TSTP Solution File: KRS095+1 by Goeland---1.0.0
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- Process Solution
%------------------------------------------------------------------------------
% File : Goeland---1.0.0
% Problem : KRS095+1 : TPTP v8.1.0. Released v3.1.0.
% Transfm : none
% Format : tptp:raw
% Command : goeland -dmt -presko -proof %s
% Computer : n020.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 : Sat Sep 17 17:33:11 EDT 2022
% Result : Unsatisfiable 220.26s 29.97s
% Output : Proof 220.26s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.07/0.13 % Problem : KRS095+1 : TPTP v8.1.0. Released v3.1.0.
% 0.07/0.13 % Command : goeland -dmt -presko -proof %s
% 0.14/0.34 % Computer : n020.cluster.edu
% 0.14/0.34 % Model : x86_64 x86_64
% 0.14/0.34 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.14/0.34 % Memory : 8042.1875MB
% 0.14/0.34 % OS : Linux 3.10.0-693.el7.x86_64
% 0.14/0.34 % CPULimit : 300
% 0.14/0.34 % WCLimit : 300
% 0.14/0.34 % DateTime : Thu Sep 1 09:34:45 EDT 2022
% 0.14/0.34 % CPUTime :
% 0.14/0.35 [DMT] DMT loaded with preskolemization
% 0.14/0.35 [EQ] equality loaded.
% 0.14/0.35 [0.000053s][1][MAIN] Problem : theBenchmark.p
% 0.14/0.35 Conjecture not found
% 0.14/0.35 Start search
% 0.14/0.35 nb_step : 1 - limit : 15
% 0.14/0.35 Launch Gotab with destructive = true
% 220.24/29.90 % SZS output start Proof for theBenchmark.p
% 220.26/29.94 [0] ALPHA_AND : (! [A6_6, B7_7] : (((=(A6_6, B7_7) & cUnsatisfiable(A6_6)) => cUnsatisfiable(B7_7))) & ! [A8_8, B9_9] : (((=(A8_8, B9_9) & cc(A8_8)) => cc(B9_9))) & ! [A10_10, B11_11] : (((=(A10_10, B11_11) & cd(A10_10)) => cd(B11_11))) & ! [A12_12, B13_13] : (((=(A12_12, B13_13) & cowlNothing(A12_12)) => cowlNothing(B13_13))) & ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15))) & ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18))) & ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20))) & ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23))) & ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25))) & ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26))) & ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27))) & ! [X33_33] : ((cc(X33_33) => ~cd(X33_33))) & cUnsatisfiable(i2003_11_14_17_20_14253))
% 220.26/29.94 -> [1] ! [A6_6, B7_7] : (((=(A6_6, B7_7) & cUnsatisfiable(A6_6)) => cUnsatisfiable(B7_7))), ! [A8_8, B9_9] : (((=(A8_8, B9_9) & cc(A8_8)) => cc(B9_9))), ! [A10_10, B11_11] : (((=(A10_10, B11_11) & cd(A10_10)) => cd(B11_11))), ! [A12_12, B13_13] : (((=(A12_12, B13_13) & cowlNothing(A12_12)) => cowlNothing(B13_13))), ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15))), ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18))), ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20))), ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23))), ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25))), ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26))), ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27))), ! [X33_33] : ((cc(X33_33) => ~cd(X33_33))), cUnsatisfiable(i2003_11_14_17_20_14253)
% 220.26/29.94
% 220.26/29.94 [1] Rewrite : cUnsatisfiable(i2003_11_14_17_20_14253)
% 220.26/29.94 -> [2] (? [Y029_29, Y130_30] : (((rr(i2003_11_14_17_20_14253, Y029_29) & rr(i2003_11_14_17_20_14253, Y130_30)) & ~=(Y029_29, Y130_30))) & ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32))))
% 220.26/29.94
% 220.26/29.94 [2] ALPHA_AND : (? [Y029_29, Y130_30] : (((rr(i2003_11_14_17_20_14253, Y029_29) & rr(i2003_11_14_17_20_14253, Y130_30)) & ~=(Y029_29, Y130_30))) & ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32))))
% 220.26/29.94 -> [3] ? [Y029_29, Y130_30] : (((rr(i2003_11_14_17_20_14253, Y029_29) & rr(i2003_11_14_17_20_14253, Y130_30)) & ~=(Y029_29, Y130_30))), ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.94
% 220.26/29.94 [3] DELTA_EXISTS : ? [Y029_29, Y130_30] : (((rr(i2003_11_14_17_20_14253, Y029_29) & rr(i2003_11_14_17_20_14253, Y130_30)) & ~=(Y029_29, Y130_30)))
% 220.26/29.94 -> [4] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) & ~=(skolem_Y02929, skolem_Y13030))
% 220.26/29.94
% 220.26/29.94 [4] ALPHA_AND : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) & ~=(skolem_Y02929, skolem_Y13030))
% 220.26/29.94 -> [5] (rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)), ~=(skolem_Y02929, skolem_Y13030)
% 220.26/29.94
% 220.26/29.94 [5] ALPHA_AND : (rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.94 -> [6] rr(i2003_11_14_17_20_14253, skolem_Y02929), rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.94
% 220.26/29.94 [6] GAMMA_FORALL : ! [A6_6, B7_7] : (((=(A6_6, B7_7) & cUnsatisfiable(A6_6)) => cUnsatisfiable(B7_7)))
% 220.26/29.94 -> [7] ((=(B7_0_0, B7_0_0) & cUnsatisfiable(B7_0_0)) => cUnsatisfiable(B7_0_0))
% 220.26/29.94
% 220.26/29.94 [7] BETA_IMPLY : ((=(B7_0_0, B7_0_0) & cUnsatisfiable(B7_0_0)) => cUnsatisfiable(B7_0_0))
% 220.26/29.94 -> [8] ~(=(B7_0_0, B7_0_0) & cUnsatisfiable(B7_0_0))
% 220.26/29.94 -> [9] cUnsatisfiable(B7_0_0)
% 220.26/29.94
% 220.26/29.94 [8] BETA_NOT_AND : ~(=(B7_0_0, B7_0_0) & cUnsatisfiable(B7_0_0))
% 220.26/29.94 -> [10] ~=(B7_0_0, B7_0_0)
% 220.26/29.94 -> [11] ~cUnsatisfiable(B7_0_0)
% 220.26/29.94
% 220.26/29.94 [10] CLOSURE : ~=(B7_0_0, B7_0_0)
% 220.26/29.94
% 220.26/29.94 [11] Rewrite : ~cUnsatisfiable(B7_0_0)
% 220.26/29.94 -> [13] ~(? [Y029_29, Y130_30] : (((rr(B7_0_0, Y029_29) & rr(B7_0_0, Y130_30)) & ~=(Y029_29, Y130_30))) & ! [Y031_31, Y132_32] : (((rr(B7_0_0, Y031_31) & rr(B7_0_0, Y132_32)) => =(Y031_31, Y132_32))))
% 220.26/29.94
% 220.26/29.94 [13] BETA_NOT_AND : ~(? [Y029_29, Y130_30] : (((rr(B7_0_0, Y029_29) & rr(B7_0_0, Y130_30)) & ~=(Y029_29, Y130_30))) & ! [Y031_31, Y132_32] : (((rr(B7_0_0, Y031_31) & rr(B7_0_0, Y132_32)) => =(Y031_31, Y132_32))))
% 220.26/29.94 -> [15] ~? [Y029_29, Y130_30] : (((rr(B7_0_0, Y029_29) & rr(B7_0_0, Y130_30)) & ~=(Y029_29, Y130_30)))
% 220.26/29.94 -> [16] ~! [Y031_31, Y132_32] : (((rr(B7_0_0, Y031_31) & rr(B7_0_0, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.94
% 220.26/29.94 [16] DELTA_NOT_FORALL : ~! [Y031_31, Y132_32] : (((rr(B7_0_0, Y031_31) & rr(B7_0_0, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.94 -> [18] ~((rr(B7_0_0, skolem_Y03131(B7_0_0)) & rr(B7_0_0, skolem_Y13232(B7_0_0))) => =(skolem_Y03131(B7_0_0), skolem_Y13232(B7_0_0)))
% 220.26/29.94
% 220.26/29.94 [18] ALPHA_NOT_IMPLY : ~((rr(B7_0_0, skolem_Y03131(B7_0_0)) & rr(B7_0_0, skolem_Y13232(B7_0_0))) => =(skolem_Y03131(B7_0_0), skolem_Y13232(B7_0_0)))
% 220.26/29.94 -> [21] (rr(B7_0_0, skolem_Y03131(B7_0_0)) & rr(B7_0_0, skolem_Y13232(B7_0_0))), ~=(skolem_Y03131(B7_0_0), skolem_Y13232(B7_0_0))
% 220.26/29.94
% 220.26/29.94 [21] ALPHA_AND : (rr(B7_0_0, skolem_Y03131(B7_0_0)) & rr(B7_0_0, skolem_Y13232(B7_0_0)))
% 220.26/29.94 -> [27] rr(B7_0_0, skolem_Y03131(B7_0_0)), rr(B7_0_0, skolem_Y13232(B7_0_0))
% 220.26/29.94
% 220.26/29.94 [27] GAMMA_FORALL : ! [A8_8, B9_9] : (((=(A8_8, B9_9) & cc(A8_8)) => cc(B9_9)))
% 220.26/29.94 -> [29] ((=(B9_1_1, B9_1_1) & cc(B9_1_1)) => cc(B9_1_1))
% 220.26/29.94
% 220.26/29.94 [29] BETA_IMPLY : ((=(B9_1_1, B9_1_1) & cc(B9_1_1)) => cc(B9_1_1))
% 220.26/29.94 -> [34] ~(=(B9_1_1, B9_1_1) & cc(B9_1_1))
% 220.26/29.94 -> [35] cc(B9_1_1)
% 220.26/29.94
% 220.26/29.94 [34] BETA_NOT_AND : ~(=(B9_1_1, B9_1_1) & cc(B9_1_1))
% 220.26/29.94 -> [44] ~=(B9_1_1, B9_1_1)
% 220.26/29.94 -> [45] ~cc(B9_1_1)
% 220.26/29.94
% 220.26/29.94 [44] CLOSURE : ~=(B9_1_1, B9_1_1)
% 220.26/29.94
% 220.26/29.94 [45] GAMMA_FORALL : ! [A10_10, B11_11] : (((=(A10_10, B11_11) & cd(A10_10)) => cd(B11_11)))
% 220.26/29.94 -> [49] ((=(B11_2_2, B11_2_2) & cd(B11_2_2)) => cd(B11_2_2))
% 220.26/29.94
% 220.26/29.94 [49] BETA_IMPLY : ((=(B11_2_2, B11_2_2) & cd(B11_2_2)) => cd(B11_2_2))
% 220.26/29.94 -> [54] ~(=(B11_2_2, B11_2_2) & cd(B11_2_2))
% 220.26/29.94 -> [55] cd(B11_2_2)
% 220.26/29.94
% 220.26/29.94 [55] GAMMA_FORALL : ! [A12_12, B13_13] : (((=(A12_12, B13_13) & cowlNothing(A12_12)) => cowlNothing(B13_13)))
% 220.26/29.94 -> [81] ((=(B13_4_3, B13_4_3) & cowlNothing(B13_4_3)) => cowlNothing(B13_4_3))
% 220.26/29.94
% 220.26/29.94 [81] BETA_IMPLY : ((=(B13_4_3, B13_4_3) & cowlNothing(B13_4_3)) => cowlNothing(B13_4_3))
% 220.26/29.94 -> [85] ~(=(B13_4_3, B13_4_3) & cowlNothing(B13_4_3))
% 220.26/29.94 -> [86] cowlNothing(B13_4_3)
% 220.26/29.94
% 220.26/29.94 [86] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.94 -> [313] ((=(B15_15_4, B15_15_4) & cowlThing(B15_15_4)) => cowlThing(B15_15_4))
% 220.26/29.94
% 220.26/29.94 [313] BETA_IMPLY : ((=(B15_15_4, B15_15_4) & cowlThing(B15_15_4)) => cowlThing(B15_15_4))
% 220.26/29.94 -> [315] ~(=(B15_15_4, B15_15_4) & cowlThing(B15_15_4))
% 220.26/29.94 -> [316] cowlThing(B15_15_4)
% 220.26/29.94
% 220.26/29.94 [315] BETA_NOT_AND : ~(=(B15_15_4, B15_15_4) & cowlThing(B15_15_4))
% 220.26/29.94 -> [339] ~=(B15_15_4, B15_15_4)
% 220.26/29.94 -> [340] ~cowlThing(B15_15_4)
% 220.26/29.94
% 220.26/29.94 [339] CLOSURE : ~=(B15_15_4, B15_15_4)
% 220.26/29.94
% 220.26/29.94 [340] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.94 -> [1272] ((=(B17_40_5, B17_40_5) & rr(B17_40_5, skolem_Y13232(B17_40_5))) => rr(B17_40_5, skolem_Y13232(B17_40_5)))
% 220.26/29.94
% 220.26/29.94 [1272] BETA_IMPLY : ((=(B17_40_5, B17_40_5) & rr(B17_40_5, skolem_Y13232(B17_40_5))) => rr(B17_40_5, skolem_Y13232(B17_40_5)))
% 220.26/29.94 -> [1273] ~(=(B17_40_5, B17_40_5) & rr(B17_40_5, skolem_Y13232(B17_40_5)))
% 220.26/29.94 -> [1274] rr(B17_40_5, skolem_Y13232(B17_40_5))
% 220.26/29.94
% 220.26/29.94 [1273] BETA_NOT_AND : ~(=(B17_40_5, B17_40_5) & rr(B17_40_5, skolem_Y13232(B17_40_5)))
% 220.26/29.94 -> [1280] ~=(B17_40_5, B17_40_5)
% 220.26/29.94 -> [1281] ~rr(B17_40_5, skolem_Y13232(B17_40_5))
% 220.26/29.94
% 220.26/29.94 [1280] CLOSURE : ~=(B17_40_5, B17_40_5)
% 220.26/29.94
% 220.26/29.94 [1281] CLOSURE : ~rr(B17_40_5, skolem_Y13232(B17_40_5))
% 220.26/29.94
% 220.26/29.94 [1274] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.94 -> [1296] ((=(skolem_Y03131(C21_32_6), skolem_Y03131(C21_32_6)) & rr(C21_32_6, skolem_Y03131(C21_32_6))) => rr(C21_32_6, skolem_Y03131(C21_32_6)))
% 220.26/29.94
% 220.26/29.94 [1296] BETA_IMPLY : ((=(skolem_Y03131(C21_32_6), skolem_Y03131(C21_32_6)) & rr(C21_32_6, skolem_Y03131(C21_32_6))) => rr(C21_32_6, skolem_Y03131(C21_32_6)))
% 220.26/29.94 -> [1297] ~(=(skolem_Y03131(C21_32_6), skolem_Y03131(C21_32_6)) & rr(C21_32_6, skolem_Y03131(C21_32_6)))
% 220.26/29.94 -> [1298] rr(C21_32_6, skolem_Y03131(C21_32_6))
% 220.26/29.94
% 220.26/29.94 [1298] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.94 -> [1345] ((=(B23_32_7, B23_32_7) & xsd_integer(B23_32_7)) => xsd_integer(B23_32_7))
% 220.26/29.94
% 220.26/29.94 [1345] BETA_IMPLY : ((=(B23_32_7, B23_32_7) & xsd_integer(B23_32_7)) => xsd_integer(B23_32_7))
% 220.26/29.94 -> [1348] ~(=(B23_32_7, B23_32_7) & xsd_integer(B23_32_7))
% 220.26/29.94 -> [1349] xsd_integer(B23_32_7)
% 220.26/29.94
% 220.26/29.94 [1349] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.94 -> [1401] ((=(B25_58_8, B25_58_8) & xsd_string(B25_58_8)) => xsd_string(B25_58_8))
% 220.26/29.94
% 220.26/29.94 [1401] BETA_IMPLY : ((=(B25_58_8, B25_58_8) & xsd_string(B25_58_8)) => xsd_string(B25_58_8))
% 220.26/29.94 -> [1402] ~(=(B25_58_8, B25_58_8) & xsd_string(B25_58_8))
% 220.26/29.94 -> [1403] xsd_string(B25_58_8)
% 220.26/29.94
% 220.26/29.94 [1403] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.94 -> [1491] (cowlThing(X26_91_9) & ~cowlNothing(X26_91_9))
% 220.26/29.94
% 220.26/29.94 [1491] ALPHA_AND : (cowlThing(X26_91_9) & ~cowlNothing(X26_91_9))
% 220.26/29.94 -> [1492] cowlThing(X26_91_9), ~cowlNothing(X26_91_9)
% 220.26/29.94
% 220.26/29.94 [1492] CLOSURE : cowlThing(X26_91_9)
% 220.26/29.94
% 220.26/29.94 [1402] BETA_NOT_AND : ~(=(B25_58_8, B25_58_8) & xsd_string(B25_58_8))
% 220.26/29.94 -> [1460] ~=(B25_58_8, B25_58_8)
% 220.26/29.94 -> [1461] ~xsd_string(B25_58_8)
% 220.26/29.94
% 220.26/29.94 [1460] CLOSURE : ~=(B25_58_8, B25_58_8)
% 220.26/29.94
% 220.26/29.94 [1461] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.94 -> [1511] (cowlThing(X26_95_9) & ~cowlNothing(X26_95_9))
% 220.26/29.94
% 220.26/29.94 [1511] ALPHA_AND : (cowlThing(X26_95_9) & ~cowlNothing(X26_95_9))
% 220.26/29.94 -> [1514] cowlThing(X26_95_9), ~cowlNothing(X26_95_9)
% 220.26/29.94
% 220.26/29.94 [1514] CLOSURE : cowlThing(X26_95_9)
% 220.26/29.94
% 220.26/29.94 [1348] BETA_NOT_AND : ~(=(B23_32_7, B23_32_7) & xsd_integer(B23_32_7))
% 220.26/29.94 -> [1368] ~=(B23_32_7, B23_32_7)
% 220.26/29.94 -> [1369] ~xsd_integer(B23_32_7)
% 220.26/29.94
% 220.26/29.94 [1368] CLOSURE : ~=(B23_32_7, B23_32_7)
% 220.26/29.94
% 220.26/29.94 [1369] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.94 -> [1416] ((=(B25_59_8, B25_59_8) & xsd_string(B25_59_8)) => xsd_string(B25_59_8))
% 220.26/29.94
% 220.26/29.94 [1416] BETA_IMPLY : ((=(B25_59_8, B25_59_8) & xsd_string(B25_59_8)) => xsd_string(B25_59_8))
% 220.26/29.94 -> [1417] ~(=(B25_59_8, B25_59_8) & xsd_string(B25_59_8))
% 220.26/29.94 -> [1418] xsd_string(B25_59_8)
% 220.26/29.94
% 220.26/29.94 [1418] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.94 -> [1425] (cowlThing(X26_85_9) & ~cowlNothing(X26_85_9))
% 220.26/29.94
% 220.26/29.94 [1425] ALPHA_AND : (cowlThing(X26_85_9) & ~cowlNothing(X26_85_9))
% 220.26/29.94 -> [1426] cowlThing(X26_85_9), ~cowlNothing(X26_85_9)
% 220.26/29.94
% 220.26/29.94 [1426] CLOSURE : cowlThing(X26_85_9)
% 220.26/29.94
% 220.26/29.94 [1417] BETA_NOT_AND : ~(=(B25_59_8, B25_59_8) & xsd_string(B25_59_8))
% 220.26/29.94 -> [1520] ~=(B25_59_8, B25_59_8)
% 220.26/29.94 -> [1521] ~xsd_string(B25_59_8)
% 220.26/29.94
% 220.26/29.94 [1520] CLOSURE : ~=(B25_59_8, B25_59_8)
% 220.26/29.94
% 220.26/29.94 [1521] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.94 -> [1673] (cowlThing(X26_116_9) & ~cowlNothing(X26_116_9))
% 220.26/29.94
% 220.26/29.94 [1673] ALPHA_AND : (cowlThing(X26_116_9) & ~cowlNothing(X26_116_9))
% 220.26/29.94 -> [1674] cowlThing(X26_116_9), ~cowlNothing(X26_116_9)
% 220.26/29.94
% 220.26/29.94 [1674] CLOSURE : cowlThing(X26_116_9)
% 220.26/29.94
% 220.26/29.94 [1297] BETA_NOT_AND : ~(=(skolem_Y03131(C21_32_6), skolem_Y03131(C21_32_6)) & rr(C21_32_6, skolem_Y03131(C21_32_6)))
% 220.26/29.94 -> [1307] ~=(skolem_Y03131(C21_32_6), skolem_Y03131(C21_32_6))
% 220.26/29.94 -> [1308] ~rr(C21_32_6, skolem_Y03131(C21_32_6))
% 220.26/29.94
% 220.26/29.94 [1308] CLOSURE : ~rr(C21_32_6, skolem_Y03131(C21_32_6))
% 220.26/29.94
% 220.26/29.94 [1307] CLOSURE : ~=(skolem_Y03131(C21_32_6), skolem_Y03131(C21_32_6))
% 220.26/29.94
% 220.26/29.94 [316] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.94 -> [879] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.94
% 220.26/29.94 [879] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.94 -> [880] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.94 -> [881] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.94
% 220.26/29.94 [881] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.94 -> [993] ((=(skolem_Y13232(C21_26_6), skolem_Y13232(C21_26_6)) & rr(C21_26_6, skolem_Y13232(C21_26_6))) => rr(C21_26_6, skolem_Y13232(C21_26_6)))
% 220.26/29.94
% 220.26/29.94 [993] BETA_IMPLY : ((=(skolem_Y13232(C21_26_6), skolem_Y13232(C21_26_6)) & rr(C21_26_6, skolem_Y13232(C21_26_6))) => rr(C21_26_6, skolem_Y13232(C21_26_6)))
% 220.26/29.94 -> [995] ~(=(skolem_Y13232(C21_26_6), skolem_Y13232(C21_26_6)) & rr(C21_26_6, skolem_Y13232(C21_26_6)))
% 220.26/29.94 -> [996] rr(C21_26_6, skolem_Y13232(C21_26_6))
% 220.26/29.94
% 220.26/29.94 [996] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.94 -> [1048] ((=(B23_27_7, B23_27_7) & xsd_integer(B23_27_7)) => xsd_integer(B23_27_7))
% 220.26/29.94
% 220.26/29.94 [1048] BETA_IMPLY : ((=(B23_27_7, B23_27_7) & xsd_integer(B23_27_7)) => xsd_integer(B23_27_7))
% 220.26/29.94 -> [1051] ~(=(B23_27_7, B23_27_7) & xsd_integer(B23_27_7))
% 220.26/29.94 -> [1052] xsd_integer(B23_27_7)
% 220.26/29.94
% 220.26/29.94 [1051] BETA_NOT_AND : ~(=(B23_27_7, B23_27_7) & xsd_integer(B23_27_7))
% 220.26/29.94 -> [1075] ~=(B23_27_7, B23_27_7)
% 220.26/29.94 -> [1076] ~xsd_integer(B23_27_7)
% 220.26/29.94
% 220.26/29.94 [1075] CLOSURE : ~=(B23_27_7, B23_27_7)
% 220.26/29.94
% 220.26/29.94 [1076] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.94 -> [1118] ((=(B25_49_8, B25_49_8) & xsd_string(B25_49_8)) => xsd_string(B25_49_8))
% 220.26/29.94
% 220.26/29.94 [1118] BETA_IMPLY : ((=(B25_49_8, B25_49_8) & xsd_string(B25_49_8)) => xsd_string(B25_49_8))
% 220.26/29.94 -> [1119] ~(=(B25_49_8, B25_49_8) & xsd_string(B25_49_8))
% 220.26/29.94 -> [1120] xsd_string(B25_49_8)
% 220.26/29.94
% 220.26/29.94 [1120] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.94 -> [1139] (cowlThing(X26_65_9) & ~cowlNothing(X26_65_9))
% 220.26/29.94
% 220.26/29.94 [1139] ALPHA_AND : (cowlThing(X26_65_9) & ~cowlNothing(X26_65_9))
% 220.26/29.94 -> [1141] cowlThing(X26_65_9), ~cowlNothing(X26_65_9)
% 220.26/29.94
% 220.26/29.94 [1141] CLOSURE : ~cowlNothing(X26_65_9)
% 220.26/29.94
% 220.26/29.94 [1119] BETA_NOT_AND : ~(=(B25_49_8, B25_49_8) & xsd_string(B25_49_8))
% 220.26/29.94 -> [1126] ~=(B25_49_8, B25_49_8)
% 220.26/29.94 -> [1127] ~xsd_string(B25_49_8)
% 220.26/29.94
% 220.26/29.94 [1126] CLOSURE : ~=(B25_49_8, B25_49_8)
% 220.26/29.94
% 220.26/29.94 [1127] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.94 -> [1162] (cowlThing(X26_72_9) & ~cowlNothing(X26_72_9))
% 220.26/29.94
% 220.26/29.94 [1162] ALPHA_AND : (cowlThing(X26_72_9) & ~cowlNothing(X26_72_9))
% 220.26/29.94 -> [1163] cowlThing(X26_72_9), ~cowlNothing(X26_72_9)
% 220.26/29.94
% 220.26/29.94 [1163] CLOSURE : ~cowlNothing(X26_72_9)
% 220.26/29.94
% 220.26/29.94 [1052] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.94 -> [1113] ((=(B25_48_8, B25_48_8) & xsd_string(B25_48_8)) => xsd_string(B25_48_8))
% 220.26/29.94
% 220.26/29.94 [1113] BETA_IMPLY : ((=(B25_48_8, B25_48_8) & xsd_string(B25_48_8)) => xsd_string(B25_48_8))
% 220.26/29.94 -> [1114] ~(=(B25_48_8, B25_48_8) & xsd_string(B25_48_8))
% 220.26/29.94 -> [1115] xsd_string(B25_48_8)
% 220.26/29.94
% 220.26/29.94 [1114] BETA_NOT_AND : ~(=(B25_48_8, B25_48_8) & xsd_string(B25_48_8))
% 220.26/29.94 -> [1121] ~=(B25_48_8, B25_48_8)
% 220.26/29.94 -> [1122] ~xsd_string(B25_48_8)
% 220.26/29.94
% 220.26/29.94 [1121] CLOSURE : ~=(B25_48_8, B25_48_8)
% 220.26/29.94
% 220.26/29.94 [1122] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.94 -> [1149] (cowlThing(X26_68_9) & ~cowlNothing(X26_68_9))
% 220.26/29.94
% 220.26/29.94 [1149] ALPHA_AND : (cowlThing(X26_68_9) & ~cowlNothing(X26_68_9))
% 220.26/29.94 -> [1150] cowlThing(X26_68_9), ~cowlNothing(X26_68_9)
% 220.26/29.94
% 220.26/29.94 [1150] CLOSURE : ~cowlNothing(X26_68_9)
% 220.26/29.94
% 220.26/29.94 [1115] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.94 -> [1156] (cowlThing(X26_71_9) & ~cowlNothing(X26_71_9))
% 220.26/29.94
% 220.26/29.94 [1156] ALPHA_AND : (cowlThing(X26_71_9) & ~cowlNothing(X26_71_9))
% 220.26/29.94 -> [1158] cowlThing(X26_71_9), ~cowlNothing(X26_71_9)
% 220.26/29.94
% 220.26/29.94 [1158] CLOSURE : ~cowlNothing(X26_71_9)
% 220.26/29.94
% 220.26/29.94 [995] BETA_NOT_AND : ~(=(skolem_Y13232(C21_26_6), skolem_Y13232(C21_26_6)) & rr(C21_26_6, skolem_Y13232(C21_26_6)))
% 220.26/29.94 -> [1009] ~=(skolem_Y13232(C21_26_6), skolem_Y13232(C21_26_6))
% 220.26/29.94 -> [1010] ~rr(C21_26_6, skolem_Y13232(C21_26_6))
% 220.26/29.94
% 220.26/29.94 [1010] CLOSURE : ~rr(C21_26_6, skolem_Y13232(C21_26_6))
% 220.26/29.94
% 220.26/29.94 [1009] CLOSURE : ~=(skolem_Y13232(C21_26_6), skolem_Y13232(C21_26_6))
% 220.26/29.94
% 220.26/29.94 [880] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.94 -> [929] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.94 -> [930] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.94
% 220.26/29.94 [930] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.94
% 220.26/29.94 [929] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.94
% 220.26/29.94 [85] BETA_NOT_AND : ~(=(B13_4_3, B13_4_3) & cowlNothing(B13_4_3))
% 220.26/29.94 -> [105] ~=(B13_4_3, B13_4_3)
% 220.26/29.94 -> [106] ~cowlNothing(B13_4_3)
% 220.26/29.94
% 220.26/29.94 [105] CLOSURE : ~=(B13_4_3, B13_4_3)
% 220.26/29.94
% 220.26/29.94 [106] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.94 -> [130] ((=(B15_7_4, B15_7_4) & cowlThing(B15_7_4)) => cowlThing(B15_7_4))
% 220.26/29.94
% 220.26/29.94 [130] BETA_IMPLY : ((=(B15_7_4, B15_7_4) & cowlThing(B15_7_4)) => cowlThing(B15_7_4))
% 220.26/29.94 -> [134] ~(=(B15_7_4, B15_7_4) & cowlThing(B15_7_4))
% 220.26/29.94 -> [135] cowlThing(B15_7_4)
% 220.26/29.94
% 220.26/29.94 [134] BETA_NOT_AND : ~(=(B15_7_4, B15_7_4) & cowlThing(B15_7_4))
% 220.26/29.94 -> [147] ~=(B15_7_4, B15_7_4)
% 220.26/29.94 -> [148] ~cowlThing(B15_7_4)
% 220.26/29.94
% 220.26/29.94 [147] CLOSURE : ~=(B15_7_4, B15_7_4)
% 220.26/29.94
% 220.26/29.94 [148] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.94 -> [314] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.94
% 220.26/29.94 [314] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.94 -> [319] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.94 -> [320] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.94
% 220.26/29.94 [320] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.94 -> [373] ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.94
% 220.26/29.94 [373] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.94 -> [374] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.94 -> [375] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.94
% 220.26/29.94 [374] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.94 -> [384] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.94 -> [385] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.94
% 220.26/29.94 [384] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.94
% 220.26/29.94 [385] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.94
% 220.26/29.94 [375] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.94 -> [1269] ((=(B23_30_7, B23_30_7) & xsd_integer(B23_30_7)) => xsd_integer(B23_30_7))
% 220.26/29.94
% 220.26/29.94 [1269] BETA_IMPLY : ((=(B23_30_7, B23_30_7) & xsd_integer(B23_30_7)) => xsd_integer(B23_30_7))
% 220.26/29.94 -> [1270] ~(=(B23_30_7, B23_30_7) & xsd_integer(B23_30_7))
% 220.26/29.94 -> [1271] xsd_integer(B23_30_7)
% 220.26/29.94
% 220.26/29.94 [1271] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.94 -> [1320] ((=(B25_54_8, B25_54_8) & xsd_string(B25_54_8)) => xsd_string(B25_54_8))
% 220.26/29.94
% 220.26/29.94 [1320] BETA_IMPLY : ((=(B25_54_8, B25_54_8) & xsd_string(B25_54_8)) => xsd_string(B25_54_8))
% 220.26/29.94 -> [1322] ~(=(B25_54_8, B25_54_8) & xsd_string(B25_54_8))
% 220.26/29.95 -> [1323] xsd_string(B25_54_8)
% 220.26/29.95
% 220.26/29.95 [1322] BETA_NOT_AND : ~(=(B25_54_8, B25_54_8) & xsd_string(B25_54_8))
% 220.26/29.95 -> [1359] ~=(B25_54_8, B25_54_8)
% 220.26/29.95 -> [1360] ~xsd_string(B25_54_8)
% 220.26/29.95
% 220.26/29.95 [1359] CLOSURE : ~=(B25_54_8, B25_54_8)
% 220.26/29.95
% 220.26/29.95 [1360] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1450] (cowlThing(X26_88_9) & ~cowlNothing(X26_88_9))
% 220.26/29.95
% 220.26/29.95 [1450] ALPHA_AND : (cowlThing(X26_88_9) & ~cowlNothing(X26_88_9))
% 220.26/29.95 -> [1455] cowlThing(X26_88_9), ~cowlNothing(X26_88_9)
% 220.26/29.95
% 220.26/29.95 [1455] CLOSURE : cowlThing(X26_88_9)
% 220.26/29.95
% 220.26/29.95 [1323] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1419] (cowlThing(X26_84_9) & ~cowlNothing(X26_84_9))
% 220.26/29.95
% 220.26/29.95 [1419] ALPHA_AND : (cowlThing(X26_84_9) & ~cowlNothing(X26_84_9))
% 220.26/29.95 -> [1421] cowlThing(X26_84_9), ~cowlNothing(X26_84_9)
% 220.26/29.95
% 220.26/29.95 [1421] CLOSURE : cowlThing(X26_84_9)
% 220.26/29.95
% 220.26/29.95 [1270] BETA_NOT_AND : ~(=(B23_30_7, B23_30_7) & xsd_integer(B23_30_7))
% 220.26/29.95 -> [1282] ~=(B23_30_7, B23_30_7)
% 220.26/29.95 -> [1283] ~xsd_integer(B23_30_7)
% 220.26/29.95
% 220.26/29.95 [1282] CLOSURE : ~=(B23_30_7, B23_30_7)
% 220.26/29.95
% 220.26/29.95 [1283] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1344] ((=(B25_55_8, B25_55_8) & xsd_string(B25_55_8)) => xsd_string(B25_55_8))
% 220.26/29.95
% 220.26/29.95 [1344] BETA_IMPLY : ((=(B25_55_8, B25_55_8) & xsd_string(B25_55_8)) => xsd_string(B25_55_8))
% 220.26/29.95 -> [1346] ~(=(B25_55_8, B25_55_8) & xsd_string(B25_55_8))
% 220.26/29.95 -> [1347] xsd_string(B25_55_8)
% 220.26/29.95
% 220.26/29.95 [1347] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1500] (cowlThing(X26_93_9) & ~cowlNothing(X26_93_9))
% 220.26/29.95
% 220.26/29.95 [1500] ALPHA_AND : (cowlThing(X26_93_9) & ~cowlNothing(X26_93_9))
% 220.26/29.95 -> [1501] cowlThing(X26_93_9), ~cowlNothing(X26_93_9)
% 220.26/29.95
% 220.26/29.95 [1501] CLOSURE : cowlThing(X26_93_9)
% 220.26/29.95
% 220.26/29.95 [1346] BETA_NOT_AND : ~(=(B25_55_8, B25_55_8) & xsd_string(B25_55_8))
% 220.26/29.95 -> [1377] ~=(B25_55_8, B25_55_8)
% 220.26/29.95 -> [1378] ~xsd_string(B25_55_8)
% 220.26/29.95
% 220.26/29.95 [1377] CLOSURE : ~=(B25_55_8, B25_55_8)
% 220.26/29.95
% 220.26/29.95 [1378] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1624] (cowlThing(X26_102_9) & ~cowlNothing(X26_102_9))
% 220.26/29.95
% 220.26/29.95 [1624] ALPHA_AND : (cowlThing(X26_102_9) & ~cowlNothing(X26_102_9))
% 220.26/29.95 -> [1625] cowlThing(X26_102_9), ~cowlNothing(X26_102_9)
% 220.26/29.95
% 220.26/29.95 [1625] CLOSURE : cowlThing(X26_102_9)
% 220.26/29.95
% 220.26/29.95 [319] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [343] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95 -> [344] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [344] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [343] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95
% 220.26/29.95 [135] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [1361] ((=(B17_45_5, B17_45_5) & rr(B17_45_5, skolem_Y03131(B17_45_5))) => rr(B17_45_5, skolem_Y03131(B17_45_5)))
% 220.26/29.95
% 220.26/29.95 [1361] BETA_IMPLY : ((=(B17_45_5, B17_45_5) & rr(B17_45_5, skolem_Y03131(B17_45_5))) => rr(B17_45_5, skolem_Y03131(B17_45_5)))
% 220.26/29.95 -> [1362] ~(=(B17_45_5, B17_45_5) & rr(B17_45_5, skolem_Y03131(B17_45_5)))
% 220.26/29.95 -> [1363] rr(B17_45_5, skolem_Y03131(B17_45_5))
% 220.26/29.95
% 220.26/29.95 [1362] BETA_NOT_AND : ~(=(B17_45_5, B17_45_5) & rr(B17_45_5, skolem_Y03131(B17_45_5)))
% 220.26/29.95 -> [1372] ~=(B17_45_5, B17_45_5)
% 220.26/29.95 -> [1373] ~rr(B17_45_5, skolem_Y03131(B17_45_5))
% 220.26/29.95
% 220.26/29.95 [1373] CLOSURE : ~rr(B17_45_5, skolem_Y03131(B17_45_5))
% 220.26/29.95
% 220.26/29.95 [1372] CLOSURE : ~=(B17_45_5, B17_45_5)
% 220.26/29.95
% 220.26/29.95 [1363] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [1384] ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [1384] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1387] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1388] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1387] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1404] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.95 -> [1405] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1405] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1404] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1388] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [1435] ((=(B23_36_7, B23_36_7) & xsd_integer(B23_36_7)) => xsd_integer(B23_36_7))
% 220.26/29.95
% 220.26/29.95 [1435] BETA_IMPLY : ((=(B23_36_7, B23_36_7) & xsd_integer(B23_36_7)) => xsd_integer(B23_36_7))
% 220.26/29.95 -> [1436] ~(=(B23_36_7, B23_36_7) & xsd_integer(B23_36_7))
% 220.26/29.95 -> [1437] xsd_integer(B23_36_7)
% 220.26/29.95
% 220.26/29.95 [1437] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1839] ((=(B23_36_7, B23_36_7) & xsd_string(B23_36_7)) => xsd_string(B23_36_7))
% 220.26/29.95
% 220.26/29.95 [1839] BETA_IMPLY : ((=(B23_36_7, B23_36_7) & xsd_string(B23_36_7)) => xsd_string(B23_36_7))
% 220.26/29.95 -> [1840] ~(=(B23_36_7, B23_36_7) & xsd_string(B23_36_7))
% 220.26/29.95 -> [1841] xsd_string(B23_36_7)
% 220.26/29.95
% 220.26/29.95 [1841] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1885] (cowlThing(X26_153_9) & ~cowlNothing(X26_153_9))
% 220.26/29.95
% 220.26/29.95 [1885] ALPHA_AND : (cowlThing(X26_153_9) & ~cowlNothing(X26_153_9))
% 220.26/29.95 -> [1886] cowlThing(X26_153_9), ~cowlNothing(X26_153_9)
% 220.26/29.95
% 220.26/29.95 [1886] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [1963] (xsd_string(X27_34_10) <=> ~xsd_integer(X27_34_10))
% 220.26/29.95
% 220.26/29.95 [1963] BETA_EQUIV : (xsd_string(X27_34_10) <=> ~xsd_integer(X27_34_10))
% 220.26/29.95 -> [1964] ~xsd_string(X27_34_10), ~~xsd_integer(X27_34_10)
% 220.26/29.95 -> [1965] xsd_string(X27_34_10), ~xsd_integer(X27_34_10)
% 220.26/29.95
% 220.26/29.95 [1964] ALPHA_NOT_NOT : ~~xsd_integer(X27_34_10)
% 220.26/29.95 -> [2013] xsd_integer(X27_34_10)
% 220.26/29.95
% 220.26/29.95 [2013] CLOSURE : ~~xsd_integer(X27_34_10)
% 220.26/29.95
% 220.26/29.95 [1965] CLOSURE : ~xsd_integer(X27_34_10)
% 220.26/29.95
% 220.26/29.95 [1840] BETA_NOT_AND : ~(=(B23_36_7, B23_36_7) & xsd_string(B23_36_7))
% 220.26/29.95 -> [2614] ~=(B23_36_7, B23_36_7)
% 220.26/29.95 -> [2615] ~xsd_string(B23_36_7)
% 220.26/29.95
% 220.26/29.95 [2614] CLOSURE : ~=(B23_36_7, B23_36_7)
% 220.26/29.95
% 220.26/29.95 [2615] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [2647] (cowlThing(X26_207_9) & ~cowlNothing(X26_207_9))
% 220.26/29.95
% 220.26/29.95 [2647] ALPHA_AND : (cowlThing(X26_207_9) & ~cowlNothing(X26_207_9))
