36.22 -> [21894] p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [21894] CLOSURE : p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [21893] BETA_NOT_AND : ~(p(skolem_Y1616, skolem_X1515) & p(skolem_X1515, skolem_Y1414))
% 187.41/36.22 -> [25593] ~p(skolem_Y1616, skolem_X1515)
% 187.41/36.22 -> [25594] ~p(skolem_X1515, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [25594] : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [25596] ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22
% 187.41/36.22 [25596] GAMMA_FORALL : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [25598] ((q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [25598] BETA_IMPLY : ((q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22 -> [25601] ~(q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [25602] q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [25602] CLOSURE : q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [25601] BETA_NOT_AND : ~(q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [25609] ~q(skolem_X1515, skolem_Y1414)
% 187.41/36.22 -> [25610] ~q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [25610] : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [25613] ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [25613] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [25618] (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22
% 187.41/36.22 [25618] BETA_OR : (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [25625] p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [25626] q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [25625] CLOSURE : p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [25626] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [25639] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [25639] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [25640] (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [25640] BETA_IMPLY : (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [25641] ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [25642] q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [25641] CLOSURE : ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [25642] CLOSURE : q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [25617] BETA_OR : (p(skolem_X1515, skolem_Y1414) | q(skolem_X1515, skolem_Y1414))
% 187.41/36.22 -> [27111] p(skolem_X1515, skolem_Y1414)
% 187.41/36.22 -> [27112] q(skolem_X1515, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [27112] CLOSURE : q(skolem_X1515, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [27111] CLOSURE : p(skolem_X1515, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [25593] : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [25595] ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22
% 187.41/36.22 [25595] GAMMA_FORALL : ! [X6_6, Y7_7, Z8_8] : (((q(X6_6, Y7_7) & q(Y7_7, Z8_8)) => q(X6_6, Z8_8)))
% 187.41/36.22 -> [25597] ((q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [25597] BETA_IMPLY : ((q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616)) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22 -> [25599] ~(q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [25600] q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [25600] CLOSURE : q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [25599] BETA_NOT_AND : ~(q(skolem_X1515, skolem_Y1414) & q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [25607] ~q(skolem_X1515, skolem_Y1414)
% 187.41/36.22 -> [25608] ~q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [25607] : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [25611] ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22
% 187.41/36.22 [25611] GAMMA_FORALL : ! [X11_11, Y12_12] : ((p(X11_11, Y12_12) | q(X11_11, Y12_12)))
% 187.41/36.22 -> [25615] (p(skolem_Y1616, skolem_X1515) | q(skolem_Y1616, skolem_X1515))
% 187.41/36.22
% 187.41/36.22 [25615] BETA_OR : (p(skolem_Y1616, skolem_X1515) | q(skolem_Y1616, skolem_X1515))
% 187.41/36.22 -> [25619] p(skolem_Y1616, skolem_X1515)
% 187.41/36.22 -> [25620] q(skolem_Y1616, skolem_X1515)
% 187.41/36.22
% 187.41/36.22 [25619] CLOSURE : p(skolem_Y1616, skolem_X1515)
% 187.41/36.22
% 187.41/36.22 [25620] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [27719] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [27719] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [27720] (q(skolem_Y1616, skolem_X1515) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [27720] BETA_IMPLY : (q(skolem_Y1616, skolem_X1515) => q(skolem_X1515, skolem_Y1616))
% 187.41/36.22 -> [27721] ~q(skolem_Y1616, skolem_X1515)
% 187.41/36.22 -> [27722] q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [27722] CLOSURE : q(skolem_X1515, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [27721] CLOSURE : ~q(skolem_Y1616, skolem_X1515)
% 187.41/36.22
% 187.41/36.22 [25616] BETA_OR : (p(skolem_Y1616, skolem_Y1414) | q(skolem_Y1616, skolem_Y1414))
% 187.41/36.22 -> [27783] p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [27784] q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [27783] CLOSURE : p(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [27784] : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [27785] ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22
% 187.41/36.22 [27785] GAMMA_FORALL : ! [X9_9, Y10_10] : ((q(X9_9, Y10_10) => q(Y10_10, X9_9)))
% 187.41/36.22 -> [27786] (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22
% 187.41/36.22 [27786] BETA_IMPLY : (q(skolem_Y1616, skolem_Y1414) => q(skolem_Y1414, skolem_Y1616))
% 187.41/36.22 -> [27787] ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22 -> [27788] q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 [27787] CLOSURE : ~q(skolem_Y1616, skolem_Y1414)
% 187.41/36.22
% 187.41/36.22 [27788] CLOSURE : q(skolem_Y1414, skolem_Y1616)
% 187.41/36.22
% 187.41/36.22 % SZS output end Proof for theBenchmark.p
% 187.41/36.22 [35.886158s][1][Res] 472480 goroutines created
% 187.41/36.22 ==== Result ====
% 187.41/36.22 [35.886194s][1][Res] VALID
% 187.41/36.22 % SZS status Theorem for theBenchmark.p
%------------------------------------------------------------------------------