% 220.26/29.95 -> [2648] cowlThing(X26_207_9), ~cowlNothing(X26_207_9)
% 220.26/29.95
% 220.26/29.95 [2648] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [2663] (xsd_string(X27_63_10) <=> ~xsd_integer(X27_63_10))
% 220.26/29.95
% 220.26/29.95 [2663] BETA_EQUIV : (xsd_string(X27_63_10) <=> ~xsd_integer(X27_63_10))
% 220.26/29.95 -> [2664] ~xsd_string(X27_63_10), ~~xsd_integer(X27_63_10)
% 220.26/29.95 -> [2665] xsd_string(X27_63_10), ~xsd_integer(X27_63_10)
% 220.26/29.95
% 220.26/29.95 [2665] CLOSURE : ~xsd_integer(X27_63_10)
% 220.26/29.95
% 220.26/29.95 [2679] BETA_IMPLY : (cc(X33_44_11) => ~cd(X33_44_11))
% 220.26/29.95 -> [2937] ~cc(X33_44_11)
% 220.26/29.95 -> [2938] ~cd(X33_44_11)
% 220.26/29.95
% 220.26/29.95 [2938] CLOSURE : ~cd(X33_44_11)
% 220.26/29.95
% 220.26/29.95 [2937] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [2944] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [2944] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [2946] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [2947] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2946] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [2951] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95 -> [2952] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2952] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2951] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2947] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [1436] BETA_NOT_AND : ~(=(B23_36_7, B23_36_7) & xsd_integer(B23_36_7))
% 220.26/29.95 -> [1466] ~=(B23_36_7, B23_36_7)
% 220.26/29.95 -> [1467] ~xsd_integer(B23_36_7)
% 220.26/29.95
% 220.26/29.95 [1466] CLOSURE : ~=(B23_36_7, B23_36_7)
% 220.26/29.95
% 220.26/29.95 [1467] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1523] ((=(B23_36_7, B23_36_7) & xsd_string(B23_36_7)) => xsd_string(B23_36_7))
% 220.26/29.95
% 220.26/29.95 [1523] BETA_IMPLY : ((=(B23_36_7, B23_36_7) & xsd_string(B23_36_7)) => xsd_string(B23_36_7))
% 220.26/29.95 -> [1525] ~(=(B23_36_7, B23_36_7) & xsd_string(B23_36_7))
% 220.26/29.95 -> [1526] xsd_string(B23_36_7)
% 220.26/29.95
% 220.26/29.95 [1525] BETA_NOT_AND : ~(=(B23_36_7, B23_36_7) & xsd_string(B23_36_7))
% 220.26/29.95 -> [1540] ~=(B23_36_7, B23_36_7)
% 220.26/29.95 -> [1541] ~xsd_string(B23_36_7)
% 220.26/29.95
% 220.26/29.95 [1540] CLOSURE : ~=(B23_36_7, B23_36_7)
% 220.26/29.95
% 220.26/29.95 [1757] BETA_EQUIV : (xsd_string(X27_28_10) <=> ~xsd_integer(X27_28_10))
% 220.26/29.95 -> [2258] ~xsd_string(X27_28_10), ~~xsd_integer(X27_28_10)
% 220.26/29.95 -> [2259] xsd_string(X27_28_10), ~xsd_integer(X27_28_10)
% 220.26/29.95
% 220.26/29.95 [2259] CLOSURE : xsd_string(X27_28_10)
% 220.26/29.95
% 220.26/29.95 [2326] CLOSURE : xsd_integer(X27_28_10)
% 220.26/29.95
% 220.26/29.95 [1526] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1599] (cowlThing(X26_100_9) & ~cowlNothing(X26_100_9))
% 220.26/29.95
% 220.26/29.95 [1599] ALPHA_AND : (cowlThing(X26_100_9) & ~cowlNothing(X26_100_9))
% 220.26/29.95 -> [1602] cowlThing(X26_100_9), ~cowlNothing(X26_100_9)
% 220.26/29.95
% 220.26/29.95 [1602] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [1796] (xsd_string(X27_29_10) <=> ~xsd_integer(X27_29_10))
% 220.26/29.95
% 220.26/29.95 [1796] BETA_EQUIV : (xsd_string(X27_29_10) <=> ~xsd_integer(X27_29_10))
% 220.26/29.95 -> [1799] ~xsd_string(X27_29_10), ~~xsd_integer(X27_29_10)
% 220.26/29.95 -> [1800] xsd_string(X27_29_10), ~xsd_integer(X27_29_10)
% 220.26/29.95
% 220.26/29.95 [1799] ALPHA_NOT_NOT : ~~xsd_integer(X27_29_10)
% 220.26/29.95 -> [1879] xsd_integer(X27_29_10)
% 220.26/29.95
% 220.26/29.95 [1879] CLOSURE : xsd_integer(X27_29_10)
% 220.26/29.95
% 220.26/29.95 [1925] BETA_IMPLY : (cc(X33_17_11) => ~cd(X33_17_11))
% 220.26/29.95 -> [3369] ~cc(X33_17_11)
% 220.26/29.95 -> [3370] ~cd(X33_17_11)
% 220.26/29.95
% 220.26/29.95 [3370] CLOSURE : ~cd(X33_17_11)
% 220.26/29.95
% 220.26/29.95 [3369] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [3378] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [3378] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [3379] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [3380] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [3380] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [3379] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [3964] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [3965] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [3965] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [3964] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [54] BETA_NOT_AND : ~(=(B11_2_2, B11_2_2) & cd(B11_2_2))
% 220.26/29.95 -> [71] ~=(B11_2_2, B11_2_2)
% 220.26/29.95 -> [72] ~cd(B11_2_2)
% 220.26/29.95
% 220.26/29.95 [71] CLOSURE : ~=(B11_2_2, B11_2_2)
% 220.26/29.95
% 220.26/29.95 [72] GAMMA_FORALL : ! [A12_12, B13_13] : (((=(A12_12, B13_13) & cowlNothing(A12_12)) => cowlNothing(B13_13)))
% 220.26/29.95 -> [82] ((=(B13_5_3, B13_5_3) & cowlNothing(B13_5_3)) => cowlNothing(B13_5_3))
% 220.26/29.95
% 220.26/29.95 [82] BETA_IMPLY : ((=(B13_5_3, B13_5_3) & cowlNothing(B13_5_3)) => cowlNothing(B13_5_3))
% 220.26/29.95 -> [92] ~(=(B13_5_3, B13_5_3) & cowlNothing(B13_5_3))
% 220.26/29.95 -> [93] cowlNothing(B13_5_3)
% 220.26/29.95
% 220.26/29.95 [93] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.95 -> [133] ((=(B15_8_4, B15_8_4) & cowlThing(B15_8_4)) => cowlThing(B15_8_4))
% 220.26/29.95
% 220.26/29.95 [133] BETA_IMPLY : ((=(B15_8_4, B15_8_4) & cowlThing(B15_8_4)) => cowlThing(B15_8_4))
% 220.26/29.95 -> [138] ~(=(B15_8_4, B15_8_4) & cowlThing(B15_8_4))
% 220.26/29.95 -> [139] cowlThing(B15_8_4)
% 220.26/29.95
% 220.26/29.95 [138] BETA_NOT_AND : ~(=(B15_8_4, B15_8_4) & cowlThing(B15_8_4))
% 220.26/29.95 -> [152] ~=(B15_8_4, B15_8_4)
% 220.26/29.95 -> [153] ~cowlThing(B15_8_4)
% 220.26/29.95
% 220.26/29.95 [152] CLOSURE : ~=(B15_8_4, B15_8_4)
% 220.26/29.95
% 220.26/29.95 [153] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [520] ((=(B17_25_5, B17_25_5) & rr(B17_25_5, skolem_Y13232(B17_25_5))) => rr(B17_25_5, skolem_Y13232(B17_25_5)))
% 220.26/29.95
% 220.26/29.95 [520] BETA_IMPLY : ((=(B17_25_5, B17_25_5) & rr(B17_25_5, skolem_Y13232(B17_25_5))) => rr(B17_25_5, skolem_Y13232(B17_25_5)))
% 220.26/29.95 -> [521] ~(=(B17_25_5, B17_25_5) & rr(B17_25_5, skolem_Y13232(B17_25_5)))
% 220.26/29.95 -> [522] rr(B17_25_5, skolem_Y13232(B17_25_5))
% 220.26/29.95
% 220.26/29.95 [522] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [605] ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [605] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [606] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [607] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [606] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [650] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.95 -> [651] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [650] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [651] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [607] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [737] ((=(B23_16_7, B23_16_7) & xsd_integer(B23_16_7)) => xsd_integer(B23_16_7))
% 220.26/29.95
% 220.26/29.95 [737] BETA_IMPLY : ((=(B23_16_7, B23_16_7) & xsd_integer(B23_16_7)) => xsd_integer(B23_16_7))
% 220.26/29.95 -> [739] ~(=(B23_16_7, B23_16_7) & xsd_integer(B23_16_7))
% 220.26/29.95 -> [740] xsd_integer(B23_16_7)
% 220.26/29.95
% 220.26/29.95 [739] BETA_NOT_AND : ~(=(B23_16_7, B23_16_7) & xsd_integer(B23_16_7))
% 220.26/29.95 -> [776] ~=(B23_16_7, B23_16_7)
% 220.26/29.95 -> [777] ~xsd_integer(B23_16_7)
% 220.26/29.95
% 220.26/29.95 [776] CLOSURE : ~=(B23_16_7, B23_16_7)
% 220.26/29.95
% 220.26/29.95 [777] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [937] ((=(B25_37_8, B25_37_8) & xsd_string(B25_37_8)) => xsd_string(B25_37_8))
% 220.26/29.95
% 220.26/29.95 [937] BETA_IMPLY : ((=(B25_37_8, B25_37_8) & xsd_string(B25_37_8)) => xsd_string(B25_37_8))
% 220.26/29.95 -> [939] ~(=(B25_37_8, B25_37_8) & xsd_string(B25_37_8))
% 220.26/29.95 -> [940] xsd_string(B25_37_8)
% 220.26/29.95
% 220.26/29.95 [939] BETA_NOT_AND : ~(=(B25_37_8, B25_37_8) & xsd_string(B25_37_8))
% 220.26/29.95 -> [1741] ~=(B25_37_8, B25_37_8)
% 220.26/29.95 -> [1742] ~xsd_string(B25_37_8)
% 220.26/29.95
% 220.26/29.95 [1741] CLOSURE : ~=(B25_37_8, B25_37_8)
% 220.26/29.95
% 220.26/29.95 [1742] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1760] (cowlThing(X26_134_9) & ~cowlNothing(X26_134_9))
% 220.26/29.95
% 220.26/29.95 [1760] ALPHA_AND : (cowlThing(X26_134_9) & ~cowlNothing(X26_134_9))
% 220.26/29.95 -> [1761] cowlThing(X26_134_9), ~cowlNothing(X26_134_9)
% 220.26/29.95
% 220.26/29.95 [1761] CLOSURE : cowlThing(X26_134_9)
% 220.26/29.95
% 220.26/29.95 [940] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1810] (cowlThing(X26_142_9) & ~cowlNothing(X26_142_9))
% 220.26/29.95
% 220.26/29.95 [1810] ALPHA_AND : (cowlThing(X26_142_9) & ~cowlNothing(X26_142_9))
% 220.26/29.95 -> [1811] cowlThing(X26_142_9), ~cowlNothing(X26_142_9)
% 220.26/29.95
% 220.26/29.95 [1811] CLOSURE : cowlThing(X26_142_9)
% 220.26/29.95
% 220.26/29.95 [740] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [894] ((=(B25_31_8, B25_31_8) & xsd_string(B25_31_8)) => xsd_string(B25_31_8))
% 220.26/29.95
% 220.26/29.95 [894] BETA_IMPLY : ((=(B25_31_8, B25_31_8) & xsd_string(B25_31_8)) => xsd_string(B25_31_8))
% 220.26/29.95 -> [896] ~(=(B25_31_8, B25_31_8) & xsd_string(B25_31_8))
% 220.26/29.95 -> [897] xsd_string(B25_31_8)
% 220.26/29.95
% 220.26/29.95 [896] BETA_NOT_AND : ~(=(B25_31_8, B25_31_8) & xsd_string(B25_31_8))
% 220.26/29.95 -> [1776] ~=(B25_31_8, B25_31_8)
% 220.26/29.95 -> [1777] ~xsd_string(B25_31_8)
% 220.26/29.95
% 220.26/29.95 [1776] CLOSURE : ~=(B25_31_8, B25_31_8)
% 220.26/29.95
% 220.26/29.95 [1777] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1835] (cowlThing(X26_148_9) & ~cowlNothing(X26_148_9))
% 220.26/29.95
% 220.26/29.95 [1835] ALPHA_AND : (cowlThing(X26_148_9) & ~cowlNothing(X26_148_9))
% 220.26/29.95 -> [1836] cowlThing(X26_148_9), ~cowlNothing(X26_148_9)
% 220.26/29.95
% 220.26/29.95 [1836] CLOSURE : cowlThing(X26_148_9)
% 220.26/29.95
% 220.26/29.95 [897] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1833] (cowlThing(X26_147_9) & ~cowlNothing(X26_147_9))
% 220.26/29.95
% 220.26/29.95 [1833] ALPHA_AND : (cowlThing(X26_147_9) & ~cowlNothing(X26_147_9))
% 220.26/29.95 -> [1834] cowlThing(X26_147_9), ~cowlNothing(X26_147_9)
% 220.26/29.95
% 220.26/29.95 [1834] CLOSURE : cowlThing(X26_147_9)
% 220.26/29.95
% 220.26/29.95 [521] BETA_NOT_AND : ~(=(B17_25_5, B17_25_5) & rr(B17_25_5, skolem_Y13232(B17_25_5)))
% 220.26/29.95 -> [547] ~=(B17_25_5, B17_25_5)
% 220.26/29.95 -> [548] ~rr(B17_25_5, skolem_Y13232(B17_25_5))
% 220.26/29.95
% 220.26/29.95 [547] CLOSURE : ~=(B17_25_5, B17_25_5)
% 220.26/29.95
% 220.26/29.95 [548] CLOSURE : ~rr(B17_25_5, skolem_Y13232(B17_25_5))
% 220.26/29.95
% 220.26/29.95 [139] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [368] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [368] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [371] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [372] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [371] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1860] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95 -> [1861] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1861] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1860] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95
% 220.26/29.95 [372] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [1948] ((=(skolem_Y03131(C21_45_6), skolem_Y03131(C21_45_6)) & rr(C21_45_6, skolem_Y03131(C21_45_6))) => rr(C21_45_6, skolem_Y03131(C21_45_6)))
% 220.26/29.95
% 220.26/29.95 [1948] BETA_IMPLY : ((=(skolem_Y03131(C21_45_6), skolem_Y03131(C21_45_6)) & rr(C21_45_6, skolem_Y03131(C21_45_6))) => rr(C21_45_6, skolem_Y03131(C21_45_6)))
% 220.26/29.95 -> [1949] ~(=(skolem_Y03131(C21_45_6), skolem_Y03131(C21_45_6)) & rr(C21_45_6, skolem_Y03131(C21_45_6)))
% 220.26/29.95 -> [1950] rr(C21_45_6, skolem_Y03131(C21_45_6))
% 220.26/29.95
% 220.26/29.95 [1949] BETA_NOT_AND : ~(=(skolem_Y03131(C21_45_6), skolem_Y03131(C21_45_6)) & rr(C21_45_6, skolem_Y03131(C21_45_6)))
% 220.26/29.95 -> [1966] ~=(skolem_Y03131(C21_45_6), skolem_Y03131(C21_45_6))
% 220.26/29.95 -> [1967] ~rr(C21_45_6, skolem_Y03131(C21_45_6))
% 220.26/29.95
% 220.26/29.95 [1967] CLOSURE : ~rr(C21_45_6, skolem_Y03131(C21_45_6))
% 220.26/29.95
% 220.26/29.95 [1966] CLOSURE : ~=(skolem_Y03131(C21_45_6), skolem_Y03131(C21_45_6))
% 220.26/29.95
% 220.26/29.95 [1950] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [2000] ((=(B23_46_7, B23_46_7) & xsd_integer(B23_46_7)) => xsd_integer(B23_46_7))
% 220.26/29.95
% 220.26/29.95 [2000] BETA_IMPLY : ((=(B23_46_7, B23_46_7) & xsd_integer(B23_46_7)) => xsd_integer(B23_46_7))
% 220.26/29.95 -> [2001] ~(=(B23_46_7, B23_46_7) & xsd_integer(B23_46_7))
% 220.26/29.95 -> [2002] xsd_integer(B23_46_7)
% 220.26/29.95
% 220.26/29.95 [2001] BETA_NOT_AND : ~(=(B23_46_7, B23_46_7) & xsd_integer(B23_46_7))
% 220.26/29.95 -> [2196] ~=(B23_46_7, B23_46_7)
% 220.26/29.95 -> [2197] ~xsd_integer(B23_46_7)
% 220.26/29.95
% 220.26/29.95 [2196] CLOSURE : ~=(B23_46_7, B23_46_7)
% 220.26/29.95
% 220.26/29.95 [2197] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [2215] ((=(B25_95_8, B25_95_8) & xsd_string(B25_95_8)) => xsd_string(B25_95_8))
% 220.26/29.95
% 220.26/29.95 [2215] BETA_IMPLY : ((=(B25_95_8, B25_95_8) & xsd_string(B25_95_8)) => xsd_string(B25_95_8))
% 220.26/29.95 -> [2216] ~(=(B25_95_8, B25_95_8) & xsd_string(B25_95_8))
% 220.26/29.95 -> [2217] xsd_string(B25_95_8)
% 220.26/29.95
% 220.26/29.95 [2217] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [2239] (cowlThing(X26_187_9) & ~cowlNothing(X26_187_9))
% 220.26/29.95
% 220.26/29.95 [2239] ALPHA_AND : (cowlThing(X26_187_9) & ~cowlNothing(X26_187_9))
% 220.26/29.95 -> [2240] cowlThing(X26_187_9), ~cowlNothing(X26_187_9)
% 220.26/29.95
% 220.26/29.95 [2240] CLOSURE : ~cowlNothing(X26_187_9)
% 220.26/29.95
% 220.26/29.95 [2216] BETA_NOT_AND : ~(=(B25_95_8, B25_95_8) & xsd_string(B25_95_8))
% 220.26/29.95 -> [2231] ~=(B25_95_8, B25_95_8)
% 220.26/29.95 -> [2232] ~xsd_string(B25_95_8)
% 220.26/29.95
% 220.26/29.95 [2231] CLOSURE : ~=(B25_95_8, B25_95_8)
% 220.26/29.95
% 220.26/29.95 [2232] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [2250] (cowlThing(X26_189_9) & ~cowlNothing(X26_189_9))
% 220.26/29.95
% 220.26/29.95 [2250] ALPHA_AND : (cowlThing(X26_189_9) & ~cowlNothing(X26_189_9))
% 220.26/29.95 -> [2251] cowlThing(X26_189_9), ~cowlNothing(X26_189_9)
% 220.26/29.95
% 220.26/29.95 [2251] CLOSURE : ~cowlNothing(X26_189_9)
% 220.26/29.95
% 220.26/29.95 [2002] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [2183] ((=(B25_94_8, B25_94_8) & xsd_string(B25_94_8)) => xsd_string(B25_94_8))
% 220.26/29.95
% 220.26/29.95 [2183] BETA_IMPLY : ((=(B25_94_8, B25_94_8) & xsd_string(B25_94_8)) => xsd_string(B25_94_8))
% 220.26/29.95 -> [2184] ~(=(B25_94_8, B25_94_8) & xsd_string(B25_94_8))
% 220.26/29.95 -> [2185] xsd_string(B25_94_8)
% 220.26/29.95
% 220.26/29.95 [2184] BETA_NOT_AND : ~(=(B25_94_8, B25_94_8) & xsd_string(B25_94_8))
% 220.26/29.95 -> [2203] ~=(B25_94_8, B25_94_8)
% 220.26/29.95 -> [2204] ~xsd_string(B25_94_8)
% 220.26/29.95
% 220.26/29.95 [2203] CLOSURE : ~=(B25_94_8, B25_94_8)
% 220.26/29.95
% 220.26/29.95 [2204] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [2284] (cowlThing(X26_191_9) & ~cowlNothing(X26_191_9))
% 220.26/29.95
% 220.26/29.95 [2284] ALPHA_AND : (cowlThing(X26_191_9) & ~cowlNothing(X26_191_9))
% 220.26/29.95 -> [2285] cowlThing(X26_191_9), ~cowlNothing(X26_191_9)
% 220.26/29.95
% 220.26/29.95 [2285] CLOSURE : ~cowlNothing(X26_191_9)
% 220.26/29.95
% 220.26/29.95 [2185] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [2264] (cowlThing(X26_190_9) & ~cowlNothing(X26_190_9))
% 220.26/29.95
% 220.26/29.95 [2264] ALPHA_AND : (cowlThing(X26_190_9) & ~cowlNothing(X26_190_9))
% 220.26/29.95 -> [2269] cowlThing(X26_190_9), ~cowlNothing(X26_190_9)
% 220.26/29.95
% 220.26/29.95 [2269] CLOSURE : ~cowlNothing(X26_190_9)
% 220.26/29.95
% 220.26/29.95 [92] BETA_NOT_AND : ~(=(B13_5_3, B13_5_3) & cowlNothing(B13_5_3))
% 220.26/29.95 -> [101] ~=(B13_5_3, B13_5_3)
% 220.26/29.95 -> [102] ~cowlNothing(B13_5_3)
% 220.26/29.95
% 220.26/29.95 [101] CLOSURE : ~=(B13_5_3, B13_5_3)
% 220.26/29.95
% 220.26/29.95 [102] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.95 -> [125] ((=(B15_6_4, B15_6_4) & cowlThing(B15_6_4)) => cowlThing(B15_6_4))
% 220.26/29.95
% 220.26/29.95 [125] BETA_IMPLY : ((=(B15_6_4, B15_6_4) & cowlThing(B15_6_4)) => cowlThing(B15_6_4))
% 220.26/29.95 -> [128] ~(=(B15_6_4, B15_6_4) & cowlThing(B15_6_4))
% 220.26/29.95 -> [129] cowlThing(B15_6_4)
% 220.26/29.95
% 220.26/29.95 [128] BETA_NOT_AND : ~(=(B15_6_4, B15_6_4) & cowlThing(B15_6_4))
% 220.26/29.95 -> [149] ~=(B15_6_4, B15_6_4)
% 220.26/29.95 -> [150] ~cowlThing(B15_6_4)
% 220.26/29.95
% 220.26/29.95 [149] CLOSURE : ~=(B15_6_4, B15_6_4)
% 220.26/29.95
% 220.26/29.95 [150] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [158] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95
% 220.26/29.95 [158] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [193] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [194] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [193] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [395] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95 -> [396] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [396] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [395] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95
% 220.26/29.95 [194] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [426] ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95
% 220.26/29.95 [426] BETA_IMPLY : ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [429] ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [430] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [430] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [459] ((=(B23_8_7, B23_8_7) & xsd_integer(B23_8_7)) => xsd_integer(B23_8_7))
% 220.26/29.95
% 220.26/29.95 [459] BETA_IMPLY : ((=(B23_8_7, B23_8_7) & xsd_integer(B23_8_7)) => xsd_integer(B23_8_7))
% 220.26/29.95 -> [462] ~(=(B23_8_7, B23_8_7) & xsd_integer(B23_8_7))
% 220.26/29.95 -> [463] xsd_integer(B23_8_7)
% 220.26/29.95
% 220.26/29.95 [462] BETA_NOT_AND : ~(=(B23_8_7, B23_8_7) & xsd_integer(B23_8_7))
% 220.26/29.95 -> [481] ~=(B23_8_7, B23_8_7)
% 220.26/29.95 -> [482] ~xsd_integer(B23_8_7)
% 220.26/29.95
% 220.26/29.95 [481] CLOSURE : ~=(B23_8_7, B23_8_7)
% 220.26/29.95
% 220.26/29.95 [482] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [493] ((=(B25_8_8, B25_8_8) & xsd_string(B25_8_8)) => xsd_string(B25_8_8))
% 220.26/29.95
% 220.26/29.95 [493] BETA_IMPLY : ((=(B25_8_8, B25_8_8) & xsd_string(B25_8_8)) => xsd_string(B25_8_8))
% 220.26/29.95 -> [494] ~(=(B25_8_8, B25_8_8) & xsd_string(B25_8_8))
% 220.26/29.95 -> [495] xsd_string(B25_8_8)
% 220.26/29.95
% 220.26/29.95 [494] BETA_NOT_AND : ~(=(B25_8_8, B25_8_8) & xsd_string(B25_8_8))
% 220.26/29.95 -> [527] ~=(B25_8_8, B25_8_8)
% 220.26/29.95 -> [528] ~xsd_string(B25_8_8)
% 220.26/29.95
% 220.26/29.95 [527] CLOSURE : ~=(B25_8_8, B25_8_8)
% 220.26/29.95
% 220.26/29.95 [528] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [531] (cowlThing(X26_6_9) & ~cowlNothing(X26_6_9))
% 220.26/29.95
% 220.26/29.95 [531] ALPHA_AND : (cowlThing(X26_6_9) & ~cowlNothing(X26_6_9))
% 220.26/29.95 -> [534] cowlThing(X26_6_9), ~cowlNothing(X26_6_9)
% 220.26/29.95
% 220.26/29.95 [534] CLOSURE : cowlThing(X26_6_9)
% 220.26/29.95
% 220.26/29.95 [495] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [588] (cowlThing(X26_13_9) & ~cowlNothing(X26_13_9))
% 220.26/29.95
% 220.26/29.95 [588] ALPHA_AND : (cowlThing(X26_13_9) & ~cowlNothing(X26_13_9))
% 220.26/29.95 -> [591] cowlThing(X26_13_9), ~cowlNothing(X26_13_9)
% 220.26/29.95
% 220.26/29.95 [591] CLOSURE : cowlThing(X26_13_9)
% 220.26/29.95
% 220.26/29.95 [463] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [569] ((=(B25_12_8, B25_12_8) & xsd_string(B25_12_8)) => xsd_string(B25_12_8))
% 220.26/29.95
% 220.26/29.95 [569] BETA_IMPLY : ((=(B25_12_8, B25_12_8) & xsd_string(B25_12_8)) => xsd_string(B25_12_8))
% 220.26/29.95 -> [570] ~(=(B25_12_8, B25_12_8) & xsd_string(B25_12_8))
% 220.26/29.95 -> [571] xsd_string(B25_12_8)
% 220.26/29.95
% 220.26/29.95 [570] BETA_NOT_AND : ~(=(B25_12_8, B25_12_8) & xsd_string(B25_12_8))
% 220.26/29.95 -> [603] ~=(B25_12_8, B25_12_8)
% 220.26/29.95 -> [604] ~xsd_string(B25_12_8)
% 220.26/29.95
% 220.26/29.95 [603] CLOSURE : ~=(B25_12_8, B25_12_8)
% 220.26/29.95
% 220.26/29.95 [604] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [637] (cowlThing(X26_17_9) & ~cowlNothing(X26_17_9))
% 220.26/29.95
% 220.26/29.95 [637] ALPHA_AND : (cowlThing(X26_17_9) & ~cowlNothing(X26_17_9))
% 220.26/29.95 -> [638] cowlThing(X26_17_9), ~cowlNothing(X26_17_9)
% 220.26/29.95
% 220.26/29.95 [638] CLOSURE : cowlThing(X26_17_9)
% 220.26/29.95
% 220.26/29.95 [571] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [659] (cowlThing(X26_18_9) & ~cowlNothing(X26_18_9))
% 220.26/29.95
% 220.26/29.95 [659] ALPHA_AND : (cowlThing(X26_18_9) & ~cowlNothing(X26_18_9))
% 220.26/29.95 -> [662] cowlThing(X26_18_9), ~cowlNothing(X26_18_9)
% 220.26/29.95
% 220.26/29.95 [662] CLOSURE : cowlThing(X26_18_9)
% 220.26/29.95
% 220.26/29.95 [429] BETA_NOT_AND : ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [449] ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.95 -> [450] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [450] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [449] CLOSURE : ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [168] BETA_IMPLY : ((=(B17_2_5, B17_2_5) & rr(B17_2_5, skolem_Y03131(B17_2_5))) => rr(B17_2_5, skolem_Y03131(B17_2_5)))
% 220.26/29.95 -> [6874] ~(=(B17_2_5, B17_2_5) & rr(B17_2_5, skolem_Y03131(B17_2_5)))
% 220.26/29.95 -> [6875] rr(B17_2_5, skolem_Y03131(B17_2_5))
% 220.26/29.95
% 220.26/29.95 [6874] BETA_NOT_AND : ~(=(B17_2_5, B17_2_5) & rr(B17_2_5, skolem_Y03131(B17_2_5)))
% 220.26/29.95 -> [6878] ~=(B17_2_5, B17_2_5)
% 220.26/29.95 -> [6879] ~rr(B17_2_5, skolem_Y03131(B17_2_5))
% 220.26/29.95
% 220.26/29.95 [6879] CLOSURE : ~rr(B17_2_5, skolem_Y03131(B17_2_5))
% 220.26/29.95
% 220.26/29.95 [6878] CLOSURE : ~=(B17_2_5, B17_2_5)
% 220.26/29.95
% 220.26/29.95 [6875] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [6887] ((=(B20_59_6, B20_59_6) & rr(C21_59_6, B20_59_6)) => rr(C21_59_6, B20_59_6))
% 220.26/29.95
% 220.26/29.95 [6887] BETA_IMPLY : ((=(B20_59_6, B20_59_6) & rr(C21_59_6, B20_59_6)) => rr(C21_59_6, B20_59_6))
% 220.26/29.95 -> [6888] ~(=(B20_59_6, B20_59_6) & rr(C21_59_6, B20_59_6))
% 220.26/29.95 -> [6889] rr(C21_59_6, B20_59_6)
% 220.26/29.95
% 220.26/29.95 [6888] BETA_NOT_AND : ~(=(B20_59_6, B20_59_6) & rr(C21_59_6, B20_59_6))
% 220.26/29.95 -> [6890] ~=(B20_59_6, B20_59_6)
% 220.26/29.95 -> [6891] ~rr(C21_59_6, B20_59_6)
% 220.26/29.95
% 220.26/29.95 [6891] CLOSURE : ~rr(C21_59_6, B20_59_6)
% 220.26/29.95
% 220.26/29.95 [6890] CLOSURE : ~=(B20_59_6, B20_59_6)
% 220.26/29.95
% 220.26/29.95 [6889] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [6895] ((=(B23_68_7, B23_68_7) & xsd_integer(B23_68_7)) => xsd_integer(B23_68_7))
% 220.26/29.95
% 220.26/29.95 [6895] BETA_IMPLY : ((=(B23_68_7, B23_68_7) & xsd_integer(B23_68_7)) => xsd_integer(B23_68_7))
% 220.26/29.95 -> [6896] ~(=(B23_68_7, B23_68_7) & xsd_integer(B23_68_7))
% 220.26/29.95 -> [6897] xsd_integer(B23_68_7)
% 220.26/29.95
% 220.26/29.95 [6896] BETA_NOT_AND : ~(=(B23_68_7, B23_68_7) & xsd_integer(B23_68_7))
% 220.26/29.95 -> [6898] ~=(B23_68_7, B23_68_7)
% 220.26/29.95 -> [6899] ~xsd_integer(B23_68_7)
% 220.26/29.95
% 220.26/29.95 [6898] CLOSURE : ~=(B23_68_7, B23_68_7)
% 220.26/29.95
% 220.26/29.95 [6899] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [6905] ((=(B25_171_8, B25_171_8) & xsd_string(B25_171_8)) => xsd_string(B25_171_8))
% 220.26/29.95
% 220.26/29.95 [6905] BETA_IMPLY : ((=(B25_171_8, B25_171_8) & xsd_string(B25_171_8)) => xsd_string(B25_171_8))
% 220.26/29.95 -> [6906] ~(=(B25_171_8, B25_171_8) & xsd_string(B25_171_8))
% 220.26/29.95 -> [6907] xsd_string(B25_171_8)
% 220.26/29.95
% 220.26/29.95 [6906] BETA_NOT_AND : ~(=(B25_171_8, B25_171_8) & xsd_string(B25_171_8))
% 220.26/29.95 -> [6910] ~=(B25_171_8, B25_171_8)
% 220.26/29.95 -> [6911] ~xsd_string(B25_171_8)
% 220.26/29.95
% 220.26/29.95 [6911] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6936] (cowlThing(X26_452_9) & ~cowlNothing(X26_452_9))
% 220.26/29.95
% 220.26/29.95 [6936] ALPHA_AND : (cowlThing(X26_452_9) & ~cowlNothing(X26_452_9))
% 220.26/29.95 -> [6938] cowlThing(X26_452_9), ~cowlNothing(X26_452_9)
% 220.26/29.95
% 220.26/29.95 [6938] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [6947] (xsd_string(X27_281_10) <=> ~xsd_integer(X27_281_10))
% 220.26/29.95
% 220.26/29.95 [6947] BETA_EQUIV : (xsd_string(X27_281_10) <=> ~xsd_integer(X27_281_10))
% 220.26/29.95 -> [6948] ~xsd_string(X27_281_10), ~~xsd_integer(X27_281_10)
% 220.26/29.95 -> [6949] xsd_string(X27_281_10), ~xsd_integer(X27_281_10)
% 220.26/29.95
% 220.26/29.95 [6948] ALPHA_NOT_NOT : ~~xsd_integer(X27_281_10)
% 220.26/29.95 -> [6966] xsd_integer(X27_281_10)
% 220.26/29.95
% 220.26/29.95 [6966] CLOSURE : xsd_integer(X27_281_10)
% 220.26/29.95
% 220.26/29.95 [6949] CLOSURE : xsd_string(X27_281_10)
% 220.26/29.95
% 220.26/29.95 [6910] CLOSURE : ~=(B25_171_8, B25_171_8)
% 220.26/29.95
% 220.26/29.95 [6907] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6923] (cowlThing(X26_451_9) & ~cowlNothing(X26_451_9))
% 220.26/29.95
% 220.26/29.95 [6923] ALPHA_AND : (cowlThing(X26_451_9) & ~cowlNothing(X26_451_9))
% 220.26/29.95 -> [6924] cowlThing(X26_451_9), ~cowlNothing(X26_451_9)
% 220.26/29.95
% 220.26/29.95 [6924] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [6951] (xsd_string(X27_283_10) <=> ~xsd_integer(X27_283_10))
% 220.26/29.95
% 220.26/29.95 [6951] BETA_EQUIV : (xsd_string(X27_283_10) <=> ~xsd_integer(X27_283_10))
% 220.26/29.95 -> [6954] ~xsd_string(X27_283_10), ~~xsd_integer(X27_283_10)
% 220.26/29.95 -> [6955] xsd_string(X27_283_10), ~xsd_integer(X27_283_10)
% 220.26/29.95
% 220.26/29.95 [6954] ALPHA_NOT_NOT : ~~xsd_integer(X27_283_10)
% 220.26/29.95 -> [6970] xsd_integer(X27_283_10)
% 220.26/29.95
% 220.26/29.95 [6970] CLOSURE : xsd_integer(X27_283_10)
% 220.26/29.95
% 220.26/29.95 [6977] BETA_IMPLY : (cc(X33_221_11) => ~cd(X33_221_11))
% 220.26/29.95 -> [7077] ~cc(X33_221_11)
% 220.26/29.95 -> [7078] ~cd(X33_221_11)
% 220.26/29.95
% 220.26/29.95 [7078] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [7085] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [7085] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [7086] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [7087] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [7087] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [7086] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [7091] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95 -> [7092] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [7092] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [7091] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [7077] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [7116] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [7116] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [7117] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [7118] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [7117] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [7126] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95 -> [7127] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [7127] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [7126] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [7118] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [6897] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [6900] ((=(B25_170_8, B25_170_8) & xsd_string(B25_170_8)) => xsd_string(B25_170_8))
% 220.26/29.95
% 220.26/29.95 [6900] BETA_IMPLY : ((=(B25_170_8, B25_170_8) & xsd_string(B25_170_8)) => xsd_string(B25_170_8))
% 220.26/29.95 -> [6901] ~(=(B25_170_8, B25_170_8) & xsd_string(B25_170_8))
% 220.26/29.95 -> [6902] xsd_string(B25_170_8)
% 220.26/29.95
% 220.26/29.95 [6902] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6914] (cowlThing(X26_449_9) & ~cowlNothing(X26_449_9))
% 220.26/29.95
% 220.26/29.95 [6914] ALPHA_AND : (cowlThing(X26_449_9) & ~cowlNothing(X26_449_9))
% 220.26/29.95 -> [6915] cowlThing(X26_449_9), ~cowlNothing(X26_449_9)
% 220.26/29.95
% 220.26/29.95 [6915] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [6950] (xsd_string(X27_282_10) <=> ~xsd_integer(X27_282_10))
% 220.26/29.95
% 220.26/29.95 [6950] BETA_EQUIV : (xsd_string(X27_282_10) <=> ~xsd_integer(X27_282_10))
% 220.26/29.95 -> [6952] ~xsd_string(X27_282_10), ~~xsd_integer(X27_282_10)
% 220.26/29.95 -> [6953] xsd_string(X27_282_10), ~xsd_integer(X27_282_10)
% 220.26/29.95
% 220.26/29.95 [6952] ALPHA_NOT_NOT : ~~xsd_integer(X27_282_10)
% 220.26/29.95 -> [6972] xsd_integer(X27_282_10)
% 220.26/29.95
% 220.26/29.95 [6972] CLOSURE : ~~xsd_integer(X27_282_10)
% 220.26/29.95
% 220.26/29.95 [6953] CLOSURE : ~xsd_integer(X27_282_10)
% 220.26/29.95
% 220.26/29.95 [6901] BETA_NOT_AND : ~(=(B25_170_8, B25_170_8) & xsd_string(B25_170_8))
% 220.26/29.95 -> [7973] ~=(B25_170_8, B25_170_8)
% 220.26/29.95 -> [7974] ~xsd_string(B25_170_8)
% 220.26/29.95
% 220.26/29.95 [7973] CLOSURE : ~=(B25_170_8, B25_170_8)
% 220.26/29.95
% 220.26/29.95 [7986] BETA_EQUIV : (xsd_string(X27_332_10) <=> ~xsd_integer(X27_332_10))
% 220.26/29.95 -> [8287] ~xsd_string(X27_332_10), ~~xsd_integer(X27_332_10)
% 220.26/29.95 -> [8288] xsd_string(X27_332_10), ~xsd_integer(X27_332_10)
% 220.26/29.95
% 220.26/29.95 [8288] CLOSURE : ~xsd_integer(X27_332_10)
% 220.26/29.95
% 220.26/29.95 [8296] BETA_IMPLY : (cc(X33_282_11) => ~cd(X33_282_11))
% 220.26/29.95 -> [8398] ~cc(X33_282_11)
% 220.26/29.95 -> [8399] ~cd(X33_282_11)
% 220.26/29.95
% 220.26/29.95 [8399] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [8400] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [8400] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [8401] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [8402] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [8402] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [8401] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [8408] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [8409] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [8408] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [8409] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [8398] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [8403] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [8403] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [8404] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [8405] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [8405] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [8404] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [8421] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [8422] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [8421] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [8422] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [35] GAMMA_FORALL : ! [A10_10, B11_11] : (((=(A10_10, B11_11) & cd(A10_10)) => cd(B11_11)))
% 220.26/29.95 -> [77] ((=(B9_1_1, B9_1_1) & cd(B9_1_1)) => cd(B9_1_1))
% 220.26/29.95
% 220.26/29.95 [77] BETA_IMPLY : ((=(B9_1_1, B9_1_1) & cd(B9_1_1)) => cd(B9_1_1))
% 220.26/29.95 -> [78] ~(=(B9_1_1, B9_1_1) & cd(B9_1_1))
% 220.26/29.95 -> [79] cd(B9_1_1)
% 220.26/29.95
% 220.26/29.95 [78] BETA_NOT_AND : ~(=(B9_1_1, B9_1_1) & cd(B9_1_1))
% 220.26/29.95 -> [96] ~=(B9_1_1, B9_1_1)
% 220.26/29.95 -> [97] ~cd(B9_1_1)
% 220.26/29.95
% 220.26/29.95 [96] CLOSURE : ~=(B9_1_1, B9_1_1)
% 220.26/29.95
% 220.26/29.95 [97] GAMMA_FORALL : ! [A12_12, B13_13] : (((=(A12_12, B13_13) & cowlNothing(A12_12)) => cowlNothing(B13_13)))
% 220.26/29.95 -> [122] ((=(B13_8_3, B13_8_3) & cowlNothing(B13_8_3)) => cowlNothing(B13_8_3))
% 220.26/29.95
% 220.26/29.95 [122] BETA_IMPLY : ((=(B13_8_3, B13_8_3) & cowlNothing(B13_8_3)) => cowlNothing(B13_8_3))
% 220.26/29.95 -> [126] ~(=(B13_8_3, B13_8_3) & cowlNothing(B13_8_3))
% 220.26/29.95 -> [127] cowlNothing(B13_8_3)
% 220.26/29.95
% 220.26/29.95 [127] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.95 -> [236] ((=(B15_13_4, B15_13_4) & cowlThing(B15_13_4)) => cowlThing(B15_13_4))
% 220.26/29.95
% 220.26/29.95 [236] BETA_IMPLY : ((=(B15_13_4, B15_13_4) & cowlThing(B15_13_4)) => cowlThing(B15_13_4))
% 220.26/29.95 -> [237] ~(=(B15_13_4, B15_13_4) & cowlThing(B15_13_4))
% 220.26/29.95 -> [238] cowlThing(B15_13_4)
% 220.26/29.95
% 220.26/29.95 [238] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [269] ((=(B17_10_5, B17_10_5) & rr(B17_10_5, skolem_Y13232(B17_10_5))) => rr(B17_10_5, skolem_Y13232(B17_10_5)))
% 220.26/29.95
% 220.26/29.95 [269] BETA_IMPLY : ((=(B17_10_5, B17_10_5) & rr(B17_10_5, skolem_Y13232(B17_10_5))) => rr(B17_10_5, skolem_Y13232(B17_10_5)))
% 220.26/29.95 -> [270] ~(=(B17_10_5, B17_10_5) & rr(B17_10_5, skolem_Y13232(B17_10_5)))
% 220.26/29.95 -> [271] rr(B17_10_5, skolem_Y13232(B17_10_5))
% 220.26/29.95
% 220.26/29.95 [270] BETA_NOT_AND : ~(=(B17_10_5, B17_10_5) & rr(B17_10_5, skolem_Y13232(B17_10_5)))
% 220.26/29.95 -> [284] ~=(B17_10_5, B17_10_5)
% 220.26/29.95 -> [285] ~rr(B17_10_5, skolem_Y13232(B17_10_5))
% 220.26/29.95
% 220.26/29.95 [285] CLOSURE : ~rr(B17_10_5, skolem_Y13232(B17_10_5))
% 220.26/29.95
% 220.26/29.95 [284] CLOSURE : ~=(B17_10_5, B17_10_5)
% 220.26/29.95
% 220.26/29.95 [271] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [1536] ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95
% 220.26/29.95 [1536] BETA_IMPLY : ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [1538] ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [1539] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1538] BETA_NOT_AND : ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [1553] ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.95 -> [1554] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1554] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1553] CLOSURE : ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1539] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [1593] ((=(B23_40_7, B23_40_7) & xsd_integer(B23_40_7)) => xsd_integer(B23_40_7))
% 220.26/29.95
% 220.26/29.95 [1593] BETA_IMPLY : ((=(B23_40_7, B23_40_7) & xsd_integer(B23_40_7)) => xsd_integer(B23_40_7))
% 220.26/29.95 -> [1594] ~(=(B23_40_7, B23_40_7) & xsd_integer(B23_40_7))
% 220.26/29.95 -> [1595] xsd_integer(B23_40_7)
% 220.26/29.95
% 220.26/29.95 [1594] BETA_NOT_AND : ~(=(B23_40_7, B23_40_7) & xsd_integer(B23_40_7))
% 220.26/29.95 -> [1612] ~=(B23_40_7, B23_40_7)
% 220.26/29.95 -> [1613] ~xsd_integer(B23_40_7)
% 220.26/29.95
% 220.26/29.95 [1612] CLOSURE : ~=(B23_40_7, B23_40_7)
% 220.26/29.95
% 220.26/29.95 [1613] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1666] ((=(B25_74_8, B25_74_8) & xsd_string(B25_74_8)) => xsd_string(B25_74_8))
% 220.26/29.95
% 220.26/29.95 [1666] BETA_IMPLY : ((=(B25_74_8, B25_74_8) & xsd_string(B25_74_8)) => xsd_string(B25_74_8))
% 220.26/29.95 -> [1667] ~(=(B25_74_8, B25_74_8) & xsd_string(B25_74_8))
% 220.26/29.95 -> [1668] xsd_string(B25_74_8)
% 220.26/29.95
% 220.26/29.95 [1667] BETA_NOT_AND : ~(=(B25_74_8, B25_74_8) & xsd_string(B25_74_8))
% 220.26/29.95 -> [1682] ~=(B25_74_8, B25_74_8)
% 220.26/29.95 -> [1683] ~xsd_string(B25_74_8)
% 220.26/29.95
% 220.26/29.95 [1682] CLOSURE : ~=(B25_74_8, B25_74_8)
% 220.26/29.95
% 220.26/29.95 [1683] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1716] (cowlThing(X26_123_9) & ~cowlNothing(X26_123_9))
% 220.26/29.95
% 220.26/29.95 [1716] ALPHA_AND : (cowlThing(X26_123_9) & ~cowlNothing(X26_123_9))
% 220.26/29.95 -> [1717] cowlThing(X26_123_9), ~cowlNothing(X26_123_9)
% 220.26/29.95
% 220.26/29.95 [1717] CLOSURE : ~cowlNothing(X26_123_9)
% 220.26/29.95
% 220.26/29.95 [1668] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1905] (cowlThing(X26_154_9) & ~cowlNothing(X26_154_9))
% 220.26/29.95
% 220.26/29.95 [1905] ALPHA_AND : (cowlThing(X26_154_9) & ~cowlNothing(X26_154_9))
% 220.26/29.95 -> [1908] cowlThing(X26_154_9), ~cowlNothing(X26_154_9)
% 220.26/29.95
% 220.26/29.95 [1908] CLOSURE : ~cowlNothing(X26_154_9)
% 220.26/29.95
% 220.26/29.95 [1595] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1651] ((=(B25_73_8, B25_73_8) & xsd_string(B25_73_8)) => xsd_string(B25_73_8))
% 220.26/29.95
% 220.26/29.95 [1651] BETA_IMPLY : ((=(B25_73_8, B25_73_8) & xsd_string(B25_73_8)) => xsd_string(B25_73_8))
% 220.26/29.95 -> [1654] ~(=(B25_73_8, B25_73_8) & xsd_string(B25_73_8))
% 220.26/29.95 -> [1655] xsd_string(B25_73_8)
% 220.26/29.95
% 220.26/29.95 [1655] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1804] (cowlThing(X26_141_9) & ~cowlNothing(X26_141_9))
% 220.26/29.95
% 220.26/29.95 [1804] ALPHA_AND : (cowlThing(X26_141_9) & ~cowlNothing(X26_141_9))
% 220.26/29.95 -> [1805] cowlThing(X26_141_9), ~cowlNothing(X26_141_9)
% 220.26/29.95
% 220.26/29.95 [1805] CLOSURE : ~cowlNothing(X26_141_9)
% 220.26/29.95
% 220.26/29.95 [1654] BETA_NOT_AND : ~(=(B25_73_8, B25_73_8) & xsd_string(B25_73_8))
% 220.26/29.95 -> [1669] ~=(B25_73_8, B25_73_8)
% 220.26/29.95 -> [1670] ~xsd_string(B25_73_8)
% 220.26/29.95
% 220.26/29.95 [1669] CLOSURE : ~=(B25_73_8, B25_73_8)
% 220.26/29.95
% 220.26/29.95 [1670] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1812] (cowlThing(X26_143_9) & ~cowlNothing(X26_143_9))
% 220.26/29.95
% 220.26/29.95 [1812] ALPHA_AND : (cowlThing(X26_143_9) & ~cowlNothing(X26_143_9))
% 220.26/29.95 -> [1813] cowlThing(X26_143_9), ~cowlNothing(X26_143_9)
% 220.26/29.95
% 220.26/29.95 [1813] CLOSURE : ~cowlNothing(X26_143_9)
% 220.26/29.95
% 220.26/29.95 [237] BETA_NOT_AND : ~(=(B15_13_4, B15_13_4) & cowlThing(B15_13_4))
% 220.26/29.95 -> [246] ~=(B15_13_4, B15_13_4)
% 220.26/29.95 -> [247] ~cowlThing(B15_13_4)
% 220.26/29.95
% 220.26/29.95 [246] CLOSURE : ~=(B15_13_4, B15_13_4)
% 220.26/29.95
% 220.26/29.95 [247] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [278] ((=(B17_12_5, B17_12_5) & rr(B17_12_5, skolem_Y03131(B17_12_5))) => rr(B17_12_5, skolem_Y03131(B17_12_5)))
% 220.26/29.95
% 220.26/29.95 [278] BETA_IMPLY : ((=(B17_12_5, B17_12_5) & rr(B17_12_5, skolem_Y03131(B17_12_5))) => rr(B17_12_5, skolem_Y03131(B17_12_5)))
% 220.26/29.95 -> [281] ~(=(B17_12_5, B17_12_5) & rr(B17_12_5, skolem_Y03131(B17_12_5)))
% 220.26/29.95 -> [282] rr(B17_12_5, skolem_Y03131(B17_12_5))
% 220.26/29.95
% 220.26/29.95 [281] BETA_NOT_AND : ~(=(B17_12_5, B17_12_5) & rr(B17_12_5, skolem_Y03131(B17_12_5)))
% 220.26/29.95 -> [324] ~=(B17_12_5, B17_12_5)
% 220.26/29.95 -> [325] ~rr(B17_12_5, skolem_Y03131(B17_12_5))
% 220.26/29.95
% 220.26/29.95 [325] CLOSURE : ~rr(B17_12_5, skolem_Y03131(B17_12_5))
% 220.26/29.95
% 220.26/29.95 [324] CLOSURE : ~=(B17_12_5, B17_12_5)
% 220.26/29.95
% 220.26/29.95 [282] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [1771] ((=(skolem_Y13232(C21_41_6), skolem_Y13232(C21_41_6)) & rr(C21_41_6, skolem_Y13232(C21_41_6))) => rr(C21_41_6, skolem_Y13232(C21_41_6)))
% 220.26/29.95
% 220.26/29.95 [1771] BETA_IMPLY : ((=(skolem_Y13232(C21_41_6), skolem_Y13232(C21_41_6)) & rr(C21_41_6, skolem_Y13232(C21_41_6))) => rr(C21_41_6, skolem_Y13232(C21_41_6)))
% 220.26/29.95 -> [1772] ~(=(skolem_Y13232(C21_41_6), skolem_Y13232(C21_41_6)) & rr(C21_41_6, skolem_Y13232(C21_41_6)))
% 220.26/29.95 -> [1773] rr(C21_41_6, skolem_Y13232(C21_41_6))
% 220.26/29.95
% 220.26/29.95 [1773] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [1818] ((=(B23_41_7, B23_41_7) & xsd_integer(B23_41_7)) => xsd_integer(B23_41_7))
% 220.26/29.95
% 220.26/29.95 [1818] BETA_IMPLY : ((=(B23_41_7, B23_41_7) & xsd_integer(B23_41_7)) => xsd_integer(B23_41_7))
% 220.26/29.95 -> [1819] ~(=(B23_41_7, B23_41_7) & xsd_integer(B23_41_7))
% 220.26/29.95 -> [1820] xsd_integer(B23_41_7)
% 220.26/29.95
% 220.26/29.95 [1820] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1849] ((=(B25_80_8, B25_80_8) & xsd_string(B25_80_8)) => xsd_string(B25_80_8))
% 220.26/29.95
% 220.26/29.95 [1849] BETA_IMPLY : ((=(B25_80_8, B25_80_8) & xsd_string(B25_80_8)) => xsd_string(B25_80_8))
% 220.26/29.95 -> [1850] ~(=(B25_80_8, B25_80_8) & xsd_string(B25_80_8))
% 220.26/29.95 -> [1851] xsd_string(B25_80_8)
% 220.26/29.95
% 220.26/29.95 [1850] BETA_NOT_AND : ~(=(B25_80_8, B25_80_8) & xsd_string(B25_80_8))
% 220.26/29.95 -> [1870] ~=(B25_80_8, B25_80_8)
% 220.26/29.95 -> [1871] ~xsd_string(B25_80_8)
% 220.26/29.95
% 220.26/29.95 [1871] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1920] (cowlThing(X26_157_9) & ~cowlNothing(X26_157_9))
% 220.26/29.95
% 220.26/29.95 [1920] ALPHA_AND : (cowlThing(X26_157_9) & ~cowlNothing(X26_157_9))
% 220.26/29.95 -> [1921] cowlThing(X26_157_9), ~cowlNothing(X26_157_9)
% 220.26/29.95
% 220.26/29.95 [1921] CLOSURE : cowlThing(X26_157_9)
% 220.26/29.95
% 220.26/29.95 [1870] CLOSURE : ~=(B25_80_8, B25_80_8)
% 220.26/29.95
% 220.26/29.95 [1851] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1946] (cowlThing(X26_161_9) & ~cowlNothing(X26_161_9))
% 220.26/29.95
% 220.26/29.95 [1946] ALPHA_AND : (cowlThing(X26_161_9) & ~cowlNothing(X26_161_9))
% 220.26/29.95 -> [1947] cowlThing(X26_161_9), ~cowlNothing(X26_161_9)
% 220.26/29.95
% 220.26/29.95 [1947] CLOSURE : cowlThing(X26_161_9)
% 220.26/29.95
% 220.26/29.95 [1819] BETA_NOT_AND : ~(=(B23_41_7, B23_41_7) & xsd_integer(B23_41_7))
% 220.26/29.95 -> [1824] ~=(B23_41_7, B23_41_7)
% 220.26/29.95 -> [1825] ~xsd_integer(B23_41_7)
% 220.26/29.95
% 220.26/29.95 [1824] CLOSURE : ~=(B23_41_7, B23_41_7)
% 220.26/29.95
% 220.26/29.95 [1825] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1865] ((=(B25_81_8, B25_81_8) & xsd_string(B25_81_8)) => xsd_string(B25_81_8))
% 220.26/29.95
% 220.26/29.95 [1865] BETA_IMPLY : ((=(B25_81_8, B25_81_8) & xsd_string(B25_81_8)) => xsd_string(B25_81_8))
% 220.26/29.95 -> [1868] ~(=(B25_81_8, B25_81_8) & xsd_string(B25_81_8))
% 220.26/29.95 -> [1869] xsd_string(B25_81_8)
% 220.26/29.95
% 220.26/29.95 [1869] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1928] (cowlThing(X26_158_9) & ~cowlNothing(X26_158_9))
% 220.26/29.95
% 220.26/29.95 [1928] ALPHA_AND : (cowlThing(X26_158_9) & ~cowlNothing(X26_158_9))
% 220.26/29.95 -> [1929] cowlThing(X26_158_9), ~cowlNothing(X26_158_9)
% 220.26/29.95
% 220.26/29.95 [1929] CLOSURE : cowlThing(X26_158_9)
% 220.26/29.95
% 220.26/29.95 [1868] BETA_NOT_AND : ~(=(B25_81_8, B25_81_8) & xsd_string(B25_81_8))
% 220.26/29.95 -> [1888] ~=(B25_81_8, B25_81_8)
% 220.26/29.95 -> [1889] ~xsd_string(B25_81_8)
% 220.26/29.95
% 220.26/29.95 [1888] CLOSURE : ~=(B25_81_8, B25_81_8)
% 220.26/29.95
% 220.26/29.95 [1889] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1942] (cowlThing(X26_160_9) & ~cowlNothing(X26_160_9))
% 220.26/29.95
% 220.26/29.95 [1942] ALPHA_AND : (cowlThing(X26_160_9) & ~cowlNothing(X26_160_9))
% 220.26/29.95 -> [1943] cowlThing(X26_160_9), ~cowlNothing(X26_160_9)
% 220.26/29.95
% 220.26/29.95 [1943] CLOSURE : cowlThing(X26_160_9)
% 220.26/29.95
% 220.26/29.95 [1772] BETA_NOT_AND : ~(=(skolem_Y13232(C21_41_6), skolem_Y13232(C21_41_6)) & rr(C21_41_6, skolem_Y13232(C21_41_6)))
% 220.26/29.95 -> [1788] ~=(skolem_Y13232(C21_41_6), skolem_Y13232(C21_41_6))
% 220.26/29.95 -> [1789] ~rr(C21_41_6, skolem_Y13232(C21_41_6))
% 220.26/29.95
% 220.26/29.95 [1789] CLOSURE : ~rr(C21_41_6, skolem_Y13232(C21_41_6))
% 220.26/29.95
% 220.26/29.95 [1788] CLOSURE : ~=(skolem_Y13232(C21_41_6), skolem_Y13232(C21_41_6))
% 220.26/29.95
% 220.26/29.95 [126] BETA_NOT_AND : ~(=(B13_8_3, B13_8_3) & cowlNothing(B13_8_3))
% 220.26/29.95 -> [154] ~=(B13_8_3, B13_8_3)
% 220.26/29.95 -> [155] ~cowlNothing(B13_8_3)
% 220.26/29.95
% 220.26/29.95 [154] CLOSURE : ~=(B13_8_3, B13_8_3)
% 220.26/29.95
% 220.26/29.95 [155] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.95 -> [334] ((=(B15_16_4, B15_16_4) & cowlThing(B15_16_4)) => cowlThing(B15_16_4))
% 220.26/29.95
% 220.26/29.95 [334] BETA_IMPLY : ((=(B15_16_4, B15_16_4) & cowlThing(B15_16_4)) => cowlThing(B15_16_4))
% 220.26/29.95 -> [335] ~(=(B15_16_4, B15_16_4) & cowlThing(B15_16_4))
% 220.26/29.95 -> [336] cowlThing(B15_16_4)
% 220.26/29.95
% 220.26/29.95 [335] BETA_NOT_AND : ~(=(B15_16_4, B15_16_4) & cowlThing(B15_16_4))
% 220.26/29.95 -> [348] ~=(B15_16_4, B15_16_4)
% 220.26/29.95 -> [349] ~cowlThing(B15_16_4)
% 220.26/29.95
% 220.26/29.95 [348] CLOSURE : ~=(B15_16_4, B15_16_4)
% 220.26/29.95
% 220.26/29.95 [349] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [1299] ((=(B17_42_5, B17_42_5) & rr(B17_42_5, skolem_Y13232(B17_42_5))) => rr(B17_42_5, skolem_Y13232(B17_42_5)))
% 220.26/29.95
% 220.26/29.95 [1299] BETA_IMPLY : ((=(B17_42_5, B17_42_5) & rr(B17_42_5, skolem_Y13232(B17_42_5))) => rr(B17_42_5, skolem_Y13232(B17_42_5)))
% 220.26/29.95 -> [1300] ~(=(B17_42_5, B17_42_5) & rr(B17_42_5, skolem_Y13232(B17_42_5)))
% 220.26/29.95 -> [1301] rr(B17_42_5, skolem_Y13232(B17_42_5))
% 220.26/29.95
% 220.26/29.95 [1301] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [1408] ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [1408] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1412] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1413] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1412] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1430] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.95 -> [1431] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1431] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1430] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1413] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [1480] ((=(B23_37_7, B23_37_7) & xsd_integer(B23_37_7)) => xsd_integer(B23_37_7))
% 220.26/29.95
% 220.26/29.95 [1480] BETA_IMPLY : ((=(B23_37_7, B23_37_7) & xsd_integer(B23_37_7)) => xsd_integer(B23_37_7))
% 220.26/29.95 -> [1483] ~(=(B23_37_7, B23_37_7) & xsd_integer(B23_37_7))
% 220.26/29.95 -> [1484] xsd_integer(B23_37_7)
% 220.26/29.95
% 220.26/29.95 [1483] BETA_NOT_AND : ~(=(B23_37_7, B23_37_7) & xsd_integer(B23_37_7))
% 220.26/29.95 -> [1506] ~=(B23_37_7, B23_37_7)
% 220.26/29.95 -> [1507] ~xsd_integer(B23_37_7)
% 220.26/29.95
% 220.26/29.95 [1506] CLOSURE : ~=(B23_37_7, B23_37_7)
% 220.26/29.95
% 220.26/29.95 [1507] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1566] ((=(B25_68_8, B25_68_8) & xsd_string(B25_68_8)) => xsd_string(B25_68_8))
% 220.26/29.95
% 220.26/29.95 [1566] BETA_IMPLY : ((=(B25_68_8, B25_68_8) & xsd_string(B25_68_8)) => xsd_string(B25_68_8))
% 220.26/29.95 -> [1568] ~(=(B25_68_8, B25_68_8) & xsd_string(B25_68_8))
% 220.26/29.95 -> [1569] xsd_string(B25_68_8)
% 220.26/29.95
% 220.26/29.95 [1569] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1671] (cowlThing(X26_115_9) & ~cowlNothing(X26_115_9))
% 220.26/29.95
% 220.26/29.95 [1671] ALPHA_AND : (cowlThing(X26_115_9) & ~cowlNothing(X26_115_9))
% 220.26/29.95 -> [1672] cowlThing(X26_115_9), ~cowlNothing(X26_115_9)
% 220.26/29.95
% 220.26/29.95 [1672] CLOSURE : cowlThing(X26_115_9)
% 220.26/29.95
% 220.26/29.95 [1568] BETA_NOT_AND : ~(=(B25_68_8, B25_68_8) & xsd_string(B25_68_8))
% 220.26/29.95 -> [1606] ~=(B25_68_8, B25_68_8)
% 220.26/29.95 -> [1607] ~xsd_string(B25_68_8)
% 220.26/29.95
% 220.26/29.95 [1606] CLOSURE : ~=(B25_68_8, B25_68_8)
% 220.26/29.95
% 220.26/29.95 [1607] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1814] (cowlThing(X26_144_9) & ~cowlNothing(X26_144_9))
% 220.26/29.95
% 220.26/29.95 [1814] ALPHA_AND : (cowlThing(X26_144_9) & ~cowlNothing(X26_144_9))
% 220.26/29.95 -> [1815] cowlThing(X26_144_9), ~cowlNothing(X26_144_9)
% 220.26/29.95
% 220.26/29.95 [1815] CLOSURE : cowlThing(X26_144_9)
% 220.26/29.95
% 220.26/29.95 [1484] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1578] ((=(B25_71_8, B25_71_8) & xsd_string(B25_71_8)) => xsd_string(B25_71_8))
% 220.26/29.95
% 220.26/29.95 [1578] BETA_IMPLY : ((=(B25_71_8, B25_71_8) & xsd_string(B25_71_8)) => xsd_string(B25_71_8))
% 220.26/29.95 -> [1581] ~(=(B25_71_8, B25_71_8) & xsd_string(B25_71_8))
% 220.26/29.95 -> [1582] xsd_string(B25_71_8)
% 220.26/29.95
% 220.26/29.95 [1582] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1679] (cowlThing(X26_118_9) & ~cowlNothing(X26_118_9))
% 220.26/29.95
% 220.26/29.95 [1679] ALPHA_AND : (cowlThing(X26_118_9) & ~cowlNothing(X26_118_9))
% 220.26/29.95 -> [1680] cowlThing(X26_118_9), ~cowlNothing(X26_118_9)
% 220.26/29.95
% 220.26/29.95 [1680] CLOSURE : cowlThing(X26_118_9)
% 220.26/29.95
% 220.26/29.95 [1581] BETA_NOT_AND : ~(=(B25_71_8, B25_71_8) & xsd_string(B25_71_8))
% 220.26/29.95 -> [1614] ~=(B25_71_8, B25_71_8)
% 220.26/29.95 -> [1615] ~xsd_string(B25_71_8)
% 220.26/29.95
% 220.26/29.95 [1614] CLOSURE : ~=(B25_71_8, B25_71_8)
% 220.26/29.95
% 220.26/29.95 [1615] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1698] (cowlThing(X26_121_9) & ~cowlNothing(X26_121_9))
% 220.26/29.95
% 220.26/29.95 [1698] ALPHA_AND : (cowlThing(X26_121_9) & ~cowlNothing(X26_121_9))
% 220.26/29.95 -> [1699] cowlThing(X26_121_9), ~cowlNothing(X26_121_9)
% 220.26/29.95
% 220.26/29.95 [1699] CLOSURE : cowlThing(X26_121_9)
% 220.26/29.95
% 220.26/29.95 [1300] BETA_NOT_AND : ~(=(B17_42_5, B17_42_5) & rr(B17_42_5, skolem_Y13232(B17_42_5)))
% 220.26/29.95 -> [1333] ~=(B17_42_5, B17_42_5)
% 220.26/29.95 -> [1334] ~rr(B17_42_5, skolem_Y13232(B17_42_5))
% 220.26/29.95
% 220.26/29.95 [1334] CLOSURE : ~rr(B17_42_5, skolem_Y13232(B17_42_5))
% 220.26/29.95
% 220.26/29.95 [1333] CLOSURE : ~=(B17_42_5, B17_42_5)
% 220.26/29.95
% 220.26/29.95 [336] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [377] ((=(B17_16_5, B17_16_5) & rr(B17_16_5, skolem_Y03131(B17_16_5))) => rr(B17_16_5, skolem_Y03131(B17_16_5)))
% 220.26/29.95
% 220.26/29.95 [377] BETA_IMPLY : ((=(B17_16_5, B17_16_5) & rr(B17_16_5, skolem_Y03131(B17_16_5))) => rr(B17_16_5, skolem_Y03131(B17_16_5)))
% 220.26/29.95 -> [380] ~(=(B17_16_5, B17_16_5) & rr(B17_16_5, skolem_Y03131(B17_16_5)))
% 220.26/29.95 -> [381] rr(B17_16_5, skolem_Y03131(B17_16_5))
% 220.26/29.95
% 220.26/29.95 [380] BETA_NOT_AND : ~(=(B17_16_5, B17_16_5) & rr(B17_16_5, skolem_Y03131(B17_16_5)))
% 220.26/29.95 -> [1903] ~=(B17_16_5, B17_16_5)
% 220.26/29.95 -> [1904] ~rr(B17_16_5, skolem_Y03131(B17_16_5))
% 220.26/29.95
% 220.26/29.95 [1904] CLOSURE : ~rr(B17_16_5, skolem_Y03131(B17_16_5))
% 220.26/29.95
% 220.26/29.95 [1903] CLOSURE : ~=(B17_16_5, B17_16_5)
% 220.26/29.95
% 220.26/29.95 [381] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [1973] ((=(skolem_Y03131(C21_46_6), skolem_Y03131(C21_46_6)) & rr(C21_46_6, skolem_Y03131(C21_46_6))) => rr(C21_46_6, skolem_Y03131(C21_46_6)))
% 220.26/29.95
% 220.26/29.95 [1973] BETA_IMPLY : ((=(skolem_Y03131(C21_46_6), skolem_Y03131(C21_46_6)) & rr(C21_46_6, skolem_Y03131(C21_46_6))) => rr(C21_46_6, skolem_Y03131(C21_46_6)))
% 220.26/29.95 -> [1974] ~(=(skolem_Y03131(C21_46_6), skolem_Y03131(C21_46_6)) & rr(C21_46_6, skolem_Y03131(C21_46_6)))
% 220.26/29.95 -> [1975] rr(C21_46_6, skolem_Y03131(C21_46_6))
% 220.26/29.95
% 220.26/29.95 [1974] BETA_NOT_AND : ~(=(skolem_Y03131(C21_46_6), skolem_Y03131(C21_46_6)) & rr(C21_46_6, skolem_Y03131(C21_46_6)))
% 220.26/29.95 -> [1985] ~=(skolem_Y03131(C21_46_6), skolem_Y03131(C21_46_6))
% 220.26/29.95 -> [1986] ~rr(C21_46_6, skolem_Y03131(C21_46_6))
% 220.26/29.95
% 220.26/29.95 [1986] CLOSURE : ~rr(C21_46_6, skolem_Y03131(C21_46_6))
% 220.26/29.95
% 220.26/29.95 [1985] CLOSURE : ~=(skolem_Y03131(C21_46_6), skolem_Y03131(C21_46_6))
% 220.26/29.95
% 220.26/29.95 [1975] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [1992] ((=(B23_45_7, B23_45_7) & xsd_integer(B23_45_7)) => xsd_integer(B23_45_7))
% 220.26/29.95
% 220.26/29.95 [1992] BETA_IMPLY : ((=(B23_45_7, B23_45_7) & xsd_integer(B23_45_7)) => xsd_integer(B23_45_7))
% 220.26/29.95 -> [1993] ~(=(B23_45_7, B23_45_7) & xsd_integer(B23_45_7))
% 220.26/29.95 -> [1994] xsd_integer(B23_45_7)
% 220.26/29.95
% 220.26/29.95 [1993] BETA_NOT_AND : ~(=(B23_45_7, B23_45_7) & xsd_integer(B23_45_7))
% 220.26/29.95 -> [2006] ~=(B23_45_7, B23_45_7)
% 220.26/29.95 -> [2007] ~xsd_integer(B23_45_7)
% 220.26/29.95
% 220.26/29.95 [2006] CLOSURE : ~=(B23_45_7, B23_45_7)
% 220.26/29.95
% 220.26/29.95 [2007] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [2129] ((=(B25_92_8, B25_92_8) & xsd_string(B25_92_8)) => xsd_string(B25_92_8))
% 220.26/29.95
% 220.26/29.95 [2129] BETA_IMPLY : ((=(B25_92_8, B25_92_8) & xsd_string(B25_92_8)) => xsd_string(B25_92_8))
% 220.26/29.95 -> [2130] ~(=(B25_92_8, B25_92_8) & xsd_string(B25_92_8))
% 220.26/29.95 -> [2131] xsd_string(B25_92_8)
% 220.26/29.95
% 220.26/29.95 [2130] BETA_NOT_AND : ~(=(B25_92_8, B25_92_8) & xsd_string(B25_92_8))
% 220.26/29.95 -> [2141] ~=(B25_92_8, B25_92_8)
% 220.26/29.95 -> [2142] ~xsd_string(B25_92_8)
% 220.26/29.95
% 220.26/29.95 [2141] CLOSURE : ~=(B25_92_8, B25_92_8)
% 220.26/29.95
% 220.26/29.95 [2180] BETA_EQUIV : (xsd_string(X27_45_10) <=> ~xsd_integer(X27_45_10))
% 220.26/29.95 -> [2356] ~xsd_string(X27_45_10), ~~xsd_integer(X27_45_10)
% 220.26/29.95 -> [2357] xsd_string(X27_45_10), ~xsd_integer(X27_45_10)
% 220.26/29.95
% 220.26/29.95 [2357] CLOSURE : xsd_string(X27_45_10)
% 220.26/29.95
% 220.26/29.95 [2361] CLOSURE : xsd_integer(X27_45_10)
% 220.26/29.95
% 220.26/29.95 [2236] BETA_EQUIV : (xsd_string(X27_48_10) <=> ~xsd_integer(X27_48_10))
% 220.26/29.95 -> [2574] ~xsd_string(X27_48_10), ~~xsd_integer(X27_48_10)
% 220.26/29.95 -> [2575] xsd_string(X27_48_10), ~xsd_integer(X27_48_10)
% 220.26/29.95
% 220.26/29.95 [2574] ALPHA_NOT_NOT : ~~xsd_integer(X27_48_10)
% 220.26/29.95 -> [2581] xsd_integer(X27_48_10)
% 220.26/29.95
% 220.26/29.95 [2581] CLOSURE : xsd_integer(X27_48_10)
% 220.26/29.95
% 220.26/29.95 [2575] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.95 -> [2584] (cc(X33_39_11) => ~cd(X33_39_11))
% 220.26/29.95
% 220.26/29.95 [2584] BETA_IMPLY : (cc(X33_39_11) => ~cd(X33_39_11))
% 220.26/29.95 -> [2585] ~cc(X33_39_11)
% 220.26/29.95 -> [2586] ~cd(X33_39_11)
% 220.26/29.95
% 220.26/29.95 [2585] CLOSURE : ~cc(X33_39_11)
% 220.26/29.95
% 220.26/29.95 [2586] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [2601] ((rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => =(skolem_Y13030, skolem_Y02929))
% 220.26/29.95
% 220.26/29.95 [2601] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => =(skolem_Y13030, skolem_Y02929))
% 220.26/29.95 -> [2602] ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [2603] =(skolem_Y13030, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [2602] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [2606] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95 -> [2607] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [2607] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [2606] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2603] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [2125] BETA_IMPLY : ((=(A24_91_8, A24_91_8) & xsd_string(A24_91_8)) => xsd_string(A24_91_8))
% 220.26/29.95 -> [2885] ~(=(A24_91_8, A24_91_8) & xsd_string(A24_91_8))
% 220.26/29.95 -> [2886] xsd_string(A24_91_8)
% 220.26/29.95
% 220.26/29.95 [2886] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [2901] (cowlThing(X26_217_9) & ~cowlNothing(X26_217_9))
% 220.26/29.95
% 220.26/29.95 [2901] ALPHA_AND : (cowlThing(X26_217_9) & ~cowlNothing(X26_217_9))
% 220.26/29.95 -> [2907] cowlThing(X26_217_9), ~cowlNothing(X26_217_9)
% 220.26/29.95
% 220.26/29.95 [2907] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [2921] (xsd_string(X27_73_10) <=> ~xsd_integer(X27_73_10))
% 220.26/29.95
% 220.26/29.95 [2921] BETA_EQUIV : (xsd_string(X27_73_10) <=> ~xsd_integer(X27_73_10))
% 220.26/29.95 -> [2922] ~xsd_string(X27_73_10), ~~xsd_integer(X27_73_10)
% 220.26/29.95 -> [2923] xsd_string(X27_73_10), ~xsd_integer(X27_73_10)
% 220.26/29.95
% 220.26/29.95 [2923] CLOSURE : ~xsd_integer(X27_73_10)
% 220.26/29.95
% 220.26/29.95 [2929] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.95 -> [2959] (cc(X33_53_11) => ~cd(X33_53_11))
% 220.26/29.95
% 220.26/29.95 [2959] BETA_IMPLY : (cc(X33_53_11) => ~cd(X33_53_11))
% 220.26/29.95 -> [2960] ~cc(X33_53_11)
% 220.26/29.95 -> [2961] ~cd(X33_53_11)
% 220.26/29.95
% 220.26/29.95 [2960] CLOSURE : ~cc(X33_53_11)
% 220.26/29.95
% 220.26/29.95 [2961] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [2962] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [2962] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [2963] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [2964] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2964] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [2963] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [3599] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [3600] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [3600] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [3599] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [2885] BETA_NOT_AND : ~(=(A24_91_8, A24_91_8) & xsd_string(A24_91_8))
% 220.26/29.95 -> [2887] ~=(A24_91_8, A24_91_8)
% 220.26/29.95 -> [2888] ~xsd_string(A24_91_8)
% 220.26/29.95
% 220.26/29.95 [2887] CLOSURE : ~=(A24_91_8, A24_91_8)
% 220.26/29.95
% 220.26/29.95 [2910] BETA_EQUIV : (xsd_string(X27_72_10) <=> ~xsd_integer(X27_72_10))
% 220.26/29.95 -> [3685] ~xsd_string(X27_72_10), ~~xsd_integer(X27_72_10)
% 220.26/29.95 -> [3686] xsd_string(X27_72_10), ~xsd_integer(X27_72_10)
% 220.26/29.95
% 220.26/29.95 [3686] CLOSURE : ~xsd_integer(X27_72_10)
% 220.26/29.95
% 220.26/29.95 [3685] ALPHA_NOT_NOT : ~~xsd_integer(X27_72_10)
% 220.26/29.95 -> [3704] xsd_integer(X27_72_10)
% 220.26/29.95
% 220.26/29.95 [3704] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.95 -> [3705] (cc(X33_86_11) => ~cd(X33_86_11))
% 220.26/29.95
% 220.26/29.95 [3705] BETA_IMPLY : (cc(X33_86_11) => ~cd(X33_86_11))
% 220.26/29.95 -> [3706] ~cc(X33_86_11)
% 220.26/29.95 -> [3707] ~cd(X33_86_11)
% 220.26/29.95
% 220.26/29.95 [3706] CLOSURE : ~cc(X33_86_11)
% 220.26/29.95
% 220.26/29.95 [3716] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [3829] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [3830] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [3830] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [3829] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [4634] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [4635] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [4635] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [4634] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [116] BETA_IMPLY : ((=(B13_6_3, B13_6_3) & cowlNothing(B13_6_3)) => cowlNothing(B13_6_3))
% 220.26/29.95 -> [6531] ~(=(B13_6_3, B13_6_3) & cowlNothing(B13_6_3))
% 220.26/29.95 -> [6532] cowlNothing(B13_6_3)
% 220.26/29.95
% 220.26/29.95 [6532] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.95 -> [6537] ((=(B15_26_4, B15_26_4) & cowlThing(B15_26_4)) => cowlThing(B15_26_4))
% 220.26/29.95
% 220.26/29.95 [6537] BETA_IMPLY : ((=(B15_26_4, B15_26_4) & cowlThing(B15_26_4)) => cowlThing(B15_26_4))
% 220.26/29.95 -> [6538] ~(=(B15_26_4, B15_26_4) & cowlThing(B15_26_4))
% 220.26/29.95 -> [6539] cowlThing(B15_26_4)
% 220.26/29.95
% 220.26/29.95 [6538] BETA_NOT_AND : ~(=(B15_26_4, B15_26_4) & cowlThing(B15_26_4))
% 220.26/29.95 -> [6540] ~=(B15_26_4, B15_26_4)
% 220.26/29.95 -> [6541] ~cowlThing(B15_26_4)
% 220.26/29.95
% 220.26/29.95 [6540] CLOSURE : ~=(B15_26_4, B15_26_4)
% 220.26/29.95
% 220.26/29.95 [6541] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [6563] ((=(B17_53_5, B17_53_5) & rr(B17_53_5, skolem_Y13232(B17_53_5))) => rr(B17_53_5, skolem_Y13232(B17_53_5)))
% 220.26/29.95
% 220.26/29.95 [6563] BETA_IMPLY : ((=(B17_53_5, B17_53_5) & rr(B17_53_5, skolem_Y13232(B17_53_5))) => rr(B17_53_5, skolem_Y13232(B17_53_5)))
% 220.26/29.95 -> [6564] ~(=(B17_53_5, B17_53_5) & rr(B17_53_5, skolem_Y13232(B17_53_5)))
% 220.26/29.95 -> [6565] rr(B17_53_5, skolem_Y13232(B17_53_5))
% 220.26/29.95
% 220.26/29.95 [6565] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [6609] ((=(B20_58_6, B20_58_6) & rr(C21_58_6, B20_58_6)) => rr(C21_58_6, B20_58_6))
% 220.26/29.95
% 220.26/29.95 [6609] BETA_IMPLY : ((=(B20_58_6, B20_58_6) & rr(C21_58_6, B20_58_6)) => rr(C21_58_6, B20_58_6))
% 220.26/29.95 -> [6610] ~(=(B20_58_6, B20_58_6) & rr(C21_58_6, B20_58_6))
% 220.26/29.95 -> [6611] rr(C21_58_6, B20_58_6)
% 220.26/29.95
% 220.26/29.95 [6610] BETA_NOT_AND : ~(=(B20_58_6, B20_58_6) & rr(C21_58_6, B20_58_6))
% 220.26/29.95 -> [6615] ~=(B20_58_6, B20_58_6)
% 220.26/29.95 -> [6616] ~rr(C21_58_6, B20_58_6)
% 220.26/29.95
% 220.26/29.95 [6616] CLOSURE : ~rr(C21_58_6, B20_58_6)
% 220.26/29.95
% 220.26/29.95 [6615] CLOSURE : ~=(B20_58_6, B20_58_6)
% 220.26/29.95
% 220.26/29.95 [6611] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [6637] ((=(B23_65_7, B23_65_7) & xsd_integer(B23_65_7)) => xsd_integer(B23_65_7))
% 220.26/29.95
% 220.26/29.95 [6637] BETA_IMPLY : ((=(B23_65_7, B23_65_7) & xsd_integer(B23_65_7)) => xsd_integer(B23_65_7))
% 220.26/29.95 -> [6641] ~(=(B23_65_7, B23_65_7) & xsd_integer(B23_65_7))
% 220.26/29.95 -> [6642] xsd_integer(B23_65_7)
% 220.26/29.95
% 220.26/29.95 [6641] BETA_NOT_AND : ~(=(B23_65_7, B23_65_7) & xsd_integer(B23_65_7))
% 220.26/29.95 -> [6649] ~=(B23_65_7, B23_65_7)
% 220.26/29.95 -> [6650] ~xsd_integer(B23_65_7)
% 220.26/29.95
% 220.26/29.95 [6649] CLOSURE : ~=(B23_65_7, B23_65_7)
% 220.26/29.95
% 220.26/29.95 [6650] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [6664] ((=(B25_164_8, B25_164_8) & xsd_string(B25_164_8)) => xsd_string(B25_164_8))
% 220.26/29.95
% 220.26/29.95 [6664] BETA_IMPLY : ((=(B25_164_8, B25_164_8) & xsd_string(B25_164_8)) => xsd_string(B25_164_8))
% 220.26/29.95 -> [6666] ~(=(B25_164_8, B25_164_8) & xsd_string(B25_164_8))
% 220.26/29.95 -> [6667] xsd_string(B25_164_8)
% 220.26/29.95
% 220.26/29.95 [6667] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6684] (cowlThing(X26_431_9) & ~cowlNothing(X26_431_9))
% 220.26/29.95
% 220.26/29.95 [6684] ALPHA_AND : (cowlThing(X26_431_9) & ~cowlNothing(X26_431_9))
% 220.26/29.95 -> [6685] cowlThing(X26_431_9), ~cowlNothing(X26_431_9)
% 220.26/29.95
% 220.26/29.95 [6685] CLOSURE : cowlThing(X26_431_9)
% 220.26/29.95
% 220.26/29.95 [6666] BETA_NOT_AND : ~(=(B25_164_8, B25_164_8) & xsd_string(B25_164_8))
% 220.26/29.95 -> [6674] ~=(B25_164_8, B25_164_8)
% 220.26/29.95 -> [6675] ~xsd_string(B25_164_8)
% 220.26/29.95
% 220.26/29.95 [6674] CLOSURE : ~=(B25_164_8, B25_164_8)
% 220.26/29.95
% 220.26/29.95 [6675] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6687] (cowlThing(X26_432_9) & ~cowlNothing(X26_432_9))
% 220.26/29.95
% 220.26/29.95 [6687] ALPHA_AND : (cowlThing(X26_432_9) & ~cowlNothing(X26_432_9))
% 220.26/29.95 -> [6691] cowlThing(X26_432_9), ~cowlNothing(X26_432_9)
% 220.26/29.95
% 220.26/29.95 [6691] CLOSURE : cowlThing(X26_432_9)
% 220.26/29.95
% 220.26/29.95 [6642] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [6681] ((=(B25_165_8, B25_165_8) & xsd_string(B25_165_8)) => xsd_string(B25_165_8))
% 220.26/29.95
% 220.26/29.95 [6681] BETA_IMPLY : ((=(B25_165_8, B25_165_8) & xsd_string(B25_165_8)) => xsd_string(B25_165_8))
% 220.26/29.95 -> [6682] ~(=(B25_165_8, B25_165_8) & xsd_string(B25_165_8))
% 220.26/29.95 -> [6683] xsd_string(B25_165_8)
% 220.26/29.95
% 220.26/29.95 [6683] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6706] (cowlThing(X26_437_9) & ~cowlNothing(X26_437_9))
% 220.26/29.95
% 220.26/29.95 [6706] ALPHA_AND : (cowlThing(X26_437_9) & ~cowlNothing(X26_437_9))
% 220.26/29.95 -> [6707] cowlThing(X26_437_9), ~cowlNothing(X26_437_9)
% 220.26/29.95
% 220.26/29.95 [6707] CLOSURE : cowlThing(X26_437_9)
% 220.26/29.95
% 220.26/29.95 [6682] BETA_NOT_AND : ~(=(B25_165_8, B25_165_8) & xsd_string(B25_165_8))
% 220.26/29.95 -> [6698] ~=(B25_165_8, B25_165_8)
% 220.26/29.95 -> [6699] ~xsd_string(B25_165_8)
% 220.26/29.95
% 220.26/29.95 [6698] CLOSURE : ~=(B25_165_8, B25_165_8)
% 220.26/29.95
% 220.26/29.95 [6699] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6702] (cowlThing(X26_435_9) & ~cowlNothing(X26_435_9))
% 220.26/29.95
% 220.26/29.95 [6702] ALPHA_AND : (cowlThing(X26_435_9) & ~cowlNothing(X26_435_9))
% 220.26/29.95 -> [6704] cowlThing(X26_435_9), ~cowlNothing(X26_435_9)
% 220.26/29.95
% 220.26/29.95 [6704] CLOSURE : cowlThing(X26_435_9)
% 220.26/29.95
% 220.26/29.95 [6564] BETA_NOT_AND : ~(=(B17_53_5, B17_53_5) & rr(B17_53_5, skolem_Y13232(B17_53_5)))
% 220.26/29.95 -> [6577] ~=(B17_53_5, B17_53_5)
% 220.26/29.95 -> [6578] ~rr(B17_53_5, skolem_Y13232(B17_53_5))
% 220.26/29.95
% 220.26/29.95 [6577] CLOSURE : ~=(B17_53_5, B17_53_5)
% 220.26/29.95
% 220.26/29.95 [6578] CLOSURE : ~rr(B17_53_5, skolem_Y13232(B17_53_5))
% 220.26/29.95
% 220.26/29.95 [6539] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [6551] ((=(B17_52_5, B17_52_5) & rr(B17_52_5, skolem_Y13232(B17_52_5))) => rr(B17_52_5, skolem_Y13232(B17_52_5)))
% 220.26/29.95
% 220.26/29.95 [6551] BETA_IMPLY : ((=(B17_52_5, B17_52_5) & rr(B17_52_5, skolem_Y13232(B17_52_5))) => rr(B17_52_5, skolem_Y13232(B17_52_5)))
% 220.26/29.95 -> [6552] ~(=(B17_52_5, B17_52_5) & rr(B17_52_5, skolem_Y13232(B17_52_5)))
% 220.26/29.95 -> [6553] rr(B17_52_5, skolem_Y13232(B17_52_5))
% 220.26/29.95
% 220.26/29.95 [6552] BETA_NOT_AND : ~(=(B17_52_5, B17_52_5) & rr(B17_52_5, skolem_Y13232(B17_52_5)))
% 220.26/29.95 -> [6556] ~=(B17_52_5, B17_52_5)
% 220.26/29.95 -> [6557] ~rr(B17_52_5, skolem_Y13232(B17_52_5))
% 220.26/29.95
% 220.26/29.95 [6556] CLOSURE : ~=(B17_52_5, B17_52_5)
% 220.26/29.95
% 220.26/29.95 [6557] CLOSURE : ~rr(B17_52_5, skolem_Y13232(B17_52_5))
% 220.26/29.95
% 220.26/29.95 [6553] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [6569] ((=(skolem_Y03131(C21_55_6), skolem_Y03131(C21_55_6)) & rr(C21_55_6, skolem_Y03131(C21_55_6))) => rr(C21_55_6, skolem_Y03131(C21_55_6)))
% 220.26/29.95
% 220.26/29.95 [6569] BETA_IMPLY : ((=(skolem_Y03131(C21_55_6), skolem_Y03131(C21_55_6)) & rr(C21_55_6, skolem_Y03131(C21_55_6))) => rr(C21_55_6, skolem_Y03131(C21_55_6)))
% 220.26/29.95 -> [6570] ~(=(skolem_Y03131(C21_55_6), skolem_Y03131(C21_55_6)) & rr(C21_55_6, skolem_Y03131(C21_55_6)))
% 220.26/29.95 -> [6571] rr(C21_55_6, skolem_Y03131(C21_55_6))
% 220.26/29.95
% 220.26/29.95 [6571] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [6585] ((=(B23_63_7, B23_63_7) & xsd_integer(B23_63_7)) => xsd_integer(B23_63_7))
% 220.26/29.95
% 220.26/29.95 [6585] BETA_IMPLY : ((=(B23_63_7, B23_63_7) & xsd_integer(B23_63_7)) => xsd_integer(B23_63_7))
% 220.26/29.95 -> [6586] ~(=(B23_63_7, B23_63_7) & xsd_integer(B23_63_7))
% 220.26/29.95 -> [6587] xsd_integer(B23_63_7)
% 220.26/29.95
% 220.26/29.95 [6586] BETA_NOT_AND : ~(=(B23_63_7, B23_63_7) & xsd_integer(B23_63_7))
% 220.26/29.95 -> [6591] ~=(B23_63_7, B23_63_7)
% 220.26/29.95 -> [6592] ~xsd_integer(B23_63_7)
% 220.26/29.95
% 220.26/29.95 [6591] CLOSURE : ~=(B23_63_7, B23_63_7)
% 220.26/29.95
% 220.26/29.95 [6592] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [6617] ((=(B25_160_8, B25_160_8) & xsd_string(B25_160_8)) => xsd_string(B25_160_8))
% 220.26/29.95
% 220.26/29.95 [6617] BETA_IMPLY : ((=(B25_160_8, B25_160_8) & xsd_string(B25_160_8)) => xsd_string(B25_160_8))
% 220.26/29.95 -> [6620] ~(=(B25_160_8, B25_160_8) & xsd_string(B25_160_8))
% 220.26/29.95 -> [6621] xsd_string(B25_160_8)
% 220.26/29.95
% 220.26/29.95 [6621] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6627] (cowlThing(X26_422_9) & ~cowlNothing(X26_422_9))
% 220.26/29.95
% 220.26/29.95 [6627] ALPHA_AND : (cowlThing(X26_422_9) & ~cowlNothing(X26_422_9))
% 220.26/29.95 -> [6629] cowlThing(X26_422_9), ~cowlNothing(X26_422_9)
% 220.26/29.95
% 220.26/29.95 [6629] CLOSURE : ~cowlNothing(X26_422_9)
% 220.26/29.95
% 220.26/29.95 [6620] BETA_NOT_AND : ~(=(B25_160_8, B25_160_8) & xsd_string(B25_160_8))
% 220.26/29.95 -> [6622] ~=(B25_160_8, B25_160_8)
% 220.26/29.95 -> [6623] ~xsd_string(B25_160_8)
% 220.26/29.95
% 220.26/29.95 [6622] CLOSURE : ~=(B25_160_8, B25_160_8)
% 220.26/29.95
% 220.26/29.95 [6623] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6636] (cowlThing(X26_424_9) & ~cowlNothing(X26_424_9))
% 220.26/29.95
% 220.26/29.95 [6636] ALPHA_AND : (cowlThing(X26_424_9) & ~cowlNothing(X26_424_9))
% 220.26/29.95 -> [6640] cowlThing(X26_424_9), ~cowlNothing(X26_424_9)
% 220.26/29.95
% 220.26/29.95 [6640] CLOSURE : ~cowlNothing(X26_424_9)
% 220.26/29.95
% 220.26/29.95 [6587] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [6651] ((=(B25_163_8, B25_163_8) & xsd_string(B25_163_8)) => xsd_string(B25_163_8))
% 220.26/29.95
% 220.26/29.95 [6651] BETA_IMPLY : ((=(B25_163_8, B25_163_8) & xsd_string(B25_163_8)) => xsd_string(B25_163_8))
% 220.26/29.95 -> [6652] ~(=(B25_163_8, B25_163_8) & xsd_string(B25_163_8))
% 220.26/29.95 -> [6653] xsd_string(B25_163_8)
% 220.26/29.95
% 220.26/29.95 [6653] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6670] (cowlThing(X26_429_9) & ~cowlNothing(X26_429_9))
% 220.26/29.95
% 220.26/29.95 [6670] ALPHA_AND : (cowlThing(X26_429_9) & ~cowlNothing(X26_429_9))
% 220.26/29.95 -> [6671] cowlThing(X26_429_9), ~cowlNothing(X26_429_9)
% 220.26/29.95
% 220.26/29.95 [6671] CLOSURE : ~cowlNothing(X26_429_9)
% 220.26/29.95
% 220.26/29.95 [6652] BETA_NOT_AND : ~(=(B25_163_8, B25_163_8) & xsd_string(B25_163_8))
% 220.26/29.95 -> [6656] ~=(B25_163_8, B25_163_8)
% 220.26/29.95 -> [6657] ~xsd_string(B25_163_8)
% 220.26/29.95
% 220.26/29.95 [6657] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6688] (cowlThing(X26_433_9) & ~cowlNothing(X26_433_9))
% 220.26/29.95
% 220.26/29.95 [6688] ALPHA_AND : (cowlThing(X26_433_9) & ~cowlNothing(X26_433_9))
% 220.26/29.95 -> [6692] cowlThing(X26_433_9), ~cowlNothing(X26_433_9)
% 220.26/29.95
% 220.26/29.95 [6692] CLOSURE : ~cowlNothing(X26_433_9)
% 220.26/29.95
% 220.26/29.95 [6656] CLOSURE : ~=(B25_163_8, B25_163_8)
% 220.26/29.95
% 220.26/29.95 [6570] BETA_NOT_AND : ~(=(skolem_Y03131(C21_55_6), skolem_Y03131(C21_55_6)) & rr(C21_55_6, skolem_Y03131(C21_55_6)))
% 220.26/29.95 -> [6581] ~=(skolem_Y03131(C21_55_6), skolem_Y03131(C21_55_6))
% 220.26/29.95 -> [6582] ~rr(C21_55_6, skolem_Y03131(C21_55_6))
% 220.26/29.95
% 220.26/29.95 [6582] CLOSURE : ~rr(C21_55_6, skolem_Y03131(C21_55_6))
% 220.26/29.95
% 220.26/29.95 [6581] CLOSURE : ~=(skolem_Y03131(C21_55_6), skolem_Y03131(C21_55_6))
% 220.26/29.95
% 220.26/29.95 [6531] BETA_NOT_AND : ~(=(B13_6_3, B13_6_3) & cowlNothing(B13_6_3))
% 220.26/29.95 -> [6535] ~=(B13_6_3, B13_6_3)
% 220.26/29.95 -> [6536] ~cowlNothing(B13_6_3)
% 220.26/29.95
% 220.26/29.95 [6536] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.95 -> [6544] ((=(B15_27_4, B15_27_4) & cowlThing(B15_27_4)) => cowlThing(B15_27_4))
% 220.26/29.95
% 220.26/29.95 [6544] BETA_IMPLY : ((=(B15_27_4, B15_27_4) & cowlThing(B15_27_4)) => cowlThing(B15_27_4))
% 220.26/29.95 -> [6547] ~(=(B15_27_4, B15_27_4) & cowlThing(B15_27_4))
% 220.26/29.95 -> [6548] cowlThing(B15_27_4)
% 220.26/29.95
% 220.26/29.95 [6547] BETA_NOT_AND : ~(=(B15_27_4, B15_27_4) & cowlThing(B15_27_4))
% 220.26/29.95 -> [6554] ~=(B15_27_4, B15_27_4)
% 220.26/29.95 -> [6555] ~cowlThing(B15_27_4)
% 220.26/29.95
% 220.26/29.95 [6554] CLOSURE : ~=(B15_27_4, B15_27_4)
% 220.26/29.95
% 220.26/29.95 [6555] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [6574] ((=(B17_55_5, B17_55_5) & rr(B17_55_5, skolem_Y13232(B17_55_5))) => rr(B17_55_5, skolem_Y13232(B17_55_5)))
% 220.26/29.95
% 220.26/29.95 [6574] BETA_IMPLY : ((=(B17_55_5, B17_55_5) & rr(B17_55_5, skolem_Y13232(B17_55_5))) => rr(B17_55_5, skolem_Y13232(B17_55_5)))
% 220.26/29.95 -> [6575] ~(=(B17_55_5, B17_55_5) & rr(B17_55_5, skolem_Y13232(B17_55_5)))
% 220.26/29.95 -> [6576] rr(B17_55_5, skolem_Y13232(B17_55_5))
% 220.26/29.95
% 220.26/29.95 [6575] BETA_NOT_AND : ~(=(B17_55_5, B17_55_5) & rr(B17_55_5, skolem_Y13232(B17_55_5)))
% 220.26/29.95 -> [6583] ~=(B17_55_5, B17_55_5)
% 220.26/29.95 -> [6584] ~rr(B17_55_5, skolem_Y13232(B17_55_5))
% 220.26/29.95
% 220.26/29.95 [6583] CLOSURE : ~=(B17_55_5, B17_55_5)
% 220.26/29.95
% 220.26/29.95 [6584] CLOSURE : ~rr(B17_55_5, skolem_Y13232(B17_55_5))
% 220.26/29.95
% 220.26/29.95 [6576] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [6593] ((=(B20_57_6, B20_57_6) & rr(C21_57_6, B20_57_6)) => rr(C21_57_6, B20_57_6))
% 220.26/29.95
% 220.26/29.95 [6593] BETA_IMPLY : ((=(B20_57_6, B20_57_6) & rr(C21_57_6, B20_57_6)) => rr(C21_57_6, B20_57_6))
% 220.26/29.95 -> [6594] ~(=(B20_57_6, B20_57_6) & rr(C21_57_6, B20_57_6))
% 220.26/29.95 -> [6595] rr(C21_57_6, B20_57_6)
% 220.26/29.95
% 220.26/29.95 [6594] BETA_NOT_AND : ~(=(B20_57_6, B20_57_6) & rr(C21_57_6, B20_57_6))
% 220.26/29.95 -> [6600] ~=(B20_57_6, B20_57_6)
% 220.26/29.95 -> [6601] ~rr(C21_57_6, B20_57_6)
% 220.26/29.95
% 220.26/29.95 [6601] CLOSURE : ~rr(C21_57_6, B20_57_6)
% 220.26/29.95
% 220.26/29.95 [6600] CLOSURE : ~=(B20_57_6, B20_57_6)
% 220.26/29.95
% 220.26/29.95 [6595] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [6602] ((=(B23_64_7, B23_64_7) & xsd_integer(B23_64_7)) => xsd_integer(B23_64_7))
% 220.26/29.95
% 220.26/29.95 [6602] BETA_IMPLY : ((=(B23_64_7, B23_64_7) & xsd_integer(B23_64_7)) => xsd_integer(B23_64_7))
% 220.26/29.95 -> [6603] ~(=(B23_64_7, B23_64_7) & xsd_integer(B23_64_7))
% 220.26/29.95 -> [6604] xsd_integer(B23_64_7)
% 220.26/29.95
% 220.26/29.95 [6603] BETA_NOT_AND : ~(=(B23_64_7, B23_64_7) & xsd_integer(B23_64_7))
% 220.26/29.95 -> [6607] ~=(B23_64_7, B23_64_7)
% 220.26/29.95 -> [6608] ~xsd_integer(B23_64_7)
% 220.26/29.95
% 220.26/29.95 [6607] CLOSURE : ~=(B23_64_7, B23_64_7)
% 220.26/29.95
% 220.26/29.95 [6608] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [6628] ((=(B25_162_8, B25_162_8) & xsd_string(B25_162_8)) => xsd_string(B25_162_8))
% 220.26/29.95
% 220.26/29.95 [6628] BETA_IMPLY : ((=(B25_162_8, B25_162_8) & xsd_string(B25_162_8)) => xsd_string(B25_162_8))
% 220.26/29.95 -> [6630] ~(=(B25_162_8, B25_162_8) & xsd_string(B25_162_8))
% 220.26/29.95 -> [6631] xsd_string(B25_162_8)
% 220.26/29.95
% 220.26/29.95 [6630] BETA_NOT_AND : ~(=(B25_162_8, B25_162_8) & xsd_string(B25_162_8))
% 220.26/29.95 -> [6647] ~=(B25_162_8, B25_162_8)
% 220.26/29.95 -> [6648] ~xsd_string(B25_162_8)
% 220.26/29.95
% 220.26/29.95 [6647] CLOSURE : ~=(B25_162_8, B25_162_8)
% 220.26/29.95
% 220.26/29.95 [6648] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6660] (cowlThing(X26_428_9) & ~cowlNothing(X26_428_9))
% 220.26/29.95
% 220.26/29.95 [6660] ALPHA_AND : (cowlThing(X26_428_9) & ~cowlNothing(X26_428_9))
% 220.26/29.95 -> [6661] cowlThing(X26_428_9), ~cowlNothing(X26_428_9)
% 220.26/29.95
% 220.26/29.95 [6661] CLOSURE : cowlThing(X26_428_9)
% 220.26/29.95
% 220.26/29.95 [6631] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6739] (cowlThing(X26_441_9) & ~cowlNothing(X26_441_9))
% 220.26/29.95
% 220.26/29.95 [6739] ALPHA_AND : (cowlThing(X26_441_9) & ~cowlNothing(X26_441_9))
% 220.26/29.95 -> [6743] cowlThing(X26_441_9), ~cowlNothing(X26_441_9)
% 220.26/29.95
% 220.26/29.95 [6743] CLOSURE : cowlThing(X26_441_9)
% 220.26/29.95
% 220.26/29.95 [6604] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [6624] ((=(B25_161_8, B25_161_8) & xsd_string(B25_161_8)) => xsd_string(B25_161_8))
% 220.26/29.95
% 220.26/29.95 [6624] BETA_IMPLY : ((=(B25_161_8, B25_161_8) & xsd_string(B25_161_8)) => xsd_string(B25_161_8))
% 220.26/29.95 -> [6625] ~(=(B25_161_8, B25_161_8) & xsd_string(B25_161_8))
% 220.26/29.95 -> [6626] xsd_string(B25_161_8)
% 220.26/29.95
% 220.26/29.95 [6626] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6654] (cowlThing(X26_426_9) & ~cowlNothing(X26_426_9))
% 220.26/29.95
% 220.26/29.95 [6654] ALPHA_AND : (cowlThing(X26_426_9) & ~cowlNothing(X26_426_9))
% 220.26/29.95 -> [6655] cowlThing(X26_426_9), ~cowlNothing(X26_426_9)
% 220.26/29.95
% 220.26/29.95 [6655] CLOSURE : cowlThing(X26_426_9)
% 220.26/29.95
% 220.26/29.95 [6625] BETA_NOT_AND : ~(=(B25_161_8, B25_161_8) & xsd_string(B25_161_8))
% 220.26/29.95 -> [6633] ~=(B25_161_8, B25_161_8)
% 220.26/29.95 -> [6634] ~xsd_string(B25_161_8)
% 220.26/29.95
% 220.26/29.95 [6633] CLOSURE : ~=(B25_161_8, B25_161_8)
% 220.26/29.95
% 220.26/29.95 [6634] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [6746] (cowlThing(X26_443_9) & ~cowlNothing(X26_443_9))
% 220.26/29.95
% 220.26/29.95 [6746] ALPHA_AND : (cowlThing(X26_443_9) & ~cowlNothing(X26_443_9))
% 220.26/29.95 -> [6748] cowlThing(X26_443_9), ~cowlNothing(X26_443_9)
% 220.26/29.95
% 220.26/29.95 [6748] CLOSURE : cowlThing(X26_443_9)
% 220.26/29.95
% 220.26/29.95 [6566] BETA_IMPLY : ((=(B17_54_5, B17_54_5) & rr(B17_54_5, skolem_Y03131(B17_54_5))) => rr(B17_54_5, skolem_Y03131(B17_54_5)))
% 220.26/29.95 -> [8299] ~(=(B17_54_5, B17_54_5) & rr(B17_54_5, skolem_Y03131(B17_54_5)))
% 220.26/29.95 -> [8300] rr(B17_54_5, skolem_Y03131(B17_54_5))
% 220.26/29.95
% 220.26/29.95 [8300] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [8314] ((=(skolem_Y03131(C21_63_6), skolem_Y03131(C21_63_6)) & rr(C21_63_6, skolem_Y03131(C21_63_6))) => rr(C21_63_6, skolem_Y03131(C21_63_6)))
% 220.26/29.95
% 220.26/29.95 [8314] BETA_IMPLY : ((=(skolem_Y03131(C21_63_6), skolem_Y03131(C21_63_6)) & rr(C21_63_6, skolem_Y03131(C21_63_6))) => rr(C21_63_6, skolem_Y03131(C21_63_6)))
% 220.26/29.95 -> [8315] ~(=(skolem_Y03131(C21_63_6), skolem_Y03131(C21_63_6)) & rr(C21_63_6, skolem_Y03131(C21_63_6)))
% 220.26/29.95 -> [8316] rr(C21_63_6, skolem_Y03131(C21_63_6))
% 220.26/29.95
% 220.26/29.95 [8315] BETA_NOT_AND : ~(=(skolem_Y03131(C21_63_6), skolem_Y03131(C21_63_6)) & rr(C21_63_6, skolem_Y03131(C21_63_6)))
% 220.26/29.95 -> [8317] ~=(skolem_Y03131(C21_63_6), skolem_Y03131(C21_63_6))
% 220.26/29.95 -> [8318] ~rr(C21_63_6, skolem_Y03131(C21_63_6))
% 220.26/29.95
% 220.26/29.95 [8318] CLOSURE : ~rr(C21_63_6, skolem_Y03131(C21_63_6))
% 220.26/29.95
% 220.26/29.95 [8317] CLOSURE : ~=(skolem_Y03131(C21_63_6), skolem_Y03131(C21_63_6))
% 220.26/29.95
% 220.26/29.95 [8321] BETA_IMPLY : ((=(B23_73_7, B23_73_7) & xsd_integer(B23_73_7)) => xsd_integer(B23_73_7))
% 220.26/29.95 -> [8732] ~(=(B23_73_7, B23_73_7) & xsd_integer(B23_73_7))
% 220.26/29.95 -> [8733] xsd_integer(B23_73_7)
% 220.26/29.95
% 220.26/29.95 [8733] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [8739] ((=(B23_73_7, B23_73_7) & xsd_string(B23_73_7)) => xsd_string(B23_73_7))
% 220.26/29.95
% 220.26/29.95 [8739] BETA_IMPLY : ((=(B23_73_7, B23_73_7) & xsd_string(B23_73_7)) => xsd_string(B23_73_7))
% 220.26/29.95 -> [8740] ~(=(B23_73_7, B23_73_7) & xsd_string(B23_73_7))
% 220.26/29.95 -> [8741] xsd_string(B23_73_7)
% 220.26/29.95
% 220.26/29.95 [8741] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [8767] (cowlThing(X26_558_9) & ~cowlNothing(X26_558_9))
% 220.26/29.95
% 220.26/29.95 [8767] ALPHA_AND : (cowlThing(X26_558_9) & ~cowlNothing(X26_558_9))
% 220.26/29.95 -> [8770] cowlThing(X26_558_9), ~cowlNothing(X26_558_9)
% 220.26/29.95
% 220.26/29.95 [8770] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [8797] (xsd_string(X27_383_10) <=> ~xsd_integer(X27_383_10))
% 220.26/29.95
% 220.26/29.95 [8797] BETA_EQUIV : (xsd_string(X27_383_10) <=> ~xsd_integer(X27_383_10))
% 220.26/29.95 -> [8798] ~xsd_string(X27_383_10), ~~xsd_integer(X27_383_10)
% 220.26/29.95 -> [8799] xsd_string(X27_383_10), ~xsd_integer(X27_383_10)
% 220.26/29.95
% 220.26/29.95 [8798] ALPHA_NOT_NOT : ~~xsd_integer(X27_383_10)
% 220.26/29.95 -> [8807] xsd_integer(X27_383_10)
% 220.26/29.95
% 220.26/29.95 [8807] CLOSURE : ~~xsd_integer(X27_383_10)
% 220.26/29.95
% 220.26/29.95 [8799] CLOSURE : ~xsd_integer(X27_383_10)
% 220.26/29.95
% 220.26/29.95 [8740] BETA_NOT_AND : ~(=(B23_73_7, B23_73_7) & xsd_string(B23_73_7))
% 220.26/29.95 -> [8958] ~=(B23_73_7, B23_73_7)
% 220.26/29.95 -> [8959] ~xsd_string(B23_73_7)
% 220.26/29.95
% 220.26/29.95 [8958] CLOSURE : ~=(B23_73_7, B23_73_7)
% 220.26/29.95
% 220.26/29.95 [8974] BETA_EQUIV : (xsd_string(X27_393_10) <=> ~xsd_integer(X27_393_10))
% 220.26/29.95 -> [9085] ~xsd_string(X27_393_10), ~~xsd_integer(X27_393_10)
% 220.26/29.95 -> [9086] xsd_string(X27_393_10), ~xsd_integer(X27_393_10)
% 220.26/29.95
% 220.26/29.95 [9086] CLOSURE : ~xsd_integer(X27_393_10)
% 220.26/29.95
% 220.26/29.95 [9106] BETA_IMPLY : (cc(X33_321_11) => ~cd(X33_321_11))
% 220.26/29.95 -> [9156] ~cc(X33_321_11)
% 220.26/29.95 -> [9157] ~cd(X33_321_11)
% 220.26/29.95
% 220.26/29.95 [9156] CLOSURE : ~cc(X33_321_11)
% 220.26/29.95
% 220.26/29.95 [9157] CLOSURE : ~cd(X33_321_11)
% 220.26/29.95
% 220.26/29.95 [8732] BETA_NOT_AND : ~(=(B23_73_7, B23_73_7) & xsd_integer(B23_73_7))
% 220.26/29.95 -> [9235] ~=(B23_73_7, B23_73_7)
% 220.26/29.95 -> [9236] ~xsd_integer(B23_73_7)
% 220.26/29.95
% 220.26/29.95 [9235] CLOSURE : ~=(B23_73_7, B23_73_7)
% 220.26/29.95
% 220.26/29.95 [9236] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [9238] ((=(A24_213_8, A24_213_8) & xsd_string(A24_213_8)) => xsd_string(A24_213_8))
% 220.26/29.95
% 220.26/29.95 [9238] BETA_IMPLY : ((=(A24_213_8, A24_213_8) & xsd_string(A24_213_8)) => xsd_string(A24_213_8))
% 220.26/29.95 -> [9239] ~(=(A24_213_8, A24_213_8) & xsd_string(A24_213_8))
% 220.26/29.95 -> [9240] xsd_string(A24_213_8)
% 220.26/29.95
% 220.26/29.95 [9240] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [9247] (cowlThing(X26_585_9) & ~cowlNothing(X26_585_9))
% 220.26/29.95
% 220.26/29.95 [9247] ALPHA_AND : (cowlThing(X26_585_9) & ~cowlNothing(X26_585_9))
% 220.26/29.95 -> [9248] cowlThing(X26_585_9), ~cowlNothing(X26_585_9)
% 220.26/29.95
% 220.26/29.95 [9248] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [9255] (xsd_string(X27_410_10) <=> ~xsd_integer(X27_410_10))
% 220.26/29.95
% 220.26/29.95 [9255] BETA_EQUIV : (xsd_string(X27_410_10) <=> ~xsd_integer(X27_410_10))
% 220.26/29.95 -> [9258] ~xsd_string(X27_410_10), ~~xsd_integer(X27_410_10)
% 220.26/29.95 -> [9259] xsd_string(X27_410_10), ~xsd_integer(X27_410_10)
% 220.26/29.95
% 220.26/29.95 [9258] ALPHA_NOT_NOT : ~~xsd_integer(X27_410_10)
% 220.26/29.95 -> [9269] xsd_integer(X27_410_10)
% 220.26/29.95
% 220.26/29.95 [9269] CLOSURE : xsd_integer(X27_410_10)
% 220.26/29.95
% 220.26/29.95 [9259] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.95 -> [9277] (cc(X33_332_11) => ~cd(X33_332_11))
% 220.26/29.95
% 220.26/29.95 [9277] BETA_IMPLY : (cc(X33_332_11) => ~cd(X33_332_11))
% 220.26/29.95 -> [9278] ~cc(X33_332_11)
% 220.26/29.95 -> [9279] ~cd(X33_332_11)
% 220.26/29.95
% 220.26/29.95 [9279] CLOSURE : ~cd(X33_332_11)
% 220.26/29.95
% 220.26/29.95 [9278] CLOSURE : ~cc(X33_332_11)
% 220.26/29.95
% 220.26/29.95 [9239] BETA_NOT_AND : ~(=(A24_213_8, A24_213_8) & xsd_string(A24_213_8))
% 220.26/29.95 -> [9241] ~=(A24_213_8, A24_213_8)
% 220.26/29.95 -> [9242] ~xsd_string(A24_213_8)
% 220.26/29.95
% 220.26/29.95 [9241] CLOSURE : ~=(A24_213_8, A24_213_8)
% 220.26/29.95
% 220.26/29.95 [9254] BETA_EQUIV : (xsd_string(X27_409_10) <=> ~xsd_integer(X27_409_10))
% 220.26/29.95 -> [9317] ~xsd_string(X27_409_10), ~~xsd_integer(X27_409_10)
% 220.26/29.95 -> [9318] xsd_string(X27_409_10), ~xsd_integer(X27_409_10)
% 220.26/29.95
% 220.26/29.95 [9317] ALPHA_NOT_NOT : ~~xsd_integer(X27_409_10)
% 220.26/29.95 -> [9323] xsd_integer(X27_409_10)
% 220.26/29.95
% 220.26/29.95 [9323] CLOSURE : xsd_integer(X27_409_10)
% 220.26/29.95
% 220.26/29.95 [9318] CLOSURE : xsd_string(X27_409_10)
% 220.26/29.95
% 220.26/29.95 [8299] BETA_NOT_AND : ~(=(B17_54_5, B17_54_5) & rr(B17_54_5, skolem_Y03131(B17_54_5)))
% 220.26/29.95 -> [9335] ~=(B17_54_5, B17_54_5)
% 220.26/29.95 -> [9336] ~rr(B17_54_5, skolem_Y03131(B17_54_5))
% 220.26/29.95
% 220.26/29.95 [9336] CLOSURE : ~rr(B17_54_5, skolem_Y03131(B17_54_5))
% 220.26/29.95
% 220.26/29.95 [9335] CLOSURE : ~=(B17_54_5, B17_54_5)
% 220.26/29.95
% 220.26/29.95 [6535] CLOSURE : ~=(B13_6_3, B13_6_3)
% 220.26/29.95
% 220.26/29.95 [15] GAMMA_FORALL : ! [A8_8, B9_9] : (((=(A8_8, B9_9) & cc(A8_8)) => cc(B9_9)))
% 220.26/29.95 -> [19] ((=(B9_0_1, B9_0_1) & cc(B9_0_1)) => cc(B9_0_1))
% 220.26/29.95
% 220.26/29.95 [19] BETA_IMPLY : ((=(B9_0_1, B9_0_1) & cc(B9_0_1)) => cc(B9_0_1))
% 220.26/29.95 -> [22] ~(=(B9_0_1, B9_0_1) & cc(B9_0_1))
% 220.26/29.95 -> [23] cc(B9_0_1)
% 220.26/29.95
% 220.26/29.95 [22] BETA_NOT_AND : ~(=(B9_0_1, B9_0_1) & cc(B9_0_1))
% 220.26/29.95 -> [24] ~=(B9_0_1, B9_0_1)
% 220.26/29.95 -> [25] ~cc(B9_0_1)
% 220.26/29.95
% 220.26/29.95 [24] CLOSURE : ~=(B9_0_1, B9_0_1)
% 220.26/29.95
% 220.26/29.95 [25] GAMMA_FORALL : ! [A10_10, B11_11] : (((=(A10_10, B11_11) & cd(A10_10)) => cd(B11_11)))
% 220.26/29.95 -> [31] ((=(B11_1_2, B11_1_2) & cd(B11_1_2)) => cd(B11_1_2))
% 220.26/29.95
% 220.26/29.95 [31] BETA_IMPLY : ((=(B11_1_2, B11_1_2) & cd(B11_1_2)) => cd(B11_1_2))
% 220.26/29.95 -> [36] ~(=(B11_1_2, B11_1_2) & cd(B11_1_2))
% 220.26/29.95 -> [37] cd(B11_1_2)
% 220.26/29.95
% 220.26/29.95 [36] BETA_NOT_AND : ~(=(B11_1_2, B11_1_2) & cd(B11_1_2))
% 220.26/29.95 -> [42] ~=(B11_1_2, B11_1_2)
% 220.26/29.95 -> [43] ~cd(B11_1_2)
% 220.26/29.95
% 220.26/29.95 [42] CLOSURE : ~=(B11_1_2, B11_1_2)
% 220.26/29.95
% 220.26/29.95 [43] GAMMA_FORALL : ! [A12_12, B13_13] : (((=(A12_12, B13_13) & cowlNothing(A12_12)) => cowlNothing(B13_13)))
% 220.26/29.95 -> [46] ((=(B13_0_3, B13_0_3) & cowlNothing(B13_0_3)) => cowlNothing(B13_0_3))
% 220.26/29.95
% 220.26/29.95 [46] BETA_IMPLY : ((=(B13_0_3, B13_0_3) & cowlNothing(B13_0_3)) => cowlNothing(B13_0_3))
% 220.26/29.95 -> [47] ~(=(B13_0_3, B13_0_3) & cowlNothing(B13_0_3))
% 220.26/29.95 -> [48] cowlNothing(B13_0_3)
% 220.26/29.95
% 220.26/29.95 [48] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.95 -> [70] ((=(B15_1_4, B15_1_4) & cowlThing(B15_1_4)) => cowlThing(B15_1_4))
% 220.26/29.95
% 220.26/29.95 [70] BETA_IMPLY : ((=(B15_1_4, B15_1_4) & cowlThing(B15_1_4)) => cowlThing(B15_1_4))
% 220.26/29.95 -> [75] ~(=(B15_1_4, B15_1_4) & cowlThing(B15_1_4))
% 220.26/29.95 -> [76] cowlThing(B15_1_4)
% 220.26/29.95
% 220.26/29.95 [75] BETA_NOT_AND : ~(=(B15_1_4, B15_1_4) & cowlThing(B15_1_4))
% 220.26/29.95 -> [94] ~=(B15_1_4, B15_1_4)
% 220.26/29.95 -> [95] ~cowlThing(B15_1_4)
% 220.26/29.95
% 220.26/29.95 [94] CLOSURE : ~=(B15_1_4, B15_1_4)
% 220.26/29.95
% 220.26/29.95 [95] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [142] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95
% 220.26/29.95 [142] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [143] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [144] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [143] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [163] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95 -> [164] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [164] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [163] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95
% 220.26/29.95 [144] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [178] ((=(B20_0_6, B20_0_6) & rr(C21_0_6, B20_0_6)) => rr(C21_0_6, B20_0_6))
% 220.26/29.95
% 220.26/29.95 [178] BETA_IMPLY : ((=(B20_0_6, B20_0_6) & rr(C21_0_6, B20_0_6)) => rr(C21_0_6, B20_0_6))
% 220.26/29.95 -> [180] ~(=(B20_0_6, B20_0_6) & rr(C21_0_6, B20_0_6))
% 220.26/29.95 -> [181] rr(C21_0_6, B20_0_6)
% 220.26/29.95
% 220.26/29.95 [180] BETA_NOT_AND : ~(=(B20_0_6, B20_0_6) & rr(C21_0_6, B20_0_6))
% 220.26/29.95 -> [204] ~=(B20_0_6, B20_0_6)
% 220.26/29.95 -> [205] ~rr(C21_0_6, B20_0_6)
% 220.26/29.95
% 220.26/29.95 [205] CLOSURE : ~rr(C21_0_6, B20_0_6)
% 220.26/29.95
% 220.26/29.95 [204] CLOSURE : ~=(B20_0_6, B20_0_6)
% 220.26/29.95
% 220.26/29.95 [181] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [230] ((=(B23_0_7, B23_0_7) & xsd_integer(B23_0_7)) => xsd_integer(B23_0_7))
% 220.26/29.95
% 220.26/29.95 [230] BETA_IMPLY : ((=(B23_0_7, B23_0_7) & xsd_integer(B23_0_7)) => xsd_integer(B23_0_7))
% 220.26/29.95 -> [232] ~(=(B23_0_7, B23_0_7) & xsd_integer(B23_0_7))
% 220.26/29.95 -> [233] xsd_integer(B23_0_7)
% 220.26/29.95
% 220.26/29.95 [232] BETA_NOT_AND : ~(=(B23_0_7, B23_0_7) & xsd_integer(B23_0_7))
% 220.26/29.95 -> [248] ~=(B23_0_7, B23_0_7)
% 220.26/29.95 -> [249] ~xsd_integer(B23_0_7)
% 220.26/29.95
% 220.26/29.95 [248] CLOSURE : ~=(B23_0_7, B23_0_7)
% 220.26/29.95
% 220.26/29.95 [249] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [286] ((=(B25_0_8, B25_0_8) & xsd_string(B25_0_8)) => xsd_string(B25_0_8))
% 220.26/29.95
% 220.26/29.95 [286] BETA_IMPLY : ((=(B25_0_8, B25_0_8) & xsd_string(B25_0_8)) => xsd_string(B25_0_8))
% 220.26/29.95 -> [287] ~(=(B25_0_8, B25_0_8) & xsd_string(B25_0_8))
% 220.26/29.95 -> [288] xsd_string(B25_0_8)
% 220.26/29.95
% 220.26/29.95 [288] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [813] (cowlThing(X26_36_9) & ~cowlNothing(X26_36_9))
% 220.26/29.95
% 220.26/29.95 [813] ALPHA_AND : (cowlThing(X26_36_9) & ~cowlNothing(X26_36_9))
% 220.26/29.95 -> [814] cowlThing(X26_36_9), ~cowlNothing(X26_36_9)
% 220.26/29.95
% 220.26/29.95 [814] CLOSURE : cowlThing(X26_36_9)
% 220.26/29.95
% 220.26/29.95 [287] BETA_NOT_AND : ~(=(B25_0_8, B25_0_8) & xsd_string(B25_0_8))
% 220.26/29.95 -> [359] ~=(B25_0_8, B25_0_8)
% 220.26/29.95 -> [360] ~xsd_string(B25_0_8)
% 220.26/29.95
% 220.26/29.95 [360] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1240] (cowlThing(X26_76_9) & ~cowlNothing(X26_76_9))
% 220.26/29.95
% 220.26/29.95 [1240] ALPHA_AND : (cowlThing(X26_76_9) & ~cowlNothing(X26_76_9))
% 220.26/29.95 -> [1241] cowlThing(X26_76_9), ~cowlNothing(X26_76_9)
% 220.26/29.95
% 220.26/29.95 [1241] CLOSURE : cowlThing(X26_76_9)
% 220.26/29.95
% 220.26/29.95 [359] CLOSURE : ~=(B25_0_8, B25_0_8)
% 220.26/29.95
% 220.26/29.95 [233] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [292] ((=(B25_2_8, B25_2_8) & xsd_string(B25_2_8)) => xsd_string(B25_2_8))
% 220.26/29.95
% 220.26/29.95 [292] BETA_IMPLY : ((=(B25_2_8, B25_2_8) & xsd_string(B25_2_8)) => xsd_string(B25_2_8))
% 220.26/29.95 -> [300] ~(=(B25_2_8, B25_2_8) & xsd_string(B25_2_8))
% 220.26/29.95 -> [301] xsd_string(B25_2_8)
% 220.26/29.95
% 220.26/29.95 [300] BETA_NOT_AND : ~(=(B25_2_8, B25_2_8) & xsd_string(B25_2_8))
% 220.26/29.95 -> [382] ~=(B25_2_8, B25_2_8)
% 220.26/29.95 -> [383] ~xsd_string(B25_2_8)
% 220.26/29.95
% 220.26/29.95 [382] CLOSURE : ~=(B25_2_8, B25_2_8)
% 220.26/29.95
% 220.26/29.95 [383] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [886] (cowlThing(X26_45_9) & ~cowlNothing(X26_45_9))
% 220.26/29.95
% 220.26/29.95 [886] ALPHA_AND : (cowlThing(X26_45_9) & ~cowlNothing(X26_45_9))
% 220.26/29.95 -> [891] cowlThing(X26_45_9), ~cowlNothing(X26_45_9)
% 220.26/29.95
% 220.26/29.95 [891] CLOSURE : cowlThing(X26_45_9)
% 220.26/29.95
% 220.26/29.95 [301] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1305] (cowlThing(X26_78_9) & ~cowlNothing(X26_78_9))
% 220.26/29.95
% 220.26/29.95 [1305] ALPHA_AND : (cowlThing(X26_78_9) & ~cowlNothing(X26_78_9))
% 220.26/29.95 -> [1306] cowlThing(X26_78_9), ~cowlNothing(X26_78_9)
% 220.26/29.95
% 220.26/29.95 [1306] CLOSURE : cowlThing(X26_78_9)
% 220.26/29.95
% 220.26/29.95 [76] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [1393] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [1393] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1394] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1395] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1394] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1445] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95 -> [1446] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1445] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95
% 220.26/29.95 [1446] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1395] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [1474] ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95
% 220.26/29.95 [1474] BETA_IMPLY : ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [1475] ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [1476] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1476] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [1515] ((=(B23_39_7, B23_39_7) & xsd_integer(B23_39_7)) => xsd_integer(B23_39_7))
% 220.26/29.95
% 220.26/29.95 [1515] BETA_IMPLY : ((=(B23_39_7, B23_39_7) & xsd_integer(B23_39_7)) => xsd_integer(B23_39_7))
% 220.26/29.95 -> [1516] ~(=(B23_39_7, B23_39_7) & xsd_integer(B23_39_7))
% 220.26/29.95 -> [1517] xsd_integer(B23_39_7)
% 220.26/29.95
% 220.26/29.95 [1517] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1559] ((=(B25_67_8, B25_67_8) & xsd_string(B25_67_8)) => xsd_string(B25_67_8))
% 220.26/29.95
% 220.26/29.95 [1559] BETA_IMPLY : ((=(B25_67_8, B25_67_8) & xsd_string(B25_67_8)) => xsd_string(B25_67_8))
% 220.26/29.95 -> [1560] ~(=(B25_67_8, B25_67_8) & xsd_string(B25_67_8))
% 220.26/29.95 -> [1561] xsd_string(B25_67_8)
% 220.26/29.95
% 220.26/29.95 [1560] BETA_NOT_AND : ~(=(B25_67_8, B25_67_8) & xsd_string(B25_67_8))
% 220.26/29.95 -> [1579] ~=(B25_67_8, B25_67_8)
% 220.26/29.95 -> [1580] ~xsd_string(B25_67_8)
% 220.26/29.95
% 220.26/29.95 [1579] CLOSURE : ~=(B25_67_8, B25_67_8)
% 220.26/29.95
% 220.26/29.95 [1580] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1633] (cowlThing(X26_106_9) & ~cowlNothing(X26_106_9))
% 220.26/29.95
% 220.26/29.95 [1633] ALPHA_AND : (cowlThing(X26_106_9) & ~cowlNothing(X26_106_9))
% 220.26/29.95 -> [1634] cowlThing(X26_106_9), ~cowlNothing(X26_106_9)
% 220.26/29.95
% 220.26/29.95 [1634] CLOSURE : ~cowlNothing(X26_106_9)
% 220.26/29.95
% 220.26/29.95 [1561] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1643] (cowlThing(X26_108_9) & ~cowlNothing(X26_108_9))
% 220.26/29.95
% 220.26/29.95 [1643] ALPHA_AND : (cowlThing(X26_108_9) & ~cowlNothing(X26_108_9))
% 220.26/29.95 -> [1644] cowlThing(X26_108_9), ~cowlNothing(X26_108_9)
% 220.26/29.95
% 220.26/29.95 [1644] CLOSURE : ~cowlNothing(X26_108_9)
% 220.26/29.95
% 220.26/29.95 [1516] BETA_NOT_AND : ~(=(B23_39_7, B23_39_7) & xsd_integer(B23_39_7))
% 220.26/29.95 -> [1529] ~=(B23_39_7, B23_39_7)
% 220.26/29.95 -> [1530] ~xsd_integer(B23_39_7)
% 220.26/29.95
% 220.26/29.95 [1529] CLOSURE : ~=(B23_39_7, B23_39_7)
% 220.26/29.95
% 220.26/29.95 [1530] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1567] ((=(B25_69_8, B25_69_8) & xsd_string(B25_69_8)) => xsd_string(B25_69_8))
% 220.26/29.95
% 220.26/29.95 [1567] BETA_IMPLY : ((=(B25_69_8, B25_69_8) & xsd_string(B25_69_8)) => xsd_string(B25_69_8))
% 220.26/29.95 -> [1570] ~(=(B25_69_8, B25_69_8) & xsd_string(B25_69_8))
% 220.26/29.95 -> [1571] xsd_string(B25_69_8)
% 220.26/29.95
% 220.26/29.95 [1571] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1626] (cowlThing(X26_103_9) & ~cowlNothing(X26_103_9))
% 220.26/29.95
% 220.26/29.95 [1626] ALPHA_AND : (cowlThing(X26_103_9) & ~cowlNothing(X26_103_9))
% 220.26/29.95 -> [1627] cowlThing(X26_103_9), ~cowlNothing(X26_103_9)
% 220.26/29.95
% 220.26/29.95 [1627] CLOSURE : ~cowlNothing(X26_103_9)
% 220.26/29.95
% 220.26/29.95 [1570] BETA_NOT_AND : ~(=(B25_69_8, B25_69_8) & xsd_string(B25_69_8))
% 220.26/29.95 -> [1589] ~=(B25_69_8, B25_69_8)
% 220.26/29.95 -> [1590] ~xsd_string(B25_69_8)
% 220.26/29.95
% 220.26/29.95 [1589] CLOSURE : ~=(B25_69_8, B25_69_8)
% 220.26/29.95
% 220.26/29.95 [1590] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1650] (cowlThing(X26_110_9) & ~cowlNothing(X26_110_9))
% 220.26/29.95
% 220.26/29.95 [1650] ALPHA_AND : (cowlThing(X26_110_9) & ~cowlNothing(X26_110_9))
% 220.26/29.95 -> [1652] cowlThing(X26_110_9), ~cowlNothing(X26_110_9)
% 220.26/29.95
% 220.26/29.95 [1652] CLOSURE : ~cowlNothing(X26_110_9)
% 220.26/29.95
% 220.26/29.95 [1475] BETA_NOT_AND : ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [1481] ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.95 -> [1482] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1482] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1481] CLOSURE : ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [47] BETA_NOT_AND : ~(=(B13_0_3, B13_0_3) & cowlNothing(B13_0_3))
% 220.26/29.95 -> [51] ~=(B13_0_3, B13_0_3)
% 220.26/29.95 -> [52] ~cowlNothing(B13_0_3)
% 220.26/29.95
% 220.26/29.95 [51] CLOSURE : ~=(B13_0_3, B13_0_3)
% 220.26/29.95
% 220.26/29.95 [52] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.95 -> [65] ((=(B15_0_4, B15_0_4) & cowlThing(B15_0_4)) => cowlThing(B15_0_4))
% 220.26/29.95
% 220.26/29.95 [65] BETA_IMPLY : ((=(B15_0_4, B15_0_4) & cowlThing(B15_0_4)) => cowlThing(B15_0_4))
% 220.26/29.95 -> [66] ~(=(B15_0_4, B15_0_4) & cowlThing(B15_0_4))
% 220.26/29.95 -> [67] cowlThing(B15_0_4)
% 220.26/29.95
% 220.26/29.95 [66] BETA_NOT_AND : ~(=(B15_0_4, B15_0_4) & cowlThing(B15_0_4))
% 220.26/29.95 -> [176] ~=(B15_0_4, B15_0_4)
% 220.26/29.95 -> [177] ~cowlThing(B15_0_4)
% 220.26/29.95
% 220.26/29.95 [176] CLOSURE : ~=(B15_0_4, B15_0_4)
% 220.26/29.95
% 220.26/29.95 [177] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [186] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [186] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [187] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [188] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [187] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [267] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95 -> [268] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [267] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95
% 220.26/29.95 [268] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [188] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [225] ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95
% 220.26/29.95 [225] BETA_IMPLY : ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [228] ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [229] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [228] BETA_NOT_AND : ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [252] ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.95 -> [253] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [253] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [252] CLOSURE : ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [229] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [258] ((=(B23_1_7, B23_1_7) & xsd_integer(B23_1_7)) => xsd_integer(B23_1_7))
% 220.26/29.95
% 220.26/29.95 [258] BETA_IMPLY : ((=(B23_1_7, B23_1_7) & xsd_integer(B23_1_7)) => xsd_integer(B23_1_7))
% 220.26/29.95 -> [260] ~(=(B23_1_7, B23_1_7) & xsd_integer(B23_1_7))
% 220.26/29.95 -> [261] xsd_integer(B23_1_7)
% 220.26/29.95
% 220.26/29.95 [260] BETA_NOT_AND : ~(=(B23_1_7, B23_1_7) & xsd_integer(B23_1_7))
% 220.26/29.95 -> [365] ~=(B23_1_7, B23_1_7)
% 220.26/29.95 -> [366] ~xsd_integer(B23_1_7)
% 220.26/29.95
% 220.26/29.95 [365] CLOSURE : ~=(B23_1_7, B23_1_7)
% 220.26/29.95
% 220.26/29.95 [366] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [367] ((=(B25_4_8, B25_4_8) & xsd_string(B25_4_8)) => xsd_string(B25_4_8))
% 220.26/29.95
% 220.26/29.95 [367] BETA_IMPLY : ((=(B25_4_8, B25_4_8) & xsd_string(B25_4_8)) => xsd_string(B25_4_8))
% 220.26/29.95 -> [369] ~(=(B25_4_8, B25_4_8) & xsd_string(B25_4_8))
% 220.26/29.95 -> [370] xsd_string(B25_4_8)
% 220.26/29.95
% 220.26/29.95 [369] BETA_NOT_AND : ~(=(B25_4_8, B25_4_8) & xsd_string(B25_4_8))
% 220.26/29.95 -> [386] ~=(B25_4_8, B25_4_8)
% 220.26/29.95 -> [387] ~xsd_string(B25_4_8)
% 220.26/29.95
% 220.26/29.95 [386] CLOSURE : ~=(B25_4_8, B25_4_8)
% 220.26/29.95
% 220.26/29.95 [387] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [390] (cowlThing(X26_2_9) & ~cowlNothing(X26_2_9))
% 220.26/29.95
% 220.26/29.95 [390] ALPHA_AND : (cowlThing(X26_2_9) & ~cowlNothing(X26_2_9))
% 220.26/29.95 -> [391] cowlThing(X26_2_9), ~cowlNothing(X26_2_9)
% 220.26/29.95
% 220.26/29.95 [391] CLOSURE : cowlThing(X26_2_9)
% 220.26/29.95
% 220.26/29.95 [370] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1294] (cowlThing(X26_77_9) & ~cowlNothing(X26_77_9))
% 220.26/29.95
% 220.26/29.95 [1294] ALPHA_AND : (cowlThing(X26_77_9) & ~cowlNothing(X26_77_9))
% 220.26/29.95 -> [1295] cowlThing(X26_77_9), ~cowlNothing(X26_77_9)
% 220.26/29.95
% 220.26/29.95 [1295] CLOSURE : cowlThing(X26_77_9)
% 220.26/29.95
% 220.26/29.95 [261] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1552] ((=(B25_66_8, B25_66_8) & xsd_string(B25_66_8)) => xsd_string(B25_66_8))
% 220.26/29.95
% 220.26/29.95 [1552] BETA_IMPLY : ((=(B25_66_8, B25_66_8) & xsd_string(B25_66_8)) => xsd_string(B25_66_8))
% 220.26/29.95 -> [1555] ~(=(B25_66_8, B25_66_8) & xsd_string(B25_66_8))
% 220.26/29.95 -> [1556] xsd_string(B25_66_8)
% 220.26/29.95
% 220.26/29.95 [1556] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1657] (cowlThing(X26_112_9) & ~cowlNothing(X26_112_9))
% 220.26/29.95
% 220.26/29.95 [1657] ALPHA_AND : (cowlThing(X26_112_9) & ~cowlNothing(X26_112_9))
% 220.26/29.95 -> [1658] cowlThing(X26_112_9), ~cowlNothing(X26_112_9)
% 220.26/29.95
% 220.26/29.95 [1658] CLOSURE : cowlThing(X26_112_9)
% 220.26/29.95
% 220.26/29.95 [1555] BETA_NOT_AND : ~(=(B25_66_8, B25_66_8) & xsd_string(B25_66_8))
% 220.26/29.95 -> [1591] ~=(B25_66_8, B25_66_8)
% 220.26/29.95 -> [1592] ~xsd_string(B25_66_8)
% 220.26/29.95
% 220.26/29.95 [1591] CLOSURE : ~=(B25_66_8, B25_66_8)
% 220.26/29.95
% 220.26/29.95 [1592] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1688] (cowlThing(X26_120_9) & ~cowlNothing(X26_120_9))
% 220.26/29.95
% 220.26/29.95 [1688] ALPHA_AND : (cowlThing(X26_120_9) & ~cowlNothing(X26_120_9))
% 220.26/29.95 -> [1689] cowlThing(X26_120_9), ~cowlNothing(X26_120_9)
% 220.26/29.95
% 220.26/29.95 [1689] CLOSURE : cowlThing(X26_120_9)
% 220.26/29.95
% 220.26/29.95 [67] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [397] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [397] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [398] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [399] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [398] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [402] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95 -> [403] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [403] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [402] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95
% 220.26/29.95 [399] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [404] ((=(B20_8_6, B20_8_6) & rr(C21_8_6, B20_8_6)) => rr(C21_8_6, B20_8_6))
% 220.26/29.95
% 220.26/29.95 [404] BETA_IMPLY : ((=(B20_8_6, B20_8_6) & rr(C21_8_6, B20_8_6)) => rr(C21_8_6, B20_8_6))
% 220.26/29.95 -> [405] ~(=(B20_8_6, B20_8_6) & rr(C21_8_6, B20_8_6))
% 220.26/29.95 -> [406] rr(C21_8_6, B20_8_6)
% 220.26/29.95
% 220.26/29.95 [405] BETA_NOT_AND : ~(=(B20_8_6, B20_8_6) & rr(C21_8_6, B20_8_6))
% 220.26/29.95 -> [413] ~=(B20_8_6, B20_8_6)
% 220.26/29.95 -> [414] ~rr(C21_8_6, B20_8_6)
% 220.26/29.95
% 220.26/29.95 [414] CLOSURE : ~rr(C21_8_6, B20_8_6)
% 220.26/29.95
% 220.26/29.95 [413] CLOSURE : ~=(B20_8_6, B20_8_6)
% 220.26/29.95
% 220.26/29.95 [406] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [431] ((=(B23_6_7, B23_6_7) & xsd_integer(B23_6_7)) => xsd_integer(B23_6_7))
% 220.26/29.95
% 220.26/29.95 [431] BETA_IMPLY : ((=(B23_6_7, B23_6_7) & xsd_integer(B23_6_7)) => xsd_integer(B23_6_7))
% 220.26/29.95 -> [432] ~(=(B23_6_7, B23_6_7) & xsd_integer(B23_6_7))
% 220.26/29.95 -> [433] xsd_integer(B23_6_7)
% 220.26/29.95
% 220.26/29.95 [432] BETA_NOT_AND : ~(=(B23_6_7, B23_6_7) & xsd_integer(B23_6_7))
% 220.26/29.95 -> [439] ~=(B23_6_7, B23_6_7)
% 220.26/29.95 -> [440] ~xsd_integer(B23_6_7)
% 220.26/29.95
% 220.26/29.95 [439] CLOSURE : ~=(B23_6_7, B23_6_7)
% 220.26/29.95
% 220.26/29.95 [440] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [478] ((=(B25_6_8, B25_6_8) & xsd_string(B25_6_8)) => xsd_string(B25_6_8))
% 220.26/29.95
% 220.26/29.95 [478] BETA_IMPLY : ((=(B25_6_8, B25_6_8) & xsd_string(B25_6_8)) => xsd_string(B25_6_8))
% 220.26/29.95 -> [479] ~(=(B25_6_8, B25_6_8) & xsd_string(B25_6_8))
% 220.26/29.95 -> [480] xsd_string(B25_6_8)
% 220.26/29.95
% 220.26/29.95 [479] BETA_NOT_AND : ~(=(B25_6_8, B25_6_8) & xsd_string(B25_6_8))
% 220.26/29.95 -> [496] ~=(B25_6_8, B25_6_8)
% 220.26/29.95 -> [497] ~xsd_string(B25_6_8)
% 220.26/29.95
% 220.26/29.95 [497] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [532] (cowlThing(X26_7_9) & ~cowlNothing(X26_7_9))
% 220.26/29.95
% 220.26/29.95 [532] ALPHA_AND : (cowlThing(X26_7_9) & ~cowlNothing(X26_7_9))
% 220.26/29.95 -> [535] cowlThing(X26_7_9), ~cowlNothing(X26_7_9)
% 220.26/29.95
% 220.26/29.95 [535] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [678] (xsd_string(X27_1_10) <=> ~xsd_integer(X27_1_10))
% 220.26/29.95
% 220.26/29.95 [678] BETA_EQUIV : (xsd_string(X27_1_10) <=> ~xsd_integer(X27_1_10))
% 220.26/29.95 -> [679] ~xsd_string(X27_1_10), ~~xsd_integer(X27_1_10)
% 220.26/29.95 -> [680] xsd_string(X27_1_10), ~xsd_integer(X27_1_10)
% 220.26/29.95
% 220.26/29.95 [679] ALPHA_NOT_NOT : ~~xsd_integer(X27_1_10)
% 220.26/29.95 -> [1583] xsd_integer(X27_1_10)
% 220.26/29.95
% 220.26/29.95 [1583] CLOSURE : xsd_integer(X27_1_10)
% 220.26/29.95
% 220.26/29.95 [680] CLOSURE : xsd_string(X27_1_10)
% 220.26/29.95
% 220.26/29.95 [496] CLOSURE : ~=(B25_6_8, B25_6_8)
% 220.26/29.95
% 220.26/29.95 [480] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [518] (cowlThing(X26_4_9) & ~cowlNothing(X26_4_9))
% 220.26/29.95
% 220.26/29.95 [518] ALPHA_AND : (cowlThing(X26_4_9) & ~cowlNothing(X26_4_9))
% 220.26/29.95 -> [519] cowlThing(X26_4_9), ~cowlNothing(X26_4_9)
% 220.26/29.95
% 220.26/29.95 [519] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [1456] (xsd_string(X27_17_10) <=> ~xsd_integer(X27_17_10))
% 220.26/29.95
% 220.26/29.95 [1456] BETA_EQUIV : (xsd_string(X27_17_10) <=> ~xsd_integer(X27_17_10))
% 220.26/29.95 -> [1462] ~xsd_string(X27_17_10), ~~xsd_integer(X27_17_10)
% 220.26/29.95 -> [1463] xsd_string(X27_17_10), ~xsd_integer(X27_17_10)
% 220.26/29.95
% 220.26/29.95 [1462] ALPHA_NOT_NOT : ~~xsd_integer(X27_17_10)
% 220.26/29.95 -> [1488] xsd_integer(X27_17_10)
% 220.26/29.95
% 220.26/29.95 [1488] CLOSURE : xsd_integer(X27_17_10)
% 220.26/29.95
% 220.26/29.95 [1463] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.95 -> [1510] (cc(X33_10_11) => ~cd(X33_10_11))
% 220.26/29.95
% 220.26/29.95 [1510] BETA_IMPLY : (cc(X33_10_11) => ~cd(X33_10_11))
% 220.26/29.95 -> [1512] ~cc(X33_10_11)
% 220.26/29.95 -> [1513] ~cd(X33_10_11)
% 220.26/29.95
% 220.26/29.95 [1513] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [1545] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [1545] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [1546] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1547] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1547] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [1546] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [2114] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [2115] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2115] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2114] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1512] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [1563] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [1563] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [1564] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1565] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1565] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [1564] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [2312] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [2313] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2313] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2312] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [433] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [458] ((=(B25_5_8, B25_5_8) & xsd_string(B25_5_8)) => xsd_string(B25_5_8))
% 220.26/29.95
% 220.26/29.95 [458] BETA_IMPLY : ((=(B25_5_8, B25_5_8) & xsd_string(B25_5_8)) => xsd_string(B25_5_8))
% 220.26/29.95 -> [460] ~(=(B25_5_8, B25_5_8) & xsd_string(B25_5_8))
% 220.26/29.95 -> [461] xsd_string(B25_5_8)
% 220.26/29.95
% 220.26/29.95 [460] BETA_NOT_AND : ~(=(B25_5_8, B25_5_8) & xsd_string(B25_5_8))
% 220.26/29.95 -> [469] ~=(B25_5_8, B25_5_8)
% 220.26/29.95 -> [470] ~xsd_string(B25_5_8)
% 220.26/29.95
% 220.26/29.95 [469] CLOSURE : ~=(B25_5_8, B25_5_8)
% 220.26/29.95
% 220.26/29.95 [470] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [731] (cowlThing(X26_25_9) & ~cowlNothing(X26_25_9))
% 220.26/29.95
% 220.26/29.95 [731] ALPHA_AND : (cowlThing(X26_25_9) & ~cowlNothing(X26_25_9))
% 220.26/29.95 -> [732] cowlThing(X26_25_9), ~cowlNothing(X26_25_9)
% 220.26/29.95
% 220.26/29.95 [732] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [854] (xsd_string(X27_2_10) <=> ~xsd_integer(X27_2_10))
% 220.26/29.95
% 220.26/29.95 [854] BETA_EQUIV : (xsd_string(X27_2_10) <=> ~xsd_integer(X27_2_10))
% 220.26/29.95 -> [855] ~xsd_string(X27_2_10), ~~xsd_integer(X27_2_10)
% 220.26/29.95 -> [856] xsd_string(X27_2_10), ~xsd_integer(X27_2_10)
% 220.26/29.95
% 220.26/29.95 [856] CLOSURE : ~xsd_integer(X27_2_10)
% 220.26/29.95
% 220.26/29.95 [855] ALPHA_NOT_NOT : ~~xsd_integer(X27_2_10)
% 220.26/29.95 -> [1004] xsd_integer(X27_2_10)
% 220.26/29.95
% 220.26/29.95 [1004] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.95 -> [1019] (cc(X33_1_11) => ~cd(X33_1_11))
% 220.26/29.95
% 220.26/29.95 [1019] BETA_IMPLY : (cc(X33_1_11) => ~cd(X33_1_11))
% 220.26/29.95 -> [1020] ~cc(X33_1_11)
% 220.26/29.95 -> [1021] ~cd(X33_1_11)
% 220.26/29.95
% 220.26/29.95 [1021] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [1037] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [1037] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [1039] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1040] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1040] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [1039] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1260] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [1261] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1261] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1260] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1020] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [1045] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [1045] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [1046] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1047] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1047] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [1046] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [2277] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [2278] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2278] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2277] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [461] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [487] (cowlThing(X26_3_9) & ~cowlNothing(X26_3_9))
% 220.26/29.95
% 220.26/29.95 [487] ALPHA_AND : (cowlThing(X26_3_9) & ~cowlNothing(X26_3_9))
% 220.26/29.95 -> [492] cowlThing(X26_3_9), ~cowlNothing(X26_3_9)
% 220.26/29.95
% 220.26/29.95 [492] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [561] (xsd_string(X27_0_10) <=> ~xsd_integer(X27_0_10))
% 220.26/29.95
% 220.26/29.95 [561] BETA_EQUIV : (xsd_string(X27_0_10) <=> ~xsd_integer(X27_0_10))
% 220.26/29.95 -> [562] ~xsd_string(X27_0_10), ~~xsd_integer(X27_0_10)
% 220.26/29.95 -> [563] xsd_string(X27_0_10), ~xsd_integer(X27_0_10)
% 220.26/29.95
% 220.26/29.95 [563] CLOSURE : ~xsd_integer(X27_0_10)
% 220.26/29.95
% 220.26/29.95 [608] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.95 -> [669] (cc(X33_0_11) => ~cd(X33_0_11))
% 220.26/29.95
% 220.26/29.95 [669] BETA_IMPLY : (cc(X33_0_11) => ~cd(X33_0_11))
% 220.26/29.95 -> [670] ~cc(X33_0_11)
% 220.26/29.95 -> [671] ~cd(X33_0_11)
% 220.26/29.95
% 220.26/29.95 [671] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [691] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [691] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [692] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [693] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [692] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [713] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [714] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [713] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [714] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [693] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [670] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [703] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [703] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [704] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [705] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [705] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [704] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [2401] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [2402] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [2401] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [2402] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [37] GAMMA_FORALL : ! [A12_12, B13_13] : (((=(A12_12, B13_13) & cowlNothing(A12_12)) => cowlNothing(B13_13)))
% 220.26/29.95 -> [56] ((=(B13_3_3, B13_3_3) & cowlNothing(B13_3_3)) => cowlNothing(B13_3_3))
% 220.26/29.95
% 220.26/29.95 [56] BETA_IMPLY : ((=(B13_3_3, B13_3_3) & cowlNothing(B13_3_3)) => cowlNothing(B13_3_3))
% 220.26/29.95 -> [63] ~(=(B13_3_3, B13_3_3) & cowlNothing(B13_3_3))
% 220.26/29.95 -> [64] cowlNothing(B13_3_3)
% 220.26/29.95
% 220.26/29.95 [64] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.95 -> [107] ((=(B15_4_4, B15_4_4) & cowlThing(B15_4_4)) => cowlThing(B15_4_4))
% 220.26/29.95
% 220.26/29.95 [107] BETA_IMPLY : ((=(B15_4_4, B15_4_4) & cowlThing(B15_4_4)) => cowlThing(B15_4_4))
% 220.26/29.95 -> [108] ~(=(B15_4_4, B15_4_4) & cowlThing(B15_4_4))
% 220.26/29.95 -> [109] cowlThing(B15_4_4)
% 220.26/29.95
% 220.26/29.95 [108] BETA_NOT_AND : ~(=(B15_4_4, B15_4_4) & cowlThing(B15_4_4))
% 220.26/29.95 -> [184] ~=(B15_4_4, B15_4_4)
% 220.26/29.95 -> [185] ~cowlThing(B15_4_4)
% 220.26/29.95
% 220.26/29.95 [184] CLOSURE : ~=(B15_4_4, B15_4_4)
% 220.26/29.95
% 220.26/29.95 [185] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [273] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95
% 220.26/29.95 [273] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [274] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [275] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [274] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [279] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95 -> [280] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [280] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [279] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95
% 220.26/29.95 [275] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [293] ((=(B20_4_6, B20_4_6) & rr(C21_4_6, B20_4_6)) => rr(C21_4_6, B20_4_6))
% 220.26/29.95
% 220.26/29.95 [293] BETA_IMPLY : ((=(B20_4_6, B20_4_6) & rr(C21_4_6, B20_4_6)) => rr(C21_4_6, B20_4_6))
% 220.26/29.95 -> [298] ~(=(B20_4_6, B20_4_6) & rr(C21_4_6, B20_4_6))
% 220.26/29.95 -> [299] rr(C21_4_6, B20_4_6)
% 220.26/29.95
% 220.26/29.95 [298] BETA_NOT_AND : ~(=(B20_4_6, B20_4_6) & rr(C21_4_6, B20_4_6))
% 220.26/29.95 -> [354] ~=(B20_4_6, B20_4_6)
% 220.26/29.95 -> [355] ~rr(C21_4_6, B20_4_6)
% 220.26/29.95
% 220.26/29.95 [354] CLOSURE : ~=(B20_4_6, B20_4_6)
% 220.26/29.95
% 220.26/29.95 [355] CLOSURE : ~rr(C21_4_6, B20_4_6)
% 220.26/29.95
% 220.26/29.95 [299] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [376] ((=(B23_5_7, B23_5_7) & xsd_integer(B23_5_7)) => xsd_integer(B23_5_7))
% 220.26/29.95
% 220.26/29.95 [376] BETA_IMPLY : ((=(B23_5_7, B23_5_7) & xsd_integer(B23_5_7)) => xsd_integer(B23_5_7))
% 220.26/29.95 -> [378] ~(=(B23_5_7, B23_5_7) & xsd_integer(B23_5_7))
% 220.26/29.95 -> [379] xsd_integer(B23_5_7)
% 220.26/29.95
% 220.26/29.95 [379] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [832] ((=(B25_26_8, B25_26_8) & xsd_string(B25_26_8)) => xsd_string(B25_26_8))
% 220.26/29.95
% 220.26/29.95 [832] BETA_IMPLY : ((=(B25_26_8, B25_26_8) & xsd_string(B25_26_8)) => xsd_string(B25_26_8))
% 220.26/29.95 -> [833] ~(=(B25_26_8, B25_26_8) & xsd_string(B25_26_8))
% 220.26/29.95 -> [834] xsd_string(B25_26_8)
% 220.26/29.95
% 220.26/29.95 [834] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [865] (cowlThing(X26_42_9) & ~cowlNothing(X26_42_9))
% 220.26/29.95
% 220.26/29.95 [865] ALPHA_AND : (cowlThing(X26_42_9) & ~cowlNothing(X26_42_9))
% 220.26/29.95 -> [866] cowlThing(X26_42_9), ~cowlNothing(X26_42_9)
% 220.26/29.95
% 220.26/29.95 [866] CLOSURE : cowlThing(X26_42_9)
% 220.26/29.95
% 220.26/29.95 [833] BETA_NOT_AND : ~(=(B25_26_8, B25_26_8) & xsd_string(B25_26_8))
% 220.26/29.95 -> [837] ~=(B25_26_8, B25_26_8)
% 220.26/29.95 -> [838] ~xsd_string(B25_26_8)
% 220.26/29.95
% 220.26/29.95 [837] CLOSURE : ~=(B25_26_8, B25_26_8)
% 220.26/29.95
% 220.26/29.95 [838] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [874] (cowlThing(X26_44_9) & ~cowlNothing(X26_44_9))
% 220.26/29.95
% 220.26/29.95 [874] ALPHA_AND : (cowlThing(X26_44_9) & ~cowlNothing(X26_44_9))
% 220.26/29.95 -> [875] cowlThing(X26_44_9), ~cowlNothing(X26_44_9)
% 220.26/29.95
% 220.26/29.95 [875] CLOSURE : cowlThing(X26_44_9)
% 220.26/29.95
% 220.26/29.95 [378] BETA_NOT_AND : ~(=(B23_5_7, B23_5_7) & xsd_integer(B23_5_7))
% 220.26/29.95 -> [927] ~=(B23_5_7, B23_5_7)
% 220.26/29.95 -> [928] ~xsd_integer(B23_5_7)
% 220.26/29.95
% 220.26/29.95 [927] CLOSURE : ~=(B23_5_7, B23_5_7)
% 220.26/29.95
% 220.26/29.95 [928] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [1778] ((=(B25_78_8, B25_78_8) & xsd_string(B25_78_8)) => xsd_string(B25_78_8))
% 220.26/29.95
% 220.26/29.95 [1778] BETA_IMPLY : ((=(B25_78_8, B25_78_8) & xsd_string(B25_78_8)) => xsd_string(B25_78_8))
% 220.26/29.95 -> [1779] ~(=(B25_78_8, B25_78_8) & xsd_string(B25_78_8))
% 220.26/29.95 -> [1780] xsd_string(B25_78_8)
% 220.26/29.95
% 220.26/29.95 [1780] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1842] (cowlThing(X26_149_9) & ~cowlNothing(X26_149_9))
% 220.26/29.95
% 220.26/29.95 [1842] ALPHA_AND : (cowlThing(X26_149_9) & ~cowlNothing(X26_149_9))
% 220.26/29.95 -> [1843] cowlThing(X26_149_9), ~cowlNothing(X26_149_9)
% 220.26/29.95
% 220.26/29.95 [1843] CLOSURE : cowlThing(X26_149_9)
% 220.26/29.95
% 220.26/29.95 [1779] BETA_NOT_AND : ~(=(B25_78_8, B25_78_8) & xsd_string(B25_78_8))
% 220.26/29.95 -> [1806] ~=(B25_78_8, B25_78_8)
% 220.26/29.95 -> [1807] ~xsd_string(B25_78_8)
% 220.26/29.95
% 220.26/29.95 [1806] CLOSURE : ~=(B25_78_8, B25_78_8)
% 220.26/29.95
% 220.26/29.95 [1807] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1956] (cowlThing(X26_162_9) & ~cowlNothing(X26_162_9))
% 220.26/29.95
% 220.26/29.95 [1956] ALPHA_AND : (cowlThing(X26_162_9) & ~cowlNothing(X26_162_9))
% 220.26/29.95 -> [1957] cowlThing(X26_162_9), ~cowlNothing(X26_162_9)
% 220.26/29.95
% 220.26/29.95 [1957] CLOSURE : cowlThing(X26_162_9)
% 220.26/29.95
% 220.26/29.95 [109] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [672] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [672] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [673] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [674] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [673] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [706] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95 -> [707] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [706] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95
% 220.26/29.95 [707] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [674] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [798] ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [798] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [799] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [800] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [800] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [845] ((=(B23_21_7, B23_21_7) & xsd_integer(B23_21_7)) => xsd_integer(B23_21_7))
% 220.26/29.95
% 220.26/29.95 [845] BETA_IMPLY : ((=(B23_21_7, B23_21_7) & xsd_integer(B23_21_7)) => xsd_integer(B23_21_7))
% 220.26/29.95 -> [846] ~(=(B23_21_7, B23_21_7) & xsd_integer(B23_21_7))
% 220.26/29.95 -> [847] xsd_integer(B23_21_7)
% 220.26/29.95
% 220.26/29.95 [846] BETA_NOT_AND : ~(=(B23_21_7, B23_21_7) & xsd_integer(B23_21_7))
% 220.26/29.95 -> [850] ~=(B23_21_7, B23_21_7)
% 220.26/29.95 -> [851] ~xsd_integer(B23_21_7)
% 220.26/29.95
% 220.26/29.95 [850] CLOSURE : ~=(B23_21_7, B23_21_7)
% 220.26/29.95
% 220.26/29.95 [851] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [876] ((=(B25_29_8, B25_29_8) & xsd_string(B25_29_8)) => xsd_string(B25_29_8))
% 220.26/29.95
% 220.26/29.95 [876] BETA_IMPLY : ((=(B25_29_8, B25_29_8) & xsd_string(B25_29_8)) => xsd_string(B25_29_8))
% 220.26/29.95 -> [877] ~(=(B25_29_8, B25_29_8) & xsd_string(B25_29_8))
% 220.26/29.95 -> [878] xsd_string(B25_29_8)
% 220.26/29.95
% 220.26/29.95 [877] BETA_NOT_AND : ~(=(B25_29_8, B25_29_8) & xsd_string(B25_29_8))
% 220.26/29.95 -> [892] ~=(B25_29_8, B25_29_8)
% 220.26/29.95 -> [893] ~xsd_string(B25_29_8)
% 220.26/29.95
% 220.26/29.95 [892] CLOSURE : ~=(B25_29_8, B25_29_8)
% 220.26/29.95
% 220.26/29.95 [893] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [972] (cowlThing(X26_51_9) & ~cowlNothing(X26_51_9))
% 220.26/29.95
% 220.26/29.95 [972] ALPHA_AND : (cowlThing(X26_51_9) & ~cowlNothing(X26_51_9))
% 220.26/29.95 -> [975] cowlThing(X26_51_9), ~cowlNothing(X26_51_9)
% 220.26/29.95
% 220.26/29.95 [975] CLOSURE : ~cowlNothing(X26_51_9)
% 220.26/29.95
% 220.26/29.95 [878] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1831] (cowlThing(X26_146_9) & ~cowlNothing(X26_146_9))
% 220.26/29.95
% 220.26/29.95 [1831] ALPHA_AND : (cowlThing(X26_146_9) & ~cowlNothing(X26_146_9))
% 220.26/29.95 -> [1832] cowlThing(X26_146_9), ~cowlNothing(X26_146_9)
% 220.26/29.95
% 220.26/29.95 [1832] CLOSURE : ~cowlNothing(X26_146_9)
% 220.26/29.95
% 220.26/29.95 [847] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [869] ((=(B25_28_8, B25_28_8) & xsd_string(B25_28_8)) => xsd_string(B25_28_8))
% 220.26/29.95
% 220.26/29.95 [869] BETA_IMPLY : ((=(B25_28_8, B25_28_8) & xsd_string(B25_28_8)) => xsd_string(B25_28_8))
% 220.26/29.95 -> [870] ~(=(B25_28_8, B25_28_8) & xsd_string(B25_28_8))
% 220.26/29.95 -> [871] xsd_string(B25_28_8)
% 220.26/29.95
% 220.26/29.95 [871] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1784] (cowlThing(X26_138_9) & ~cowlNothing(X26_138_9))
% 220.26/29.95
% 220.26/29.95 [1784] ALPHA_AND : (cowlThing(X26_138_9) & ~cowlNothing(X26_138_9))
% 220.26/29.95 -> [1785] cowlThing(X26_138_9), ~cowlNothing(X26_138_9)
% 220.26/29.95
% 220.26/29.95 [1785] CLOSURE : ~cowlNothing(X26_138_9)
% 220.26/29.95
% 220.26/29.95 [870] BETA_NOT_AND : ~(=(B25_28_8, B25_28_8) & xsd_string(B25_28_8))
% 220.26/29.95 -> [889] ~=(B25_28_8, B25_28_8)
% 220.26/29.95 -> [890] ~xsd_string(B25_28_8)
% 220.26/29.95
% 220.26/29.95 [889] CLOSURE : ~=(B25_28_8, B25_28_8)
% 220.26/29.95
% 220.26/29.95 [890] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1881] (cowlThing(X26_152_9) & ~cowlNothing(X26_152_9))
% 220.26/29.95
% 220.26/29.95 [1881] ALPHA_AND : (cowlThing(X26_152_9) & ~cowlNothing(X26_152_9))
% 220.26/29.95 -> [1884] cowlThing(X26_152_9), ~cowlNothing(X26_152_9)
% 220.26/29.95
% 220.26/29.95 [1884] CLOSURE : ~cowlNothing(X26_152_9)
% 220.26/29.95
% 220.26/29.95 [799] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [821] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.95 -> [822] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [822] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [821] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [63] BETA_NOT_AND : ~(=(B13_3_3, B13_3_3) & cowlNothing(B13_3_3))
% 220.26/29.95 -> [68] ~=(B13_3_3, B13_3_3)
% 220.26/29.95 -> [69] ~cowlNothing(B13_3_3)
% 220.26/29.95
% 220.26/29.95 [68] CLOSURE : ~=(B13_3_3, B13_3_3)
% 220.26/29.95
% 220.26/29.95 [69] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.95 -> [112] ((=(B15_5_4, B15_5_4) & cowlThing(B15_5_4)) => cowlThing(B15_5_4))
% 220.26/29.95
% 220.26/29.95 [112] BETA_IMPLY : ((=(B15_5_4, B15_5_4) & cowlThing(B15_5_4)) => cowlThing(B15_5_4))
% 220.26/29.95 -> [114] ~(=(B15_5_4, B15_5_4) & cowlThing(B15_5_4))
% 220.26/29.95 -> [115] cowlThing(B15_5_4)
% 220.26/29.95
% 220.26/29.95 [114] BETA_NOT_AND : ~(=(B15_5_4, B15_5_4) & cowlThing(B15_5_4))
% 220.26/29.95 -> [145] ~=(B15_5_4, B15_5_4)
% 220.26/29.95 -> [146] ~cowlThing(B15_5_4)
% 220.26/29.95
% 220.26/29.95 [145] CLOSURE : ~=(B15_5_4, B15_5_4)
% 220.26/29.95
% 220.26/29.95 [146] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [735] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [735] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [769] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [770] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [769] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [787] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95 -> [788] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [788] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [787] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95
% 220.26/29.95 [770] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [817] ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95
% 220.26/29.95 [817] BETA_IMPLY : ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [818] ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [819] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [819] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.95 -> [861] ((=(B23_22_7, B23_22_7) & xsd_integer(B23_22_7)) => xsd_integer(B23_22_7))
% 220.26/29.95
% 220.26/29.95 [861] BETA_IMPLY : ((=(B23_22_7, B23_22_7) & xsd_integer(B23_22_7)) => xsd_integer(B23_22_7))
% 220.26/29.95 -> [863] ~(=(B23_22_7, B23_22_7) & xsd_integer(B23_22_7))
% 220.26/29.95 -> [864] xsd_integer(B23_22_7)
% 220.26/29.95
% 220.26/29.95 [863] BETA_NOT_AND : ~(=(B23_22_7, B23_22_7) & xsd_integer(B23_22_7))
% 220.26/29.95 -> [872] ~=(B23_22_7, B23_22_7)
% 220.26/29.95 -> [873] ~xsd_integer(B23_22_7)
% 220.26/29.95
% 220.26/29.95 [872] CLOSURE : ~=(B23_22_7, B23_22_7)
% 220.26/29.95
% 220.26/29.95 [873] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [914] ((=(B25_35_8, B25_35_8) & xsd_string(B25_35_8)) => xsd_string(B25_35_8))
% 220.26/29.95
% 220.26/29.95 [914] BETA_IMPLY : ((=(B25_35_8, B25_35_8) & xsd_string(B25_35_8)) => xsd_string(B25_35_8))
% 220.26/29.95 -> [918] ~(=(B25_35_8, B25_35_8) & xsd_string(B25_35_8))
% 220.26/29.95 -> [919] xsd_string(B25_35_8)
% 220.26/29.95
% 220.26/29.95 [918] BETA_NOT_AND : ~(=(B25_35_8, B25_35_8) & xsd_string(B25_35_8))
% 220.26/29.95 -> [925] ~=(B25_35_8, B25_35_8)
% 220.26/29.95 -> [926] ~xsd_string(B25_35_8)
% 220.26/29.95
% 220.26/29.95 [925] CLOSURE : ~=(B25_35_8, B25_35_8)
% 220.26/29.95
% 220.26/29.95 [926] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [941] (cowlThing(X26_49_9) & ~cowlNothing(X26_49_9))
% 220.26/29.95
% 220.26/29.95 [941] ALPHA_AND : (cowlThing(X26_49_9) & ~cowlNothing(X26_49_9))
% 220.26/29.95 -> [943] cowlThing(X26_49_9), ~cowlNothing(X26_49_9)
% 220.26/29.95
% 220.26/29.95 [943] CLOSURE : cowlThing(X26_49_9)
% 220.26/29.95
% 220.26/29.95 [919] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1737] (cowlThing(X26_126_9) & ~cowlNothing(X26_126_9))
% 220.26/29.95
% 220.26/29.95 [1737] ALPHA_AND : (cowlThing(X26_126_9) & ~cowlNothing(X26_126_9))
% 220.26/29.95 -> [1738] cowlThing(X26_126_9), ~cowlNothing(X26_126_9)
% 220.26/29.95
% 220.26/29.95 [1738] CLOSURE : cowlThing(X26_126_9)
% 220.26/29.95
% 220.26/29.95 [864] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [908] ((=(B25_34_8, B25_34_8) & xsd_string(B25_34_8)) => xsd_string(B25_34_8))
% 220.26/29.95
% 220.26/29.95 [908] BETA_IMPLY : ((=(B25_34_8, B25_34_8) & xsd_string(B25_34_8)) => xsd_string(B25_34_8))
% 220.26/29.95 -> [915] ~(=(B25_34_8, B25_34_8) & xsd_string(B25_34_8))
% 220.26/29.95 -> [916] xsd_string(B25_34_8)
% 220.26/29.95
% 220.26/29.95 [915] BETA_NOT_AND : ~(=(B25_34_8, B25_34_8) & xsd_string(B25_34_8))
% 220.26/29.95 -> [921] ~=(B25_34_8, B25_34_8)
% 220.26/29.95 -> [922] ~xsd_string(B25_34_8)
% 220.26/29.95
% 220.26/29.95 [922] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [938] (cowlThing(X26_48_9) & ~cowlNothing(X26_48_9))
% 220.26/29.95
% 220.26/29.95 [938] ALPHA_AND : (cowlThing(X26_48_9) & ~cowlNothing(X26_48_9))
% 220.26/29.95 -> [942] cowlThing(X26_48_9), ~cowlNothing(X26_48_9)
% 220.26/29.95
% 220.26/29.95 [942] CLOSURE : cowlThing(X26_48_9)
% 220.26/29.95
% 220.26/29.95 [921] CLOSURE : ~=(B25_34_8, B25_34_8)
% 220.26/29.95
% 220.26/29.95 [916] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [1816] (cowlThing(X26_145_9) & ~cowlNothing(X26_145_9))
% 220.26/29.95
% 220.26/29.95 [1816] ALPHA_AND : (cowlThing(X26_145_9) & ~cowlNothing(X26_145_9))
% 220.26/29.95 -> [1817] cowlThing(X26_145_9), ~cowlNothing(X26_145_9)
% 220.26/29.95
% 220.26/29.95 [1817] CLOSURE : cowlThing(X26_145_9)
% 220.26/29.95
% 220.26/29.95 [818] BETA_NOT_AND : ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [842] ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.95 -> [843] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [843] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [842] CLOSURE : ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [115] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.95 -> [1284] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [1284] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1285] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1286] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1285] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [1292] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95 -> [1293] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1292] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.95
% 220.26/29.95 [1293] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [1286] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.95 -> [1321] ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95
% 220.26/29.95 [1321] BETA_IMPLY : ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [1324] ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [1325] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1324] BETA_NOT_AND : ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.95 -> [1339] ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.95 -> [1340] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1340] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1339] CLOSURE : ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [1374] BETA_IMPLY : ((=(B23_34_7, B23_34_7) & xsd_integer(B23_34_7)) => xsd_integer(B23_34_7))
% 220.26/29.95 -> [3066] ~(=(B23_34_7, B23_34_7) & xsd_integer(B23_34_7))
% 220.26/29.95 -> [3067] xsd_integer(B23_34_7)
% 220.26/29.95
% 220.26/29.95 [3067] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [3077] ((=(B25_103_8, B25_103_8) & xsd_string(B25_103_8)) => xsd_string(B25_103_8))
% 220.26/29.95
% 220.26/29.95 [3077] BETA_IMPLY : ((=(B25_103_8, B25_103_8) & xsd_string(B25_103_8)) => xsd_string(B25_103_8))
% 220.26/29.95 -> [3078] ~(=(B25_103_8, B25_103_8) & xsd_string(B25_103_8))
% 220.26/29.95 -> [3079] xsd_string(B25_103_8)
% 220.26/29.95
% 220.26/29.95 [3079] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [3091] (cowlThing(X26_229_9) & ~cowlNothing(X26_229_9))
% 220.26/29.95
% 220.26/29.95 [3091] ALPHA_AND : (cowlThing(X26_229_9) & ~cowlNothing(X26_229_9))
% 220.26/29.95 -> [3092] cowlThing(X26_229_9), ~cowlNothing(X26_229_9)
% 220.26/29.95
% 220.26/29.95 [3092] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [3118] (xsd_string(X27_86_10) <=> ~xsd_integer(X27_86_10))
% 220.26/29.95
% 220.26/29.95 [3118] BETA_EQUIV : (xsd_string(X27_86_10) <=> ~xsd_integer(X27_86_10))
% 220.26/29.95 -> [3119] ~xsd_string(X27_86_10), ~~xsd_integer(X27_86_10)
% 220.26/29.95 -> [3120] xsd_string(X27_86_10), ~xsd_integer(X27_86_10)
% 220.26/29.95
% 220.26/29.95 [3120] CLOSURE : ~xsd_integer(X27_86_10)
% 220.26/29.95
% 220.26/29.95 [3129] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.95 -> [3139] (cc(X33_62_11) => ~cd(X33_62_11))
% 220.26/29.95
% 220.26/29.95 [3139] BETA_IMPLY : (cc(X33_62_11) => ~cd(X33_62_11))
% 220.26/29.95 -> [3140] ~cc(X33_62_11)
% 220.26/29.95 -> [3141] ~cd(X33_62_11)
% 220.26/29.95
% 220.26/29.95 [3141] CLOSURE : ~cd(X33_62_11)
% 220.26/29.95
% 220.26/29.95 [3140] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [3154] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [3154] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [3155] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [3156] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [3156] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [3155] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [3241] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [3242] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [3242] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [3241] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [3078] BETA_NOT_AND : ~(=(B25_103_8, B25_103_8) & xsd_string(B25_103_8))
% 220.26/29.95 -> [3080] ~=(B25_103_8, B25_103_8)
% 220.26/29.95 -> [3081] ~xsd_string(B25_103_8)
% 220.26/29.95
% 220.26/29.95 [3080] CLOSURE : ~=(B25_103_8, B25_103_8)
% 220.26/29.95
% 220.26/29.95 [3081] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [3094] (cowlThing(X26_230_9) & ~cowlNothing(X26_230_9))
% 220.26/29.95
% 220.26/29.95 [3094] ALPHA_AND : (cowlThing(X26_230_9) & ~cowlNothing(X26_230_9))
% 220.26/29.95 -> [3095] cowlThing(X26_230_9), ~cowlNothing(X26_230_9)
% 220.26/29.95
% 220.26/29.95 [3095] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [3121] (xsd_string(X27_87_10) <=> ~xsd_integer(X27_87_10))
% 220.26/29.95
% 220.26/29.95 [3121] BETA_EQUIV : (xsd_string(X27_87_10) <=> ~xsd_integer(X27_87_10))
% 220.26/29.95 -> [3125] ~xsd_string(X27_87_10), ~~xsd_integer(X27_87_10)
% 220.26/29.95 -> [3126] xsd_string(X27_87_10), ~xsd_integer(X27_87_10)
% 220.26/29.95
% 220.26/29.95 [3126] CLOSURE : ~xsd_integer(X27_87_10)
% 220.26/29.95
% 220.26/29.95 [3125] ALPHA_NOT_NOT : ~~xsd_integer(X27_87_10)
% 220.26/29.95 -> [3137] xsd_integer(X27_87_10)
% 220.26/29.95
% 220.26/29.95 [3137] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.95 -> [3166] (cc(X33_66_11) => ~cd(X33_66_11))
% 220.26/29.95
% 220.26/29.95 [3166] BETA_IMPLY : (cc(X33_66_11) => ~cd(X33_66_11))
% 220.26/29.95 -> [3167] ~cc(X33_66_11)
% 220.26/29.95 -> [3168] ~cd(X33_66_11)
% 220.26/29.95
% 220.26/29.95 [3168] CLOSURE : ~cd(X33_66_11)
% 220.26/29.95
% 220.26/29.95 [3167] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.95 -> [3195] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95
% 220.26/29.95 [3195] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.95 -> [3196] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [3197] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [3197] CLOSURE : =
% 220.26/29.95
% 220.26/29.95 [3196] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.95 -> [3263] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95 -> [3264] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [3264] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.95
% 220.26/29.95 [3263] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.95
% 220.26/29.95 [3066] BETA_NOT_AND : ~(=(B23_34_7, B23_34_7) & xsd_integer(B23_34_7))
% 220.26/29.95 -> [3071] ~=(B23_34_7, B23_34_7)
% 220.26/29.95 -> [3072] ~xsd_integer(B23_34_7)
% 220.26/29.95
% 220.26/29.95 [3071] CLOSURE : ~=(B23_34_7, B23_34_7)
% 220.26/29.95
% 220.26/29.95 [3072] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.95 -> [3083] ((=(B25_104_8, B25_104_8) & xsd_string(B25_104_8)) => xsd_string(B25_104_8))
% 220.26/29.95
% 220.26/29.95 [3083] BETA_IMPLY : ((=(B25_104_8, B25_104_8) & xsd_string(B25_104_8)) => xsd_string(B25_104_8))
% 220.26/29.95 -> [3084] ~(=(B25_104_8, B25_104_8) & xsd_string(B25_104_8))
% 220.26/29.95 -> [3085] xsd_string(B25_104_8)
% 220.26/29.95
% 220.26/29.95 [3084] BETA_NOT_AND : ~(=(B25_104_8, B25_104_8) & xsd_string(B25_104_8))
% 220.26/29.95 -> [3086] ~=(B25_104_8, B25_104_8)
% 220.26/29.95 -> [3087] ~xsd_string(B25_104_8)
% 220.26/29.95
% 220.26/29.95 [3086] CLOSURE : ~=(B25_104_8, B25_104_8)
% 220.26/29.95
% 220.26/29.95 [3124] BETA_EQUIV : (xsd_string(X27_88_10) <=> ~xsd_integer(X27_88_10))
% 220.26/29.95 -> [3216] ~xsd_string(X27_88_10), ~~xsd_integer(X27_88_10)
% 220.26/29.95 -> [3217] xsd_string(X27_88_10), ~xsd_integer(X27_88_10)
% 220.26/29.95
% 220.26/29.95 [3217] CLOSURE : xsd_string(X27_88_10)
% 220.26/29.95
% 220.26/29.95 [3226] CLOSURE : xsd_integer(X27_88_10)
% 220.26/29.95
% 220.26/29.95 [3085] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.95 -> [3096] (cowlThing(X26_231_9) & ~cowlNothing(X26_231_9))
% 220.26/29.95
% 220.26/29.95 [3096] ALPHA_AND : (cowlThing(X26_231_9) & ~cowlNothing(X26_231_9))
% 220.26/29.95 -> [3097] cowlThing(X26_231_9), ~cowlNothing(X26_231_9)
% 220.26/29.95
% 220.26/29.95 [3097] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.95 -> [3130] (xsd_string(X27_89_10) <=> ~xsd_integer(X27_89_10))
% 220.26/29.95
% 220.26/29.95 [3130] BETA_EQUIV : (xsd_string(X27_89_10) <=> ~xsd_integer(X27_89_10))
% 220.26/29.95 -> [3131] ~xsd_string(X27_89_10), ~~xsd_integer(X27_89_10)
% 220.26/29.95 -> [3132] xsd_string(X27_89_10), ~xsd_integer(X27_89_10)
% 220.26/29.95
% 220.26/29.95 [3131] ALPHA_NOT_NOT : ~~xsd_integer(X27_89_10)
% 220.26/29.95 -> [3138] xsd_integer(X27_89_10)
% 220.26/29.95
% 220.26/29.95 [3138] CLOSURE : xsd_integer(X27_89_10)
% 220.26/29.95
% 220.26/29.95 [3132] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.95 -> [3149] (cc(X33_64_11) => ~cd(X33_64_11))
% 220.26/29.95
% 220.26/29.95 [3149] BETA_IMPLY : (cc(X33_64_11) => ~cd(X33_64_11))
% 220.26/29.95 -> [3150] ~cc(X33_64_11)
% 220.26/29.95 -> [3151] ~cd(X33_64_11)
% 220.26/29.95
% 220.26/29.95 [3151] CLOSURE : ~cd(X33_64_11)
% 220.26/29.95
% 220.26/29.95 [3150] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96 -> [3174] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [3174] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96 -> [3175] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [3176] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [3176] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [3175] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [3269] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96 -> [3270] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [3270] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [3269] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [23] GAMMA_FORALL : ! [A10_10, B11_11] : (((=(A10_10, B11_11) & cd(A10_10)) => cd(B11_11)))
% 220.26/29.96 -> [28] ((=(B9_0_1, B9_0_1) & cd(B9_0_1)) => cd(B9_0_1))
% 220.26/29.96
% 220.26/29.96 [28] BETA_IMPLY : ((=(B9_0_1, B9_0_1) & cd(B9_0_1)) => cd(B9_0_1))
% 220.26/29.96 -> [32] ~(=(B9_0_1, B9_0_1) & cd(B9_0_1))
% 220.26/29.96 -> [33] cd(B9_0_1)
% 220.26/29.96
% 220.26/29.96 [32] BETA_NOT_AND : ~(=(B9_0_1, B9_0_1) & cd(B9_0_1))
% 220.26/29.96 -> [40] ~=(B9_0_1, B9_0_1)
% 220.26/29.96 -> [41] ~cd(B9_0_1)
% 220.26/29.96
% 220.26/29.96 [40] CLOSURE : ~=(B9_0_1, B9_0_1)
% 220.26/29.96
% 220.26/29.96 [41] GAMMA_FORALL : ! [A12_12, B13_13] : (((=(A12_12, B13_13) & cowlNothing(A12_12)) => cowlNothing(B13_13)))
% 220.26/29.96 -> [53] ((=(B13_2_3, B13_2_3) & cowlNothing(B13_2_3)) => cowlNothing(B13_2_3))
% 220.26/29.96
% 220.26/29.96 [53] BETA_IMPLY : ((=(B13_2_3, B13_2_3) & cowlNothing(B13_2_3)) => cowlNothing(B13_2_3))
% 220.26/29.96 -> [61] ~(=(B13_2_3, B13_2_3) & cowlNothing(B13_2_3))
% 220.26/29.96 -> [62] cowlNothing(B13_2_3)
% 220.26/29.96
% 220.26/29.96 [62] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.96 -> [639] ((=(B15_20_4, B15_20_4) & cowlThing(B15_20_4)) => cowlThing(B15_20_4))
% 220.26/29.96
% 220.26/29.96 [639] BETA_IMPLY : ((=(B15_20_4, B15_20_4) & cowlThing(B15_20_4)) => cowlThing(B15_20_4))
% 220.26/29.96 -> [641] ~(=(B15_20_4, B15_20_4) & cowlThing(B15_20_4))
% 220.26/29.96 -> [642] cowlThing(B15_20_4)
% 220.26/29.96
% 220.26/29.96 [642] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [683] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [683] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [684] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [685] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [684] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [711] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [712] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [712] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [711] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [685] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [741] ((=(B20_21_6, B20_21_6) & rr(C21_21_6, B20_21_6)) => rr(C21_21_6, B20_21_6))
% 220.26/29.96
% 220.26/29.96 [741] BETA_IMPLY : ((=(B20_21_6, B20_21_6) & rr(C21_21_6, B20_21_6)) => rr(C21_21_6, B20_21_6))
% 220.26/29.96 -> [742] ~(=(B20_21_6, B20_21_6) & rr(C21_21_6, B20_21_6))
% 220.26/29.96 -> [743] rr(C21_21_6, B20_21_6)
% 220.26/29.96
% 220.26/29.96 [743] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [827] ((=(B23_20_7, B23_20_7) & xsd_integer(B23_20_7)) => xsd_integer(B23_20_7))
% 220.26/29.96
% 220.26/29.96 [827] BETA_IMPLY : ((=(B23_20_7, B23_20_7) & xsd_integer(B23_20_7)) => xsd_integer(B23_20_7))
% 220.26/29.96 -> [828] ~(=(B23_20_7, B23_20_7) & xsd_integer(B23_20_7))
% 220.26/29.96 -> [829] xsd_integer(B23_20_7)
% 220.26/29.96
% 220.26/29.96 [829] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [885] ((=(B25_30_8, B25_30_8) & xsd_string(B25_30_8)) => xsd_string(B25_30_8))
% 220.26/29.96
% 220.26/29.96 [885] BETA_IMPLY : ((=(B25_30_8, B25_30_8) & xsd_string(B25_30_8)) => xsd_string(B25_30_8))
% 220.26/29.96 -> [887] ~(=(B25_30_8, B25_30_8) & xsd_string(B25_30_8))
% 220.26/29.96 -> [888] xsd_string(B25_30_8)
% 220.26/29.96
% 220.26/29.96 [888] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [963] (cowlThing(X26_50_9) & ~cowlNothing(X26_50_9))
% 220.26/29.96
% 220.26/29.96 [963] ALPHA_AND : (cowlThing(X26_50_9) & ~cowlNothing(X26_50_9))
% 220.26/29.96 -> [964] cowlThing(X26_50_9), ~cowlNothing(X26_50_9)
% 220.26/29.96
% 220.26/29.96 [964] CLOSURE : ~cowlNothing(X26_50_9)
% 220.26/29.96
% 220.26/29.96 [887] BETA_NOT_AND : ~(=(B25_30_8, B25_30_8) & xsd_string(B25_30_8))
% 220.26/29.96 -> [904] ~=(B25_30_8, B25_30_8)
% 220.26/29.96 -> [905] ~xsd_string(B25_30_8)
% 220.26/29.96
% 220.26/29.96 [904] CLOSURE : ~=(B25_30_8, B25_30_8)
% 220.26/29.96
% 220.26/29.96 [905] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1108] (cowlThing(X26_60_9) & ~cowlNothing(X26_60_9))
% 220.26/29.96
% 220.26/29.96 [1108] ALPHA_AND : (cowlThing(X26_60_9) & ~cowlNothing(X26_60_9))
% 220.26/29.96 -> [1109] cowlThing(X26_60_9), ~cowlNothing(X26_60_9)
% 220.26/29.96
% 220.26/29.96 [1109] CLOSURE : ~cowlNothing(X26_60_9)
% 220.26/29.96
% 220.26/29.96 [828] BETA_NOT_AND : ~(=(B23_20_7, B23_20_7) & xsd_integer(B23_20_7))
% 220.26/29.96 -> [840] ~=(B23_20_7, B23_20_7)
% 220.26/29.96 -> [841] ~xsd_integer(B23_20_7)
% 220.26/29.96
% 220.26/29.96 [840] CLOSURE : ~=(B23_20_7, B23_20_7)
% 220.26/29.96
% 220.26/29.96 [841] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [895] ((=(B25_32_8, B25_32_8) & xsd_string(B25_32_8)) => xsd_string(B25_32_8))
% 220.26/29.96
% 220.26/29.96 [895] BETA_IMPLY : ((=(B25_32_8, B25_32_8) & xsd_string(B25_32_8)) => xsd_string(B25_32_8))
% 220.26/29.96 -> [899] ~(=(B25_32_8, B25_32_8) & xsd_string(B25_32_8))
% 220.26/29.96 -> [900] xsd_string(B25_32_8)
% 220.26/29.96
% 220.26/29.96 [899] BETA_NOT_AND : ~(=(B25_32_8, B25_32_8) & xsd_string(B25_32_8))
% 220.26/29.96 -> [1720] ~=(B25_32_8, B25_32_8)
% 220.26/29.96 -> [1721] ~xsd_string(B25_32_8)
% 220.26/29.96
% 220.26/29.96 [1720] CLOSURE : ~=(B25_32_8, B25_32_8)
% 220.26/29.96
% 220.26/29.96 [1721] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1739] (cowlThing(X26_127_9) & ~cowlNothing(X26_127_9))
% 220.26/29.96
% 220.26/29.96 [1739] ALPHA_AND : (cowlThing(X26_127_9) & ~cowlNothing(X26_127_9))
% 220.26/29.96 -> [1740] cowlThing(X26_127_9), ~cowlNothing(X26_127_9)
% 220.26/29.96
% 220.26/29.96 [1740] CLOSURE : ~cowlNothing(X26_127_9)
% 220.26/29.96
% 220.26/29.96 [900] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1751] (cowlThing(X26_131_9) & ~cowlNothing(X26_131_9))
% 220.26/29.96
% 220.26/29.96 [1751] ALPHA_AND : (cowlThing(X26_131_9) & ~cowlNothing(X26_131_9))
% 220.26/29.96 -> [1753] cowlThing(X26_131_9), ~cowlNothing(X26_131_9)
% 220.26/29.96
% 220.26/29.96 [1753] CLOSURE : ~cowlNothing(X26_131_9)
% 220.26/29.96
% 220.26/29.96 [742] BETA_NOT_AND : ~(=(B20_21_6, B20_21_6) & rr(C21_21_6, B20_21_6))
% 220.26/29.96 -> [774] ~=(B20_21_6, B20_21_6)
% 220.26/29.96 -> [775] ~rr(C21_21_6, B20_21_6)
% 220.26/29.96
% 220.26/29.96 [775] CLOSURE : ~rr(C21_21_6, B20_21_6)
% 220.26/29.96
% 220.26/29.96 [774] CLOSURE : ~=(B20_21_6, B20_21_6)
% 220.26/29.96
% 220.26/29.96 [641] BETA_NOT_AND : ~(=(B15_20_4, B15_20_4) & cowlThing(B15_20_4))
% 220.26/29.96 -> [656] ~=(B15_20_4, B15_20_4)
% 220.26/29.96 -> [657] ~cowlThing(B15_20_4)
% 220.26/29.96
% 220.26/29.96 [656] CLOSURE : ~=(B15_20_4, B15_20_4)
% 220.26/29.96
% 220.26/29.96 [657] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [698] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [698] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [699] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [700] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [700] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [755] ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [755] BETA_IMPLY : ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [756] ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [757] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [757] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [780] ((=(B23_19_7, B23_19_7) & xsd_integer(B23_19_7)) => xsd_integer(B23_19_7))
% 220.26/29.96
% 220.26/29.96 [780] BETA_IMPLY : ((=(B23_19_7, B23_19_7) & xsd_integer(B23_19_7)) => xsd_integer(B23_19_7))
% 220.26/29.96 -> [781] ~(=(B23_19_7, B23_19_7) & xsd_integer(B23_19_7))
% 220.26/29.96 -> [782] xsd_integer(B23_19_7)
% 220.26/29.96
% 220.26/29.96 [782] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [793] ((=(B25_22_8, B25_22_8) & xsd_string(B25_22_8)) => xsd_string(B25_22_8))
% 220.26/29.96
% 220.26/29.96 [793] BETA_IMPLY : ((=(B25_22_8, B25_22_8) & xsd_string(B25_22_8)) => xsd_string(B25_22_8))
% 220.26/29.96 -> [794] ~(=(B25_22_8, B25_22_8) & xsd_string(B25_22_8))
% 220.26/29.96 -> [795] xsd_string(B25_22_8)
% 220.26/29.96
% 220.26/29.96 [795] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [825] (cowlThing(X26_37_9) & ~cowlNothing(X26_37_9))
% 220.26/29.96
% 220.26/29.96 [825] ALPHA_AND : (cowlThing(X26_37_9) & ~cowlNothing(X26_37_9))
% 220.26/29.96 -> [826] cowlThing(X26_37_9), ~cowlNothing(X26_37_9)
% 220.26/29.96
% 220.26/29.96 [826] CLOSURE : cowlThing(X26_37_9)
% 220.26/29.96
% 220.26/29.96 [794] BETA_NOT_AND : ~(=(B25_22_8, B25_22_8) & xsd_string(B25_22_8))
% 220.26/29.96 -> [796] ~=(B25_22_8, B25_22_8)
% 220.26/29.96 -> [797] ~xsd_string(B25_22_8)
% 220.26/29.96
% 220.26/29.96 [796] CLOSURE : ~=(B25_22_8, B25_22_8)
% 220.26/29.96
% 220.26/29.96 [797] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [835] (cowlThing(X26_38_9) & ~cowlNothing(X26_38_9))
% 220.26/29.96
% 220.26/29.96 [835] ALPHA_AND : (cowlThing(X26_38_9) & ~cowlNothing(X26_38_9))
% 220.26/29.96 -> [836] cowlThing(X26_38_9), ~cowlNothing(X26_38_9)
% 220.26/29.96
% 220.26/29.96 [836] CLOSURE : cowlThing(X26_38_9)
% 220.26/29.96
% 220.26/29.96 [781] BETA_NOT_AND : ~(=(B23_19_7, B23_19_7) & xsd_integer(B23_19_7))
% 220.26/29.96 -> [785] ~=(B23_19_7, B23_19_7)
% 220.26/29.96 -> [786] ~xsd_integer(B23_19_7)
% 220.26/29.96
% 220.26/29.96 [785] CLOSURE : ~=(B23_19_7, B23_19_7)
% 220.26/29.96
% 220.26/29.96 [786] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [805] ((=(B25_23_8, B25_23_8) & xsd_string(B25_23_8)) => xsd_string(B25_23_8))
% 220.26/29.96
% 220.26/29.96 [805] BETA_IMPLY : ((=(B25_23_8, B25_23_8) & xsd_string(B25_23_8)) => xsd_string(B25_23_8))
% 220.26/29.96 -> [807] ~(=(B25_23_8, B25_23_8) & xsd_string(B25_23_8))
% 220.26/29.96 -> [808] xsd_string(B25_23_8)
% 220.26/29.96
% 220.26/29.96 [808] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [839] (cowlThing(X26_39_9) & ~cowlNothing(X26_39_9))
% 220.26/29.96
% 220.26/29.96 [839] ALPHA_AND : (cowlThing(X26_39_9) & ~cowlNothing(X26_39_9))
% 220.26/29.96 -> [844] cowlThing(X26_39_9), ~cowlNothing(X26_39_9)
% 220.26/29.96
% 220.26/29.96 [844] CLOSURE : cowlThing(X26_39_9)
% 220.26/29.96
% 220.26/29.96 [807] BETA_NOT_AND : ~(=(B25_23_8, B25_23_8) & xsd_string(B25_23_8))
% 220.26/29.96 -> [815] ~=(B25_23_8, B25_23_8)
% 220.26/29.96 -> [816] ~xsd_string(B25_23_8)
% 220.26/29.96
% 220.26/29.96 [815] CLOSURE : ~=(B25_23_8, B25_23_8)
% 220.26/29.96
% 220.26/29.96 [816] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [852] (cowlThing(X26_40_9) & ~cowlNothing(X26_40_9))
% 220.26/29.96
% 220.26/29.96 [852] ALPHA_AND : (cowlThing(X26_40_9) & ~cowlNothing(X26_40_9))
% 220.26/29.96 -> [853] cowlThing(X26_40_9), ~cowlNothing(X26_40_9)
% 220.26/29.96
% 220.26/29.96 [853] CLOSURE : cowlThing(X26_40_9)
% 220.26/29.96
% 220.26/29.96 [756] BETA_NOT_AND : ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [767] ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.96 -> [768] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [768] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [767] CLOSURE : ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [699] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [721] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [722] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [722] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [721] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [61] BETA_NOT_AND : ~(=(B13_2_3, B13_2_3) & cowlNothing(B13_2_3))
% 220.26/29.96 -> [87] ~=(B13_2_3, B13_2_3)
% 220.26/29.96 -> [88] ~cowlNothing(B13_2_3)
% 220.26/29.96
% 220.26/29.96 [87] CLOSURE : ~=(B13_2_3, B13_2_3)
% 220.26/29.96
% 220.26/29.96 [88] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.96 -> [98] ((=(B15_3_4, B15_3_4) & cowlThing(B15_3_4)) => cowlThing(B15_3_4))
% 220.26/29.96
% 220.26/29.96 [98] BETA_IMPLY : ((=(B15_3_4, B15_3_4) & cowlThing(B15_3_4)) => cowlThing(B15_3_4))
% 220.26/29.96 -> [99] ~(=(B15_3_4, B15_3_4) & cowlThing(B15_3_4))
% 220.26/29.96 -> [100] cowlThing(B15_3_4)
% 220.26/29.96
% 220.26/29.96 [99] BETA_NOT_AND : ~(=(B15_3_4, B15_3_4) & cowlThing(B15_3_4))
% 220.26/29.96 -> [110] ~=(B15_3_4, B15_3_4)
% 220.26/29.96 -> [111] ~cowlThing(B15_3_4)
% 220.26/29.96
% 220.26/29.96 [110] CLOSURE : ~=(B15_3_4, B15_3_4)
% 220.26/29.96
% 220.26/29.96 [111] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [210] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [210] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [214] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [215] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [214] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [388] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [389] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [389] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [388] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [215] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [590] ((=(B20_18_6, B20_18_6) & rr(C21_18_6, B20_18_6)) => rr(C21_18_6, B20_18_6))
% 220.26/29.96
% 220.26/29.96 [590] BETA_IMPLY : ((=(B20_18_6, B20_18_6) & rr(C21_18_6, B20_18_6)) => rr(C21_18_6, B20_18_6))
% 220.26/29.96 -> [592] ~(=(B20_18_6, B20_18_6) & rr(C21_18_6, B20_18_6))
% 220.26/29.96 -> [593] rr(C21_18_6, B20_18_6)
% 220.26/29.96
% 220.26/29.96 [593] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [724] ((=(B23_15_7, B23_15_7) & xsd_integer(B23_15_7)) => xsd_integer(B23_15_7))
% 220.26/29.96
% 220.26/29.96 [724] BETA_IMPLY : ((=(B23_15_7, B23_15_7) & xsd_integer(B23_15_7)) => xsd_integer(B23_15_7))
% 220.26/29.96 -> [726] ~(=(B23_15_7, B23_15_7) & xsd_integer(B23_15_7))
% 220.26/29.96 -> [727] xsd_integer(B23_15_7)
% 220.26/29.96
% 220.26/29.96 [727] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [857] ((=(B25_27_8, B25_27_8) & xsd_string(B25_27_8)) => xsd_string(B25_27_8))
% 220.26/29.96
% 220.26/29.96 [857] BETA_IMPLY : ((=(B25_27_8, B25_27_8) & xsd_string(B25_27_8)) => xsd_string(B25_27_8))
% 220.26/29.96 -> [858] ~(=(B25_27_8, B25_27_8) & xsd_string(B25_27_8))
% 220.26/29.96 -> [859] xsd_string(B25_27_8)
% 220.26/29.96
% 220.26/29.96 [858] BETA_NOT_AND : ~(=(B25_27_8, B25_27_8) & xsd_string(B25_27_8))
% 220.26/29.96 -> [944] ~=(B25_27_8, B25_27_8)
% 220.26/29.96 -> [945] ~xsd_string(B25_27_8)
% 220.26/29.96
% 220.26/29.96 [944] CLOSURE : ~=(B25_27_8, B25_27_8)
% 220.26/29.96
% 220.26/29.96 [945] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1745] (cowlThing(X26_129_9) & ~cowlNothing(X26_129_9))
% 220.26/29.96
% 220.26/29.96 [1745] ALPHA_AND : (cowlThing(X26_129_9) & ~cowlNothing(X26_129_9))
% 220.26/29.96 -> [1746] cowlThing(X26_129_9), ~cowlNothing(X26_129_9)
% 220.26/29.96
% 220.26/29.96 [1746] CLOSURE : cowlThing(X26_129_9)
% 220.26/29.96
% 220.26/29.96 [859] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1755] (cowlThing(X26_133_9) & ~cowlNothing(X26_133_9))
% 220.26/29.96
% 220.26/29.96 [1755] ALPHA_AND : (cowlThing(X26_133_9) & ~cowlNothing(X26_133_9))
% 220.26/29.96 -> [1756] cowlThing(X26_133_9), ~cowlNothing(X26_133_9)
% 220.26/29.96
% 220.26/29.96 [1756] CLOSURE : cowlThing(X26_133_9)
% 220.26/29.96
% 220.26/29.96 [726] BETA_NOT_AND : ~(=(B23_15_7, B23_15_7) & xsd_integer(B23_15_7))
% 220.26/29.96 -> [765] ~=(B23_15_7, B23_15_7)
% 220.26/29.96 -> [766] ~xsd_integer(B23_15_7)
% 220.26/29.96
% 220.26/29.96 [765] CLOSURE : ~=(B23_15_7, B23_15_7)
% 220.26/29.96
% 220.26/29.96 [766] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [934] ((=(B25_36_8, B25_36_8) & xsd_string(B25_36_8)) => xsd_string(B25_36_8))
% 220.26/29.96
% 220.26/29.96 [934] BETA_IMPLY : ((=(B25_36_8, B25_36_8) & xsd_string(B25_36_8)) => xsd_string(B25_36_8))
% 220.26/29.96 -> [935] ~(=(B25_36_8, B25_36_8) & xsd_string(B25_36_8))
% 220.26/29.96 -> [936] xsd_string(B25_36_8)
% 220.26/29.96
% 220.26/29.96 [935] BETA_NOT_AND : ~(=(B25_36_8, B25_36_8) & xsd_string(B25_36_8))
% 220.26/29.96 -> [1677] ~=(B25_36_8, B25_36_8)
% 220.26/29.96 -> [1678] ~xsd_string(B25_36_8)
% 220.26/29.96
% 220.26/29.96 [1677] CLOSURE : ~=(B25_36_8, B25_36_8)
% 220.26/29.96
% 220.26/29.96 [1678] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1743] (cowlThing(X26_128_9) & ~cowlNothing(X26_128_9))
% 220.26/29.96
% 220.26/29.96 [1743] ALPHA_AND : (cowlThing(X26_128_9) & ~cowlNothing(X26_128_9))
% 220.26/29.96 -> [1744] cowlThing(X26_128_9), ~cowlNothing(X26_128_9)
% 220.26/29.96
% 220.26/29.96 [1744] CLOSURE : cowlThing(X26_128_9)
% 220.26/29.96
% 220.26/29.96 [936] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1793] (cowlThing(X26_139_9) & ~cowlNothing(X26_139_9))
% 220.26/29.96
% 220.26/29.96 [1793] ALPHA_AND : (cowlThing(X26_139_9) & ~cowlNothing(X26_139_9))
% 220.26/29.96 -> [1794] cowlThing(X26_139_9), ~cowlNothing(X26_139_9)
% 220.26/29.96
% 220.26/29.96 [1794] CLOSURE : cowlThing(X26_139_9)
% 220.26/29.96
% 220.26/29.96 [592] BETA_NOT_AND : ~(=(B20_18_6, B20_18_6) & rr(C21_18_6, B20_18_6))
% 220.26/29.96 -> [635] ~=(B20_18_6, B20_18_6)
% 220.26/29.96 -> [636] ~rr(C21_18_6, B20_18_6)
% 220.26/29.96
% 220.26/29.96 [636] CLOSURE : ~rr(C21_18_6, B20_18_6)
% 220.26/29.96
% 220.26/29.96 [635] CLOSURE : ~=(B20_18_6, B20_18_6)
% 220.26/29.96
% 220.26/29.96 [100] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [209] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [209] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [211] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [212] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [211] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [250] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [251] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [250] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [251] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [212] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [625] ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [625] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [626] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [627] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [626] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [667] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96 -> [668] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [668] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [667] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [627] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [758] ((=(B23_17_7, B23_17_7) & xsd_integer(B23_17_7)) => xsd_integer(B23_17_7))
% 220.26/29.96
% 220.26/29.96 [758] BETA_IMPLY : ((=(B23_17_7, B23_17_7) & xsd_integer(B23_17_7)) => xsd_integer(B23_17_7))
% 220.26/29.96 -> [759] ~(=(B23_17_7, B23_17_7) & xsd_integer(B23_17_7))
% 220.26/29.96 -> [760] xsd_integer(B23_17_7)
% 220.26/29.96
% 220.26/29.96 [759] BETA_NOT_AND : ~(=(B23_17_7, B23_17_7) & xsd_integer(B23_17_7))
% 220.26/29.96 -> [791] ~=(B23_17_7, B23_17_7)
% 220.26/29.96 -> [792] ~xsd_integer(B23_17_7)
% 220.26/29.96
% 220.26/29.96 [791] CLOSURE : ~=(B23_17_7, B23_17_7)
% 220.26/29.96
% 220.26/29.96 [792] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [1710] ((=(A24_76_8, A24_76_8) & xsd_string(A24_76_8)) => xsd_string(A24_76_8))
% 220.26/29.96
% 220.26/29.96 [1710] BETA_IMPLY : ((=(A24_76_8, A24_76_8) & xsd_string(A24_76_8)) => xsd_string(A24_76_8))
% 220.26/29.96 -> [1711] ~(=(A24_76_8, A24_76_8) & xsd_string(A24_76_8))
% 220.26/29.96 -> [1712] xsd_string(A24_76_8)
% 220.26/29.96
% 220.26/29.96 [1711] BETA_NOT_AND : ~(=(A24_76_8, A24_76_8) & xsd_string(A24_76_8))
% 220.26/29.96 -> [1730] ~=(A24_76_8, A24_76_8)
% 220.26/29.96 -> [1731] ~xsd_string(A24_76_8)
% 220.26/29.96
% 220.26/29.96 [1730] CLOSURE : ~=(A24_76_8, A24_76_8)
% 220.26/29.96
% 220.26/29.96 [1900] BETA_EQUIV : (xsd_string(X27_32_10) <=> ~xsd_integer(X27_32_10))
% 220.26/29.96 -> [2137] ~xsd_string(X27_32_10), ~~xsd_integer(X27_32_10)
% 220.26/29.96 -> [2138] xsd_string(X27_32_10), ~xsd_integer(X27_32_10)
% 220.26/29.96
% 220.26/29.96 [2138] CLOSURE : xsd_string(X27_32_10)
% 220.26/29.96
% 220.26/29.96 [2148] CLOSURE : xsd_integer(X27_32_10)
% 220.26/29.96
% 220.26/29.96 [1712] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1747] (cowlThing(X26_130_9) & ~cowlNothing(X26_130_9))
% 220.26/29.96
% 220.26/29.96 [1747] ALPHA_AND : (cowlThing(X26_130_9) & ~cowlNothing(X26_130_9))
% 220.26/29.96 -> [1748] cowlThing(X26_130_9), ~cowlNothing(X26_130_9)
% 220.26/29.96
% 220.26/29.96 [1748] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.96 -> [1864] (xsd_string(X27_30_10) <=> ~xsd_integer(X27_30_10))
% 220.26/29.96
% 220.26/29.96 [1864] BETA_EQUIV : (xsd_string(X27_30_10) <=> ~xsd_integer(X27_30_10))
% 220.26/29.96 -> [1866] ~xsd_string(X27_30_10), ~~xsd_integer(X27_30_10)
% 220.26/29.96 -> [1867] xsd_string(X27_30_10), ~xsd_integer(X27_30_10)
% 220.26/29.96
% 220.26/29.96 [1866] ALPHA_NOT_NOT : ~~xsd_integer(X27_30_10)
% 220.26/29.96 -> [1970] xsd_integer(X27_30_10)
% 220.26/29.96
% 220.26/29.96 [1970] CLOSURE : xsd_integer(X27_30_10)
% 220.26/29.96
% 220.26/29.96 [1867] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.96 -> [1997] (cc(X33_18_11) => ~cd(X33_18_11))
% 220.26/29.96
% 220.26/29.96 [1997] BETA_IMPLY : (cc(X33_18_11) => ~cd(X33_18_11))
% 220.26/29.96 -> [1998] ~cc(X33_18_11)
% 220.26/29.96 -> [1999] ~cd(X33_18_11)
% 220.26/29.96
% 220.26/29.96 [1998] CLOSURE : ~cc(X33_18_11)
% 220.26/29.96
% 220.26/29.96 [1999] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96 -> [2063] ((rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => =(skolem_Y13030, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [2063] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => =(skolem_Y13030, skolem_Y02929))
% 220.26/29.96 -> [2064] ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [2065] =(skolem_Y13030, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [2065] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [2064] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [2089] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96 -> [2090] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [2089] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [2090] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [760] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [1722] ((=(B25_77_8, B25_77_8) & xsd_string(B25_77_8)) => xsd_string(B25_77_8))
% 220.26/29.96
% 220.26/29.96 [1722] BETA_IMPLY : ((=(B25_77_8, B25_77_8) & xsd_string(B25_77_8)) => xsd_string(B25_77_8))
% 220.26/29.96 -> [1723] ~(=(B25_77_8, B25_77_8) & xsd_string(B25_77_8))
% 220.26/29.96 -> [1724] xsd_string(B25_77_8)
% 220.26/29.96
% 220.26/29.96 [1723] BETA_NOT_AND : ~(=(B25_77_8, B25_77_8) & xsd_string(B25_77_8))
% 220.26/29.96 -> [1735] ~=(B25_77_8, B25_77_8)
% 220.26/29.96 -> [1736] ~xsd_string(B25_77_8)
% 220.26/29.96
% 220.26/29.96 [1735] CLOSURE : ~=(B25_77_8, B25_77_8)
% 220.26/29.96
% 220.26/29.96 [1736] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1847] (cowlThing(X26_150_9) & ~cowlNothing(X26_150_9))
% 220.26/29.96
% 220.26/29.96 [1847] ALPHA_AND : (cowlThing(X26_150_9) & ~cowlNothing(X26_150_9))
% 220.26/29.96 -> [1848] cowlThing(X26_150_9), ~cowlNothing(X26_150_9)
% 220.26/29.96
% 220.26/29.96 [1848] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.96 -> [2134] (xsd_string(X27_42_10) <=> ~xsd_integer(X27_42_10))
% 220.26/29.96
% 220.26/29.96 [2134] BETA_EQUIV : (xsd_string(X27_42_10) <=> ~xsd_integer(X27_42_10))
% 220.26/29.96 -> [2135] ~xsd_string(X27_42_10), ~~xsd_integer(X27_42_10)
% 220.26/29.96 -> [2136] xsd_string(X27_42_10), ~xsd_integer(X27_42_10)
% 220.26/29.96
% 220.26/29.96 [2136] CLOSURE : ~xsd_integer(X27_42_10)
% 220.26/29.96
% 220.26/29.96 [2135] ALPHA_NOT_NOT : ~~xsd_integer(X27_42_10)
% 220.26/29.96 -> [2163] xsd_integer(X27_42_10)
% 220.26/29.96
% 220.26/29.96 [2163] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.96 -> [2198] (cc(X33_22_11) => ~cd(X33_22_11))
% 220.26/29.96
% 220.26/29.96 [2198] BETA_IMPLY : (cc(X33_22_11) => ~cd(X33_22_11))
% 220.26/29.96 -> [2199] ~cc(X33_22_11)
% 220.26/29.96 -> [2200] ~cd(X33_22_11)
% 220.26/29.96
% 220.26/29.96 [2199] CLOSURE : ~cc(X33_22_11)
% 220.26/29.96
% 220.26/29.96 [2200] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96 -> [2211] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [2211] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96 -> [2212] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [2213] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [2213] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [2212] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [2225] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96 -> [2226] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [2226] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [2225] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [1890] BETA_EQUIV : (xsd_string(X27_31_10) <=> ~xsd_integer(X27_31_10))
% 220.26/29.96 -> [2398] ~xsd_string(X27_31_10), ~~xsd_integer(X27_31_10)
% 220.26/29.96 -> [2399] xsd_string(X27_31_10), ~xsd_integer(X27_31_10)
% 220.26/29.96
% 220.26/29.96 [2398] ALPHA_NOT_NOT : ~~xsd_integer(X27_31_10)
% 220.26/29.96 -> [2400] xsd_integer(X27_31_10)
% 220.26/29.96
% 220.26/29.96 [2400] CLOSURE : ~~xsd_integer(X27_31_10)
% 220.26/29.96
% 220.26/29.96 [2399] CLOSURE : ~xsd_integer(X27_31_10)
% 220.26/29.96
% 220.26/29.96 [50] BETA_IMPLY : ((=(B13_1_3, B13_1_3) & cowlNothing(B13_1_3)) => cowlNothing(B13_1_3))
% 220.26/29.96 -> [5635] ~(=(B13_1_3, B13_1_3) & cowlNothing(B13_1_3))
% 220.26/29.96 -> [5636] cowlNothing(B13_1_3)
% 220.26/29.96
% 220.26/29.96 [5636] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.96 -> [5639] ((=(B15_24_4, B15_24_4) & cowlThing(B15_24_4)) => cowlThing(B15_24_4))
% 220.26/29.96
% 220.26/29.96 [5639] BETA_IMPLY : ((=(B15_24_4, B15_24_4) & cowlThing(B15_24_4)) => cowlThing(B15_24_4))
% 220.26/29.96 -> [5640] ~(=(B15_24_4, B15_24_4) & cowlThing(B15_24_4))
% 220.26/29.96 -> [5641] cowlThing(B15_24_4)
% 220.26/29.96
% 220.26/29.96 [5640] BETA_NOT_AND : ~(=(B15_24_4, B15_24_4) & cowlThing(B15_24_4))
% 220.26/29.96 -> [5642] ~=(B15_24_4, B15_24_4)
% 220.26/29.96 -> [5643] ~cowlThing(B15_24_4)
% 220.26/29.96
% 220.26/29.96 [5642] CLOSURE : ~=(B15_24_4, B15_24_4)
% 220.26/29.96
% 220.26/29.96 [5643] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [5662] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [5662] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [5664] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [5665] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [5664] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [5670] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [5671] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [5671] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [5670] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [5665] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [5683] ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [5683] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [5684] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [5685] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [5685] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [5706] ((=(B23_56_7, B23_56_7) & xsd_integer(B23_56_7)) => xsd_integer(B23_56_7))
% 220.26/29.96
% 220.26/29.96 [5706] BETA_IMPLY : ((=(B23_56_7, B23_56_7) & xsd_integer(B23_56_7)) => xsd_integer(B23_56_7))
% 220.26/29.96 -> [5707] ~(=(B23_56_7, B23_56_7) & xsd_integer(B23_56_7))
% 220.26/29.96 -> [5708] xsd_integer(B23_56_7)
% 220.26/29.96
% 220.26/29.96 [5707] BETA_NOT_AND : ~(=(B23_56_7, B23_56_7) & xsd_integer(B23_56_7))
% 220.26/29.96 -> [5714] ~=(B23_56_7, B23_56_7)
% 220.26/29.96 -> [5715] ~xsd_integer(B23_56_7)
% 220.26/29.96
% 220.26/29.96 [5714] CLOSURE : ~=(B23_56_7, B23_56_7)
% 220.26/29.96
% 220.26/29.96 [5715] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [5748] ((=(B25_144_8, B25_144_8) & xsd_string(B25_144_8)) => xsd_string(B25_144_8))
% 220.26/29.96
% 220.26/29.96 [5748] BETA_IMPLY : ((=(B25_144_8, B25_144_8) & xsd_string(B25_144_8)) => xsd_string(B25_144_8))
% 220.26/29.96 -> [5749] ~(=(B25_144_8, B25_144_8) & xsd_string(B25_144_8))
% 220.26/29.96 -> [5750] xsd_string(B25_144_8)
% 220.26/29.96
% 220.26/29.96 [5750] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [5768] (cowlThing(X26_366_9) & ~cowlNothing(X26_366_9))
% 220.26/29.96
% 220.26/29.96 [5768] ALPHA_AND : (cowlThing(X26_366_9) & ~cowlNothing(X26_366_9))
% 220.26/29.96 -> [5769] cowlThing(X26_366_9), ~cowlNothing(X26_366_9)
% 220.26/29.96
% 220.26/29.96 [5769] CLOSURE : cowlThing(X26_366_9)
% 220.26/29.96
% 220.26/29.96 [5749] BETA_NOT_AND : ~(=(B25_144_8, B25_144_8) & xsd_string(B25_144_8))
% 220.26/29.96 -> [5753] ~=(B25_144_8, B25_144_8)
% 220.26/29.96 -> [5754] ~xsd_string(B25_144_8)
% 220.26/29.96
% 220.26/29.96 [5753] CLOSURE : ~=(B25_144_8, B25_144_8)
% 220.26/29.96
% 220.26/29.96 [5754] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [5774] (cowlThing(X26_368_9) & ~cowlNothing(X26_368_9))
% 220.26/29.96
% 220.26/29.96 [5774] ALPHA_AND : (cowlThing(X26_368_9) & ~cowlNothing(X26_368_9))
% 220.26/29.96 -> [5775] cowlThing(X26_368_9), ~cowlNothing(X26_368_9)
% 220.26/29.96
% 220.26/29.96 [5775] CLOSURE : cowlThing(X26_368_9)
% 220.26/29.96
% 220.26/29.96 [5708] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [5737] ((=(B25_142_8, B25_142_8) & xsd_string(B25_142_8)) => xsd_string(B25_142_8))
% 220.26/29.96
% 220.26/29.96 [5737] BETA_IMPLY : ((=(B25_142_8, B25_142_8) & xsd_string(B25_142_8)) => xsd_string(B25_142_8))
% 220.26/29.96 -> [5738] ~(=(B25_142_8, B25_142_8) & xsd_string(B25_142_8))
% 220.26/29.96 -> [5739] xsd_string(B25_142_8)
% 220.26/29.96
% 220.26/29.96 [5739] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [5772] (cowlThing(X26_367_9) & ~cowlNothing(X26_367_9))
% 220.26/29.96
% 220.26/29.96 [5772] ALPHA_AND : (cowlThing(X26_367_9) & ~cowlNothing(X26_367_9))
% 220.26/29.96 -> [5773] cowlThing(X26_367_9), ~cowlNothing(X26_367_9)
% 220.26/29.96
% 220.26/29.96 [5773] CLOSURE : cowlThing(X26_367_9)
% 220.26/29.96
% 220.26/29.96 [5738] BETA_NOT_AND : ~(=(B25_142_8, B25_142_8) & xsd_string(B25_142_8))
% 220.26/29.96 -> [5746] ~=(B25_142_8, B25_142_8)
% 220.26/29.96 -> [5747] ~xsd_string(B25_142_8)
% 220.26/29.96
% 220.26/29.96 [5746] CLOSURE : ~=(B25_142_8, B25_142_8)
% 220.26/29.96
% 220.26/29.96 [5747] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [5781] (cowlThing(X26_369_9) & ~cowlNothing(X26_369_9))
% 220.26/29.96
% 220.26/29.96 [5781] ALPHA_AND : (cowlThing(X26_369_9) & ~cowlNothing(X26_369_9))
% 220.26/29.96 -> [5782] cowlThing(X26_369_9), ~cowlNothing(X26_369_9)
% 220.26/29.96
% 220.26/29.96 [5782] CLOSURE : cowlThing(X26_369_9)
% 220.26/29.96
% 220.26/29.96 [5684] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [5686] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96 -> [5687] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [5687] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [5686] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [5641] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [5663] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [5663] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [5666] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [5667] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [5666] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [5672] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [5673] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [5672] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [5673] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [5667] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [5691] ((=(B20_53_6, B20_53_6) & rr(C21_53_6, B20_53_6)) => rr(C21_53_6, B20_53_6))
% 220.26/29.96
% 220.26/29.96 [5691] BETA_IMPLY : ((=(B20_53_6, B20_53_6) & rr(C21_53_6, B20_53_6)) => rr(C21_53_6, B20_53_6))
% 220.26/29.96 -> [5692] ~(=(B20_53_6, B20_53_6) & rr(C21_53_6, B20_53_6))
% 220.26/29.96 -> [5693] rr(C21_53_6, B20_53_6)
% 220.26/29.96
% 220.26/29.96 [5692] BETA_NOT_AND : ~(=(B20_53_6, B20_53_6) & rr(C21_53_6, B20_53_6))
% 220.26/29.96 -> [5702] ~=(B20_53_6, B20_53_6)
% 220.26/29.96 -> [5703] ~rr(C21_53_6, B20_53_6)
% 220.26/29.96
% 220.26/29.96 [5702] CLOSURE : ~=(B20_53_6, B20_53_6)
% 220.26/29.96
% 220.26/29.96 [5703] CLOSURE : ~rr(C21_53_6, B20_53_6)
% 220.26/29.96
% 220.26/29.96 [5693] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [5716] ((=(B23_57_7, B23_57_7) & xsd_integer(B23_57_7)) => xsd_integer(B23_57_7))
% 220.26/29.96
% 220.26/29.96 [5716] BETA_IMPLY : ((=(B23_57_7, B23_57_7) & xsd_integer(B23_57_7)) => xsd_integer(B23_57_7))
% 220.26/29.96 -> [5717] ~(=(B23_57_7, B23_57_7) & xsd_integer(B23_57_7))
% 220.26/29.96 -> [5718] xsd_integer(B23_57_7)
% 220.26/29.96
% 220.26/29.96 [5718] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [5743] ((=(B25_143_8, B25_143_8) & xsd_string(B25_143_8)) => xsd_string(B25_143_8))
% 220.26/29.96
% 220.26/29.96 [5743] BETA_IMPLY : ((=(B25_143_8, B25_143_8) & xsd_string(B25_143_8)) => xsd_string(B25_143_8))
% 220.26/29.96 -> [5744] ~(=(B25_143_8, B25_143_8) & xsd_string(B25_143_8))
% 220.26/29.96 -> [5745] xsd_string(B25_143_8)
% 220.26/29.96
% 220.26/29.96 [5745] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [5757] (cowlThing(X26_365_9) & ~cowlNothing(X26_365_9))
% 220.26/29.96
% 220.26/29.96 [5757] ALPHA_AND : (cowlThing(X26_365_9) & ~cowlNothing(X26_365_9))
% 220.26/29.96 -> [5758] cowlThing(X26_365_9), ~cowlNothing(X26_365_9)
% 220.26/29.96
% 220.26/29.96 [5758] CLOSURE : ~cowlNothing(X26_365_9)
% 220.26/29.96
% 220.26/29.96 [5744] BETA_NOT_AND : ~(=(B25_143_8, B25_143_8) & xsd_string(B25_143_8))
% 220.26/29.96 -> [5751] ~=(B25_143_8, B25_143_8)
% 220.26/29.96 -> [5752] ~xsd_string(B25_143_8)
% 220.26/29.96
% 220.26/29.96 [5751] CLOSURE : ~=(B25_143_8, B25_143_8)
% 220.26/29.96
% 220.26/29.96 [5752] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [5805] (cowlThing(X26_374_9) & ~cowlNothing(X26_374_9))
% 220.26/29.96
% 220.26/29.96 [5805] ALPHA_AND : (cowlThing(X26_374_9) & ~cowlNothing(X26_374_9))
% 220.26/29.96 -> [5806] cowlThing(X26_374_9), ~cowlNothing(X26_374_9)
% 220.26/29.96
% 220.26/29.96 [5806] CLOSURE : ~cowlNothing(X26_374_9)
% 220.26/29.96
% 220.26/29.96 [5717] BETA_NOT_AND : ~(=(B23_57_7, B23_57_7) & xsd_integer(B23_57_7))
% 220.26/29.96 -> [5726] ~=(B23_57_7, B23_57_7)
% 220.26/29.96 -> [5727] ~xsd_integer(B23_57_7)
% 220.26/29.96
% 220.26/29.96 [5726] CLOSURE : ~=(B23_57_7, B23_57_7)
% 220.26/29.96
% 220.26/29.96 [5727] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [5776] ((=(B25_147_8, B25_147_8) & xsd_string(B25_147_8)) => xsd_string(B25_147_8))
% 220.26/29.96
% 220.26/29.96 [5776] BETA_IMPLY : ((=(B25_147_8, B25_147_8) & xsd_string(B25_147_8)) => xsd_string(B25_147_8))
% 220.26/29.96 -> [5777] ~(=(B25_147_8, B25_147_8) & xsd_string(B25_147_8))
% 220.26/29.96 -> [5778] xsd_string(B25_147_8)
% 220.26/29.96
% 220.26/29.96 [5778] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [5827] (cowlThing(X26_377_9) & ~cowlNothing(X26_377_9))
% 220.26/29.96
% 220.26/29.96 [5827] ALPHA_AND : (cowlThing(X26_377_9) & ~cowlNothing(X26_377_9))
% 220.26/29.96 -> [5828] cowlThing(X26_377_9), ~cowlNothing(X26_377_9)
% 220.26/29.96
% 220.26/29.96 [5828] CLOSURE : ~cowlNothing(X26_377_9)
% 220.26/29.96
% 220.26/29.96 [5777] BETA_NOT_AND : ~(=(B25_147_8, B25_147_8) & xsd_string(B25_147_8))
% 220.26/29.96 -> [5783] ~=(B25_147_8, B25_147_8)
% 220.26/29.96 -> [5784] ~xsd_string(B25_147_8)
% 220.26/29.96
% 220.26/29.96 [5784] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [5823] (cowlThing(X26_376_9) & ~cowlNothing(X26_376_9))
% 220.26/29.96
% 220.26/29.96 [5823] ALPHA_AND : (cowlThing(X26_376_9) & ~cowlNothing(X26_376_9))
% 220.26/29.96 -> [5824] cowlThing(X26_376_9), ~cowlNothing(X26_376_9)
% 220.26/29.96
% 220.26/29.96 [5824] CLOSURE : ~cowlNothing(X26_376_9)
% 220.26/29.96
% 220.26/29.96 [5783] CLOSURE : ~=(B25_147_8, B25_147_8)
% 220.26/29.96
% 220.26/29.96 [5635] BETA_NOT_AND : ~(=(B13_1_3, B13_1_3) & cowlNothing(B13_1_3))
% 220.26/29.96 -> [5637] ~=(B13_1_3, B13_1_3)
% 220.26/29.96 -> [5638] ~cowlNothing(B13_1_3)
% 220.26/29.96
% 220.26/29.96 [5637] CLOSURE : ~=(B13_1_3, B13_1_3)
% 220.26/29.96
% 220.26/29.96 [5651] BETA_IMPLY : ((=(B15_25_4, B15_25_4) & cowlThing(B15_25_4)) => cowlThing(B15_25_4))
% 220.26/29.96 -> [8594] ~(=(B15_25_4, B15_25_4) & cowlThing(B15_25_4))
% 220.26/29.96 -> [8595] cowlThing(B15_25_4)
% 220.26/29.96
% 220.26/29.96 [8595] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [8607] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [8607] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [8609] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [8610] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [8609] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [8619] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [8620] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [8619] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [8620] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [8632] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [9370] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [9371] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [9370] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [9372] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96 -> [9373] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [9373] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [9372] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [9374] BETA_IMPLY : ((=(B23_78_7, B23_78_7) & xsd_integer(B23_78_7)) => xsd_integer(B23_78_7))
% 220.26/29.96 -> [9633] ~(=(B23_78_7, B23_78_7) & xsd_integer(B23_78_7))
% 220.26/29.96 -> [9634] xsd_integer(B23_78_7)
% 220.26/29.96
% 220.26/29.96 [9634] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [9640] ((=(B25_222_8, B25_222_8) & xsd_string(B25_222_8)) => xsd_string(B25_222_8))
% 220.26/29.96
% 220.26/29.96 [9640] BETA_IMPLY : ((=(B25_222_8, B25_222_8) & xsd_string(B25_222_8)) => xsd_string(B25_222_8))
% 220.26/29.96 -> [9641] ~(=(B25_222_8, B25_222_8) & xsd_string(B25_222_8))
% 220.26/29.96 -> [9642] xsd_string(B25_222_8)
% 220.26/29.96
% 220.26/29.96 [9642] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [9681] (cowlThing(X26_614_9) & ~cowlNothing(X26_614_9))
% 220.26/29.96
% 220.26/29.96 [9681] ALPHA_AND : (cowlThing(X26_614_9) & ~cowlNothing(X26_614_9))
% 220.26/29.96 -> [9682] cowlThing(X26_614_9), ~cowlNothing(X26_614_9)
% 220.26/29.96
% 220.26/29.96 [9682] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.96 -> [9693] (xsd_string(X27_438_10) <=> ~xsd_integer(X27_438_10))
% 220.26/29.96
% 220.26/29.96 [9693] BETA_EQUIV : (xsd_string(X27_438_10) <=> ~xsd_integer(X27_438_10))
% 220.26/29.96 -> [9694] ~xsd_string(X27_438_10), ~~xsd_integer(X27_438_10)
% 220.26/29.96 -> [9695] xsd_string(X27_438_10), ~xsd_integer(X27_438_10)
% 220.26/29.96
% 220.26/29.96 [9695] CLOSURE : ~xsd_integer(X27_438_10)
% 220.26/29.96
% 220.26/29.96 [9705] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.96 -> [9717] (cc(X33_354_11) => ~cd(X33_354_11))
% 220.26/29.96
% 220.26/29.96 [9717] BETA_IMPLY : (cc(X33_354_11) => ~cd(X33_354_11))
% 220.26/29.96 -> [9720] ~cc(X33_354_11)
% 220.26/29.96 -> [9721] ~cd(X33_354_11)
% 220.26/29.96
% 220.26/29.96 [9721] CLOSURE : ~cd(X33_354_11)
% 220.26/29.96
% 220.26/29.96 [9720] CLOSURE : ~cc(X33_354_11)
% 220.26/29.96
% 220.26/29.96 [9641] BETA_NOT_AND : ~(=(B25_222_8, B25_222_8) & xsd_string(B25_222_8))
% 220.26/29.96 -> [9753] ~=(B25_222_8, B25_222_8)
% 220.26/29.96 -> [9754] ~xsd_string(B25_222_8)
% 220.26/29.96
% 220.26/29.96 [9753] CLOSURE : ~=(B25_222_8, B25_222_8)
% 220.26/29.96
% 220.26/29.96 [9754] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [9761] (cowlThing(X26_618_9) & ~cowlNothing(X26_618_9))
% 220.26/29.96
% 220.26/29.96 [9761] ALPHA_AND : (cowlThing(X26_618_9) & ~cowlNothing(X26_618_9))
% 220.26/29.96 -> [9766] cowlThing(X26_618_9), ~cowlNothing(X26_618_9)
% 220.26/29.96
% 220.26/29.96 [9766] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.96 -> [9771] (xsd_string(X27_442_10) <=> ~xsd_integer(X27_442_10))
% 220.26/29.96
% 220.26/29.96 [9771] BETA_EQUIV : (xsd_string(X27_442_10) <=> ~xsd_integer(X27_442_10))
% 220.26/29.96 -> [9772] ~xsd_string(X27_442_10), ~~xsd_integer(X27_442_10)
% 220.26/29.96 -> [9773] xsd_string(X27_442_10), ~xsd_integer(X27_442_10)
% 220.26/29.96
% 220.26/29.96 [9773] CLOSURE : ~xsd_integer(X27_442_10)
% 220.26/29.96
% 220.26/29.96 [9772] ALPHA_NOT_NOT : ~~xsd_integer(X27_442_10)
% 220.26/29.96 -> [9776] xsd_integer(X27_442_10)
% 220.26/29.96
% 220.26/29.96 [9776] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.96 -> [9780] (cc(X33_358_11) => ~cd(X33_358_11))
% 220.26/29.96
% 220.26/29.96 [9780] BETA_IMPLY : (cc(X33_358_11) => ~cd(X33_358_11))
% 220.26/29.96 -> [9781] ~cc(X33_358_11)
% 220.26/29.96 -> [9782] ~cd(X33_358_11)
% 220.26/29.96
% 220.26/29.96 [9781] CLOSURE : ~cc(X33_358_11)
% 220.26/29.96
% 220.26/29.96 [9782] CLOSURE : ~cd(X33_358_11)
% 220.26/29.96
% 220.26/29.96 [9633] BETA_NOT_AND : ~(=(B23_78_7, B23_78_7) & xsd_integer(B23_78_7))
% 220.26/29.96 -> [9881] ~=(B23_78_7, B23_78_7)
% 220.26/29.96 -> [9882] ~xsd_integer(B23_78_7)
% 220.26/29.96
% 220.26/29.96 [9881] CLOSURE : ~=(B23_78_7, B23_78_7)
% 220.26/29.96
% 220.26/29.96 [9882] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [9883] ((=(B23_78_7, B23_78_7) & xsd_string(B23_78_7)) => xsd_string(B23_78_7))
% 220.26/29.96
% 220.26/29.96 [9883] BETA_IMPLY : ((=(B23_78_7, B23_78_7) & xsd_string(B23_78_7)) => xsd_string(B23_78_7))
% 220.26/29.96 -> [9886] ~(=(B23_78_7, B23_78_7) & xsd_string(B23_78_7))
% 220.26/29.96 -> [9887] xsd_string(B23_78_7)
% 220.26/29.96
% 220.26/29.96 [9887] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [9900] (cowlThing(X26_626_9) & ~cowlNothing(X26_626_9))
% 220.26/29.96
% 220.26/29.96 [9900] ALPHA_AND : (cowlThing(X26_626_9) & ~cowlNothing(X26_626_9))
% 220.26/29.96 -> [9901] cowlThing(X26_626_9), ~cowlNothing(X26_626_9)
% 220.26/29.96
% 220.26/29.96 [9901] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.96 -> [9952] (xsd_string(X27_451_10) <=> ~xsd_integer(X27_451_10))
% 220.26/29.96
% 220.26/29.96 [9952] BETA_EQUIV : (xsd_string(X27_451_10) <=> ~xsd_integer(X27_451_10))
% 220.26/29.96 -> [9953] ~xsd_string(X27_451_10), ~~xsd_integer(X27_451_10)
% 220.26/29.96 -> [9954] xsd_string(X27_451_10), ~xsd_integer(X27_451_10)
% 220.26/29.96
% 220.26/29.96 [9954] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.96 -> [9974] (cc(X33_363_11) => ~cd(X33_363_11))
% 220.26/29.96
% 220.26/29.96 [9974] BETA_IMPLY : (cc(X33_363_11) => ~cd(X33_363_11))
% 220.26/29.96 -> [9975] ~cc(X33_363_11)
% 220.26/29.96 -> [9976] ~cd(X33_363_11)
% 220.26/29.96
% 220.26/29.96 [9976] CLOSURE : ~cd(X33_363_11)
% 220.26/29.96
% 220.26/29.96 [9975] CLOSURE : ~cc(X33_363_11)
% 220.26/29.96
% 220.26/29.96 [9953] ALPHA_NOT_NOT : ~~xsd_integer(X27_451_10)
% 220.26/29.96 -> [9977] xsd_integer(X27_451_10)
% 220.26/29.96
% 220.26/29.96 [9977] CLOSURE : xsd_integer(X27_451_10)
% 220.26/29.96
% 220.26/29.96 [9886] BETA_NOT_AND : ~(=(B23_78_7, B23_78_7) & xsd_string(B23_78_7))
% 220.26/29.96 -> [9890] ~=(B23_78_7, B23_78_7)
% 220.26/29.96 -> [9891] ~xsd_string(B23_78_7)
% 220.26/29.96
% 220.26/29.96 [9890] CLOSURE : ~=(B23_78_7, B23_78_7)
% 220.26/29.96
% 220.26/29.96 [9919] BETA_EQUIV : (xsd_string(X27_450_10) <=> ~xsd_integer(X27_450_10))
% 220.26/29.96 -> [10008] ~xsd_string(X27_450_10), ~~xsd_integer(X27_450_10)
% 220.26/29.96 -> [10009] xsd_string(X27_450_10), ~xsd_integer(X27_450_10)
% 220.26/29.96
% 220.26/29.96 [10008] ALPHA_NOT_NOT : ~~xsd_integer(X27_450_10)
% 220.26/29.96 -> [10018] xsd_integer(X27_450_10)
% 220.26/29.96
% 220.26/29.96 [10018] CLOSURE : xsd_integer(X27_450_10)
% 220.26/29.96
% 220.26/29.96 [10009] CLOSURE : xsd_string(X27_450_10)
% 220.26/29.96
% 220.26/29.96 [8594] BETA_NOT_AND : ~(=(B15_25_4, B15_25_4) & cowlThing(B15_25_4))
% 220.26/29.96 -> [10031] ~=(B15_25_4, B15_25_4)
% 220.26/29.96 -> [10032] ~cowlThing(B15_25_4)
% 220.26/29.96
% 220.26/29.96 [10031] CLOSURE : ~=(B15_25_4, B15_25_4)
% 220.26/29.96
% 220.26/29.96 [10032] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [10037] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [10037] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [10039] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [10040] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [10039] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [10043] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [10044] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [10044] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [10043] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [10040] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [10047] ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [10047] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [10049] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [10050] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [10049] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [10056] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96 -> [10057] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [10057] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [10056] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [10050] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [10066] ((=(B23_83_7, B23_83_7) & xsd_integer(B23_83_7)) => xsd_integer(B23_83_7))
% 220.26/29.96
% 220.26/29.96 [10066] BETA_IMPLY : ((=(B23_83_7, B23_83_7) & xsd_integer(B23_83_7)) => xsd_integer(B23_83_7))
% 220.26/29.96 -> [10067] ~(=(B23_83_7, B23_83_7) & xsd_integer(B23_83_7))
% 220.26/29.96 -> [10068] xsd_integer(B23_83_7)
% 220.26/29.96
% 220.26/29.96 [10068] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [10077] ((=(B25_232_8, B25_232_8) & xsd_string(B25_232_8)) => xsd_string(B25_232_8))
% 220.26/29.96
% 220.26/29.96 [10077] BETA_IMPLY : ((=(B25_232_8, B25_232_8) & xsd_string(B25_232_8)) => xsd_string(B25_232_8))
% 220.26/29.96 -> [10078] ~(=(B25_232_8, B25_232_8) & xsd_string(B25_232_8))
% 220.26/29.96 -> [10079] xsd_string(B25_232_8)
% 220.26/29.96
% 220.26/29.96 [10079] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [10100] (cowlThing(X26_641_9) & ~cowlNothing(X26_641_9))
% 220.26/29.96
% 220.26/29.96 [10100] ALPHA_AND : (cowlThing(X26_641_9) & ~cowlNothing(X26_641_9))
% 220.26/29.96 -> [10101] cowlThing(X26_641_9), ~cowlNothing(X26_641_9)
% 220.26/29.96
% 220.26/29.96 [10101] CLOSURE : cowlThing(X26_641_9)
% 220.26/29.96
% 220.26/29.96 [10078] BETA_NOT_AND : ~(=(B25_232_8, B25_232_8) & xsd_string(B25_232_8))
% 220.26/29.96 -> [10083] ~=(B25_232_8, B25_232_8)
% 220.26/29.96 -> [10084] ~xsd_string(B25_232_8)
% 220.26/29.96
% 220.26/29.96 [10083] CLOSURE : ~=(B25_232_8, B25_232_8)
% 220.26/29.96
% 220.26/29.96 [10084] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [10111] (cowlThing(X26_643_9) & ~cowlNothing(X26_643_9))
% 220.26/29.96
% 220.26/29.96 [10111] ALPHA_AND : (cowlThing(X26_643_9) & ~cowlNothing(X26_643_9))
% 220.26/29.96 -> [10112] cowlThing(X26_643_9), ~cowlNothing(X26_643_9)
% 220.26/29.96
% 220.26/29.96 [10112] CLOSURE : cowlThing(X26_643_9)
% 220.26/29.96
% 220.26/29.96 [10067] BETA_NOT_AND : ~(=(B23_83_7, B23_83_7) & xsd_integer(B23_83_7))
% 220.26/29.96 -> [10073] ~=(B23_83_7, B23_83_7)
% 220.26/29.96 -> [10074] ~xsd_integer(B23_83_7)
% 220.26/29.96
% 220.26/29.96 [10073] CLOSURE : ~=(B23_83_7, B23_83_7)
% 220.26/29.96
% 220.26/29.96 [10074] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [10080] ((=(B25_233_8, B25_233_8) & xsd_string(B25_233_8)) => xsd_string(B25_233_8))
% 220.26/29.96
% 220.26/29.96 [10080] BETA_IMPLY : ((=(B25_233_8, B25_233_8) & xsd_string(B25_233_8)) => xsd_string(B25_233_8))
% 220.26/29.96 -> [10081] ~(=(B25_233_8, B25_233_8) & xsd_string(B25_233_8))
% 220.26/29.96 -> [10082] xsd_string(B25_233_8)
% 220.26/29.96
% 220.26/29.96 [10082] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [10102] (cowlThing(X26_642_9) & ~cowlNothing(X26_642_9))
% 220.26/29.96
% 220.26/29.96 [10102] ALPHA_AND : (cowlThing(X26_642_9) & ~cowlNothing(X26_642_9))
% 220.26/29.96 -> [10103] cowlThing(X26_642_9), ~cowlNothing(X26_642_9)
% 220.26/29.96
% 220.26/29.96 [10103] CLOSURE : cowlThing(X26_642_9)
% 220.26/29.96
% 220.26/29.96 [10081] BETA_NOT_AND : ~(=(B25_233_8, B25_233_8) & xsd_string(B25_233_8))
% 220.26/29.96 -> [10097] ~=(B25_233_8, B25_233_8)
% 220.26/29.96 -> [10098] ~xsd_string(B25_233_8)
% 220.26/29.96
% 220.26/29.96 [10097] CLOSURE : ~=(B25_233_8, B25_233_8)
% 220.26/29.96
% 220.26/29.96 [10098] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [10113] (cowlThing(X26_644_9) & ~cowlNothing(X26_644_9))
% 220.26/29.96
% 220.26/29.96 [10113] ALPHA_AND : (cowlThing(X26_644_9) & ~cowlNothing(X26_644_9))
% 220.26/29.96 -> [10114] cowlThing(X26_644_9), ~cowlNothing(X26_644_9)
% 220.26/29.96
% 220.26/29.96 [10114] CLOSURE : cowlThing(X26_644_9)
% 220.26/29.96
% 220.26/29.96 [9] Rewrite : cUnsatisfiable(B7_0_0)
% 220.26/29.96 -> [12] (? [Y029_29, Y130_30] : (((rr(B7_0_0, Y029_29) & rr(B7_0_0, Y130_30)) & ~=(Y029_29, Y130_30))) & ! [Y031_31, Y132_32] : (((rr(B7_0_0, Y031_31) & rr(B7_0_0, Y132_32)) => =(Y031_31, Y132_32))))
% 220.26/29.96
% 220.26/29.96 [12] ALPHA_AND : (? [Y029_29, Y130_30] : (((rr(B7_0_0, Y029_29) & rr(B7_0_0, Y130_30)) & ~=(Y029_29, Y130_30))) & ! [Y031_31, Y132_32] : (((rr(B7_0_0, Y031_31) & rr(B7_0_0, Y132_32)) => =(Y031_31, Y132_32))))
% 220.26/29.96 -> [14] ? [Y029_29, Y130_30] : (((rr(B7_0_0, Y029_29) & rr(B7_0_0, Y130_30)) & ~=(Y029_29, Y130_30))), ! [Y031_31, Y132_32] : (((rr(B7_0_0, Y031_31) & rr(B7_0_0, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96
% 220.26/29.96 [14] DELTA_EXISTS : ? [Y029_29, Y130_30] : (((rr(B7_0_0, Y029_29) & rr(B7_0_0, Y130_30)) & ~=(Y029_29, Y130_30)))
% 220.26/29.96 -> [17] ((rr(B7_0_0, skolem_Y02929(B7_0_0)) & rr(B7_0_0, skolem_Y13030(B7_0_0))) & ~=(skolem_Y02929(B7_0_0), skolem_Y13030(B7_0_0)))
% 220.26/29.96
% 220.26/29.96 [17] ALPHA_AND : ((rr(B7_0_0, skolem_Y02929(B7_0_0)) & rr(B7_0_0, skolem_Y13030(B7_0_0))) & ~=(skolem_Y02929(B7_0_0), skolem_Y13030(B7_0_0)))
% 220.26/29.96 -> [20] (rr(B7_0_0, skolem_Y02929(B7_0_0)) & rr(B7_0_0, skolem_Y13030(B7_0_0))), ~=(skolem_Y02929(B7_0_0), skolem_Y13030(B7_0_0))
% 220.26/29.96
% 220.26/29.96 [20] ALPHA_AND : (rr(B7_0_0, skolem_Y02929(B7_0_0)) & rr(B7_0_0, skolem_Y13030(B7_0_0)))
% 220.26/29.96 -> [26] rr(B7_0_0, skolem_Y02929(B7_0_0)), rr(B7_0_0, skolem_Y13030(B7_0_0))
% 220.26/29.96
% 220.26/29.96 [26] GAMMA_FORALL : ! [A8_8, B9_9] : (((=(A8_8, B9_9) & cc(A8_8)) => cc(B9_9)))
% 220.26/29.96 -> [30] ((=(B9_2_1, B9_2_1) & cc(B9_2_1)) => cc(B9_2_1))
% 220.26/29.96
% 220.26/29.96 [30] BETA_IMPLY : ((=(B9_2_1, B9_2_1) & cc(B9_2_1)) => cc(B9_2_1))
% 220.26/29.96 -> [38] ~(=(B9_2_1, B9_2_1) & cc(B9_2_1))
% 220.26/29.96 -> [39] cc(B9_2_1)
% 220.26/29.96
% 220.26/29.96 [38] BETA_NOT_AND : ~(=(B9_2_1, B9_2_1) & cc(B9_2_1))
% 220.26/29.96 -> [57] ~=(B9_2_1, B9_2_1)
% 220.26/29.96 -> [58] ~cc(B9_2_1)
% 220.26/29.96
% 220.26/29.96 [57] CLOSURE : ~=(B9_2_1, B9_2_1)
% 220.26/29.96
% 220.26/29.96 [113] BETA_IMPLY : ((=(B11_5_2, B11_5_2) & cd(B11_5_2)) => cd(B11_5_2))
% 220.26/29.96 -> [12656] ~(=(B11_5_2, B11_5_2) & cd(B11_5_2))
% 220.26/29.96 -> [12657] cd(B11_5_2)
% 220.26/29.96
% 220.26/29.96 [12656] BETA_NOT_AND : ~(=(B11_5_2, B11_5_2) & cd(B11_5_2))
% 220.26/29.96 -> [12658] ~=(B11_5_2, B11_5_2)
% 220.26/29.96 -> [12659] ~cd(B11_5_2)
% 220.26/29.96
% 220.26/29.96 [12658] CLOSURE : ~=(B11_5_2, B11_5_2)
% 220.26/29.96
% 220.26/29.96 [12659] GAMMA_FORALL : ! [A12_12, B13_13] : (((=(A12_12, B13_13) & cowlNothing(A12_12)) => cowlNothing(B13_13)))
% 220.26/29.96 -> [12661] ((=(B13_13_3, B13_13_3) & cowlNothing(B13_13_3)) => cowlNothing(B13_13_3))
% 220.26/29.96
% 220.26/29.96 [12661] BETA_IMPLY : ((=(B13_13_3, B13_13_3) & cowlNothing(B13_13_3)) => cowlNothing(B13_13_3))
% 220.26/29.96 -> [12664] ~(=(B13_13_3, B13_13_3) & cowlNothing(B13_13_3))
% 220.26/29.96 -> [12665] cowlNothing(B13_13_3)
% 220.26/29.96
% 220.26/29.96 [12665] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.96 -> [12677] ((=(B15_33_4, B15_33_4) & cowlThing(B15_33_4)) => cowlThing(B15_33_4))
% 220.26/29.96
% 220.26/29.96 [12677] BETA_IMPLY : ((=(B15_33_4, B15_33_4) & cowlThing(B15_33_4)) => cowlThing(B15_33_4))
% 220.26/29.96 -> [12682] ~(=(B15_33_4, B15_33_4) & cowlThing(B15_33_4))
% 220.26/29.96 -> [12683] cowlThing(B15_33_4)
% 220.26/29.96
% 220.26/29.96 [12683] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [12702] ((=(B17_73_5, B17_73_5) & rr(B17_73_5, skolem_Y13030(B17_73_5))) => rr(B17_73_5, skolem_Y13030(B17_73_5)))
% 220.26/29.96
% 220.26/29.96 [12702] BETA_IMPLY : ((=(B17_73_5, B17_73_5) & rr(B17_73_5, skolem_Y13030(B17_73_5))) => rr(B17_73_5, skolem_Y13030(B17_73_5)))
% 220.26/29.96 -> [12707] ~(=(B17_73_5, B17_73_5) & rr(B17_73_5, skolem_Y13030(B17_73_5)))
% 220.26/29.96 -> [12708] rr(B17_73_5, skolem_Y13030(B17_73_5))
% 220.26/29.96
% 220.26/29.96 [12707] BETA_NOT_AND : ~(=(B17_73_5, B17_73_5) & rr(B17_73_5, skolem_Y13030(B17_73_5)))
% 220.26/29.96 -> [12717] ~=(B17_73_5, B17_73_5)
% 220.26/29.96 -> [12718] ~rr(B17_73_5, skolem_Y13030(B17_73_5))
% 220.26/29.96
% 220.26/29.96 [12718] CLOSURE : ~rr(B17_73_5, skolem_Y13030(B17_73_5))
% 220.26/29.96
% 220.26/29.96 [12717] CLOSURE : ~=(B17_73_5, B17_73_5)
% 220.26/29.96
% 220.26/29.96 [12708] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [12723] ((=(skolem_Y13030(C21_80_6), skolem_Y13030(C21_80_6)) & rr(C21_80_6, skolem_Y13030(C21_80_6))) => rr(C21_80_6, skolem_Y13030(C21_80_6)))
% 220.26/29.96
% 220.26/29.96 [12723] BETA_IMPLY : ((=(skolem_Y13030(C21_80_6), skolem_Y13030(C21_80_6)) & rr(C21_80_6, skolem_Y13030(C21_80_6))) => rr(C21_80_6, skolem_Y13030(C21_80_6)))
% 220.26/29.96 -> [12725] ~(=(skolem_Y13030(C21_80_6), skolem_Y13030(C21_80_6)) & rr(C21_80_6, skolem_Y13030(C21_80_6)))
% 220.26/29.96 -> [12726] rr(C21_80_6, skolem_Y13030(C21_80_6))
% 220.26/29.96
% 220.26/29.96 [12725] BETA_NOT_AND : ~(=(skolem_Y13030(C21_80_6), skolem_Y13030(C21_80_6)) & rr(C21_80_6, skolem_Y13030(C21_80_6)))
% 220.26/29.96 -> [12730] ~=(skolem_Y13030(C21_80_6), skolem_Y13030(C21_80_6))
% 220.26/29.96 -> [12731] ~rr(C21_80_6, skolem_Y13030(C21_80_6))
% 220.26/29.96
% 220.26/29.96 [12731] CLOSURE : ~rr(C21_80_6, skolem_Y13030(C21_80_6))
% 220.26/29.96
% 220.26/29.96 [12730] CLOSURE : ~=(skolem_Y13030(C21_80_6), skolem_Y13030(C21_80_6))
% 220.26/29.96
% 220.26/29.96 [12726] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [12749] ((=(B23_98_7, B23_98_7) & xsd_integer(B23_98_7)) => xsd_integer(B23_98_7))
% 220.26/29.96
% 220.26/29.96 [12749] BETA_IMPLY : ((=(B23_98_7, B23_98_7) & xsd_integer(B23_98_7)) => xsd_integer(B23_98_7))
% 220.26/29.96 -> [12750] ~(=(B23_98_7, B23_98_7) & xsd_integer(B23_98_7))
% 220.26/29.96 -> [12751] xsd_integer(B23_98_7)
% 220.26/29.96
% 220.26/29.96 [12751] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12786] ((=(B25_277_8, B25_277_8) & xsd_string(B25_277_8)) => xsd_string(B25_277_8))
% 220.26/29.96
% 220.26/29.96 [12786] BETA_IMPLY : ((=(B25_277_8, B25_277_8) & xsd_string(B25_277_8)) => xsd_string(B25_277_8))
% 220.26/29.96 -> [12787] ~(=(B25_277_8, B25_277_8) & xsd_string(B25_277_8))
% 220.26/29.96 -> [12788] xsd_string(B25_277_8)
% 220.26/29.96
% 220.26/29.96 [12787] BETA_NOT_AND : ~(=(B25_277_8, B25_277_8) & xsd_string(B25_277_8))
% 220.26/29.96 -> [12804] ~=(B25_277_8, B25_277_8)
% 220.26/29.96 -> [12805] ~xsd_string(B25_277_8)
% 220.26/29.96
% 220.26/29.96 [12804] CLOSURE : ~=(B25_277_8, B25_277_8)
% 220.26/29.96
% 220.26/29.96 [12805] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12826] (cowlThing(X26_792_9) & ~cowlNothing(X26_792_9))
% 220.26/29.96
% 220.26/29.96 [12826] ALPHA_AND : (cowlThing(X26_792_9) & ~cowlNothing(X26_792_9))
% 220.26/29.96 -> [12827] cowlThing(X26_792_9), ~cowlNothing(X26_792_9)
% 220.26/29.96
% 220.26/29.96 [12827] CLOSURE : ~cowlNothing(X26_792_9)
% 220.26/29.96
% 220.26/29.96 [12788] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12833] (cowlThing(X26_794_9) & ~cowlNothing(X26_794_9))
% 220.26/29.96
% 220.26/29.96 [12833] ALPHA_AND : (cowlThing(X26_794_9) & ~cowlNothing(X26_794_9))
% 220.26/29.96 -> [12836] cowlThing(X26_794_9), ~cowlNothing(X26_794_9)
% 220.26/29.96
% 220.26/29.96 [12836] CLOSURE : ~cowlNothing(X26_794_9)
% 220.26/29.96
% 220.26/29.96 [12750] BETA_NOT_AND : ~(=(B23_98_7, B23_98_7) & xsd_integer(B23_98_7))
% 220.26/29.96 -> [12756] ~=(B23_98_7, B23_98_7)
% 220.26/29.96 -> [12757] ~xsd_integer(B23_98_7)
% 220.26/29.96
% 220.26/29.96 [12756] CLOSURE : ~=(B23_98_7, B23_98_7)
% 220.26/29.96
% 220.26/29.96 [12757] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12792] ((=(B25_279_8, B25_279_8) & xsd_string(B25_279_8)) => xsd_string(B25_279_8))
% 220.26/29.96
% 220.26/29.96 [12792] BETA_IMPLY : ((=(B25_279_8, B25_279_8) & xsd_string(B25_279_8)) => xsd_string(B25_279_8))
% 220.26/29.96 -> [12793] ~(=(B25_279_8, B25_279_8) & xsd_string(B25_279_8))
% 220.26/29.96 -> [12794] xsd_string(B25_279_8)
% 220.26/29.96
% 220.26/29.96 [12793] BETA_NOT_AND : ~(=(B25_279_8, B25_279_8) & xsd_string(B25_279_8))
% 220.26/29.96 -> [12795] ~=(B25_279_8, B25_279_8)
% 220.26/29.96 -> [12796] ~xsd_string(B25_279_8)
% 220.26/29.96
% 220.26/29.96 [12795] CLOSURE : ~=(B25_279_8, B25_279_8)
% 220.26/29.96
% 220.26/29.96 [12796] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12816] (cowlThing(X26_791_9) & ~cowlNothing(X26_791_9))
% 220.26/29.96
% 220.26/29.96 [12816] ALPHA_AND : (cowlThing(X26_791_9) & ~cowlNothing(X26_791_9))
% 220.26/29.96 -> [12820] cowlThing(X26_791_9), ~cowlNothing(X26_791_9)
% 220.26/29.96
% 220.26/29.96 [12820] CLOSURE : ~cowlNothing(X26_791_9)
% 220.26/29.96
% 220.26/29.96 [12794] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12938] (cowlThing(X26_809_9) & ~cowlNothing(X26_809_9))
% 220.26/29.96
% 220.26/29.96 [12938] ALPHA_AND : (cowlThing(X26_809_9) & ~cowlNothing(X26_809_9))
% 220.26/29.96 -> [12939] cowlThing(X26_809_9), ~cowlNothing(X26_809_9)
% 220.26/29.96
% 220.26/29.96 [12939] CLOSURE : ~cowlNothing(X26_809_9)
% 220.26/29.96
% 220.26/29.96 [12682] BETA_NOT_AND : ~(=(B15_33_4, B15_33_4) & cowlThing(B15_33_4))
% 220.26/29.96 -> [12686] ~=(B15_33_4, B15_33_4)
% 220.26/29.96 -> [12687] ~cowlThing(B15_33_4)
% 220.26/29.96
% 220.26/29.96 [12686] CLOSURE : ~=(B15_33_4, B15_33_4)
% 220.26/29.96
% 220.26/29.96 [12687] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [12699] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [12699] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [12700] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [12701] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [12700] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [12710] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [12711] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [12711] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [12710] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [12701] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [12823] ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [12823] BETA_IMPLY : ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [12824] ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [12825] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [12824] BETA_NOT_AND : ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [12844] ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.96 -> [12845] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [12845] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [12844] CLOSURE : ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [12825] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [12869] ((=(B23_102_7, B23_102_7) & xsd_integer(B23_102_7)) => xsd_integer(B23_102_7))
% 220.26/29.96
% 220.26/29.96 [12869] BETA_IMPLY : ((=(B23_102_7, B23_102_7) & xsd_integer(B23_102_7)) => xsd_integer(B23_102_7))
% 220.26/29.96 -> [12870] ~(=(B23_102_7, B23_102_7) & xsd_integer(B23_102_7))
% 220.26/29.96 -> [12871] xsd_integer(B23_102_7)
% 220.26/29.96
% 220.26/29.96 [12871] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12907] ((=(B25_286_8, B25_286_8) & xsd_string(B25_286_8)) => xsd_string(B25_286_8))
% 220.26/29.96
% 220.26/29.96 [12907] BETA_IMPLY : ((=(B25_286_8, B25_286_8) & xsd_string(B25_286_8)) => xsd_string(B25_286_8))
% 220.26/29.96 -> [12908] ~(=(B25_286_8, B25_286_8) & xsd_string(B25_286_8))
% 220.26/29.96 -> [12909] xsd_string(B25_286_8)
% 220.26/29.96
% 220.26/29.96 [12909] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12933] (cowlThing(X26_808_9) & ~cowlNothing(X26_808_9))
% 220.26/29.96
% 220.26/29.96 [12933] ALPHA_AND : (cowlThing(X26_808_9) & ~cowlNothing(X26_808_9))
% 220.26/29.96 -> [12937] cowlThing(X26_808_9), ~cowlNothing(X26_808_9)
% 220.26/29.96
% 220.26/29.96 [12937] CLOSURE : cowlThing(X26_808_9)
% 220.26/29.96
% 220.26/29.96 [12908] BETA_NOT_AND : ~(=(B25_286_8, B25_286_8) & xsd_string(B25_286_8))
% 220.26/29.96 -> [12912] ~=(B25_286_8, B25_286_8)
% 220.26/29.96 -> [12913] ~xsd_string(B25_286_8)
% 220.26/29.96
% 220.26/29.96 [12912] CLOSURE : ~=(B25_286_8, B25_286_8)
% 220.26/29.96
% 220.26/29.96 [12913] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12924] (cowlThing(X26_806_9) & ~cowlNothing(X26_806_9))
% 220.26/29.96
% 220.26/29.96 [12924] ALPHA_AND : (cowlThing(X26_806_9) & ~cowlNothing(X26_806_9))
% 220.26/29.96 -> [12954] cowlThing(X26_806_9), ~cowlNothing(X26_806_9)
% 220.26/29.96
% 220.26/29.96 [12954] CLOSURE : cowlThing(X26_806_9)
% 220.26/29.96
% 220.26/29.96 [12870] BETA_NOT_AND : ~(=(B23_102_7, B23_102_7) & xsd_integer(B23_102_7))
% 220.26/29.96 -> [12896] ~=(B23_102_7, B23_102_7)
% 220.26/29.96 -> [12897] ~xsd_integer(B23_102_7)
% 220.26/29.96
% 220.26/29.96 [12896] CLOSURE : ~=(B23_102_7, B23_102_7)
% 220.26/29.96
% 220.26/29.96 [12897] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12951] ((=(B25_287_8, B25_287_8) & xsd_string(B25_287_8)) => xsd_string(B25_287_8))
% 220.26/29.96
% 220.26/29.96 [12951] BETA_IMPLY : ((=(B25_287_8, B25_287_8) & xsd_string(B25_287_8)) => xsd_string(B25_287_8))
% 220.26/29.96 -> [12952] ~(=(B25_287_8, B25_287_8) & xsd_string(B25_287_8))
% 220.26/29.96 -> [12953] xsd_string(B25_287_8)
% 220.26/29.96
% 220.26/29.96 [12953] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12982] (cowlThing(X26_814_9) & ~cowlNothing(X26_814_9))
% 220.26/29.96
% 220.26/29.96 [12982] ALPHA_AND : (cowlThing(X26_814_9) & ~cowlNothing(X26_814_9))
% 220.26/29.96 -> [12983] cowlThing(X26_814_9), ~cowlNothing(X26_814_9)
% 220.26/29.96
% 220.26/29.96 [12983] CLOSURE : cowlThing(X26_814_9)
% 220.26/29.96
% 220.26/29.96 [12952] BETA_NOT_AND : ~(=(B25_287_8, B25_287_8) & xsd_string(B25_287_8))
% 220.26/29.96 -> [12972] ~=(B25_287_8, B25_287_8)
% 220.26/29.96 -> [12973] ~xsd_string(B25_287_8)
% 220.26/29.96
% 220.26/29.96 [12972] CLOSURE : ~=(B25_287_8, B25_287_8)
% 220.26/29.96
% 220.26/29.96 [12973] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12989] (cowlThing(X26_815_9) & ~cowlNothing(X26_815_9))
% 220.26/29.96
% 220.26/29.96 [12989] ALPHA_AND : (cowlThing(X26_815_9) & ~cowlNothing(X26_815_9))
% 220.26/29.96 -> [12991] cowlThing(X26_815_9), ~cowlNothing(X26_815_9)
% 220.26/29.96
% 220.26/29.96 [12991] CLOSURE : cowlThing(X26_815_9)
% 220.26/29.96
% 220.26/29.96 [12664] BETA_NOT_AND : ~(=(B13_13_3, B13_13_3) & cowlNothing(B13_13_3))
% 220.26/29.96 -> [12668] ~=(B13_13_3, B13_13_3)
% 220.26/29.96 -> [12669] ~cowlNothing(B13_13_3)
% 220.26/29.96
% 220.26/29.96 [12668] CLOSURE : ~=(B13_13_3, B13_13_3)
% 220.26/29.96
% 220.26/29.96 [12669] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.96 -> [12670] ((=(B15_30_4, B15_30_4) & cowlThing(B15_30_4)) => cowlThing(B15_30_4))
% 220.26/29.96
% 220.26/29.96 [12670] BETA_IMPLY : ((=(B15_30_4, B15_30_4) & cowlThing(B15_30_4)) => cowlThing(B15_30_4))
% 220.26/29.96 -> [12672] ~(=(B15_30_4, B15_30_4) & cowlThing(B15_30_4))
% 220.26/29.96 -> [12673] cowlThing(B15_30_4)
% 220.26/29.96
% 220.26/29.96 [12672] BETA_NOT_AND : ~(=(B15_30_4, B15_30_4) & cowlThing(B15_30_4))
% 220.26/29.96 -> [12680] ~=(B15_30_4, B15_30_4)
% 220.26/29.96 -> [12681] ~cowlThing(B15_30_4)
% 220.26/29.96
% 220.26/29.96 [12680] CLOSURE : ~=(B15_30_4, B15_30_4)
% 220.26/29.96
% 220.26/29.96 [12681] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [12688] ((=(B17_69_5, B17_69_5) & rr(B17_69_5, skolem_Y13030(B17_69_5))) => rr(B17_69_5, skolem_Y13030(B17_69_5)))
% 220.26/29.96
% 220.26/29.96 [12688] BETA_IMPLY : ((=(B17_69_5, B17_69_5) & rr(B17_69_5, skolem_Y13030(B17_69_5))) => rr(B17_69_5, skolem_Y13030(B17_69_5)))
% 220.26/29.96 -> [12690] ~(=(B17_69_5, B17_69_5) & rr(B17_69_5, skolem_Y13030(B17_69_5)))
% 220.26/29.96 -> [12691] rr(B17_69_5, skolem_Y13030(B17_69_5))
% 220.26/29.96
% 220.26/29.96 [12690] BETA_NOT_AND : ~(=(B17_69_5, B17_69_5) & rr(B17_69_5, skolem_Y13030(B17_69_5)))
% 220.26/29.96 -> [12703] ~=(B17_69_5, B17_69_5)
% 220.26/29.96 -> [12704] ~rr(B17_69_5, skolem_Y13030(B17_69_5))
% 220.26/29.96
% 220.26/29.96 [12704] CLOSURE : ~rr(B17_69_5, skolem_Y13030(B17_69_5))
% 220.26/29.96
% 220.26/29.96 [12703] CLOSURE : ~=(B17_69_5, B17_69_5)
% 220.26/29.96
% 220.26/29.96 [12691] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [12724] ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [12724] BETA_IMPLY : ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [12727] ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [12728] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [12727] BETA_NOT_AND : ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [12737] ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.96 -> [12738] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [12738] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [12737] CLOSURE : ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [12728] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [12746] ((=(B23_97_7, B23_97_7) & xsd_integer(B23_97_7)) => xsd_integer(B23_97_7))
% 220.26/29.96
% 220.26/29.96 [12746] BETA_IMPLY : ((=(B23_97_7, B23_97_7) & xsd_integer(B23_97_7)) => xsd_integer(B23_97_7))
% 220.26/29.96 -> [12747] ~(=(B23_97_7, B23_97_7) & xsd_integer(B23_97_7))
% 220.26/29.96 -> [12748] xsd_integer(B23_97_7)
% 220.26/29.96
% 220.26/29.96 [12747] BETA_NOT_AND : ~(=(B23_97_7, B23_97_7) & xsd_integer(B23_97_7))
% 220.26/29.96 -> [12754] ~=(B23_97_7, B23_97_7)
% 220.26/29.96 -> [12755] ~xsd_integer(B23_97_7)
% 220.26/29.96
% 220.26/29.96 [12754] CLOSURE : ~=(B23_97_7, B23_97_7)
% 220.26/29.96
% 220.26/29.96 [12755] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12758] ((=(B25_275_8, B25_275_8) & xsd_string(B25_275_8)) => xsd_string(B25_275_8))
% 220.26/29.96
% 220.26/29.96 [12758] BETA_IMPLY : ((=(B25_275_8, B25_275_8) & xsd_string(B25_275_8)) => xsd_string(B25_275_8))
% 220.26/29.96 -> [12760] ~(=(B25_275_8, B25_275_8) & xsd_string(B25_275_8))
% 220.26/29.96 -> [12761] xsd_string(B25_275_8)
% 220.26/29.96
% 220.26/29.96 [12760] BETA_NOT_AND : ~(=(B25_275_8, B25_275_8) & xsd_string(B25_275_8))
% 220.26/29.96 -> [12778] ~=(B25_275_8, B25_275_8)
% 220.26/29.96 -> [12779] ~xsd_string(B25_275_8)
% 220.26/29.96
% 220.26/29.96 [12778] CLOSURE : ~=(B25_275_8, B25_275_8)
% 220.26/29.96
% 220.26/29.96 [12779] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12781] (cowlThing(X26_788_9) & ~cowlNothing(X26_788_9))
% 220.26/29.96
% 220.26/29.96 [12781] ALPHA_AND : (cowlThing(X26_788_9) & ~cowlNothing(X26_788_9))
% 220.26/29.96 -> [12803] cowlThing(X26_788_9), ~cowlNothing(X26_788_9)
% 220.26/29.96
% 220.26/29.96 [12803] CLOSURE : cowlThing(X26_788_9)
% 220.26/29.96
% 220.26/29.96 [12761] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12842] (cowlThing(X26_795_9) & ~cowlNothing(X26_795_9))
% 220.26/29.96
% 220.26/29.96 [12842] ALPHA_AND : (cowlThing(X26_795_9) & ~cowlNothing(X26_795_9))
% 220.26/29.96 -> [12843] cowlThing(X26_795_9), ~cowlNothing(X26_795_9)
% 220.26/29.96
% 220.26/29.96 [12843] CLOSURE : cowlThing(X26_795_9)
% 220.26/29.96
% 220.26/29.96 [12748] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12837] ((=(B25_283_8, B25_283_8) & xsd_string(B25_283_8)) => xsd_string(B25_283_8))
% 220.26/29.96
% 220.26/29.96 [12837] BETA_IMPLY : ((=(B25_283_8, B25_283_8) & xsd_string(B25_283_8)) => xsd_string(B25_283_8))
% 220.26/29.96 -> [12838] ~(=(B25_283_8, B25_283_8) & xsd_string(B25_283_8))
% 220.26/29.96 -> [12839] xsd_string(B25_283_8)
% 220.26/29.96
% 220.26/29.96 [12839] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12894] (cowlThing(X26_801_9) & ~cowlNothing(X26_801_9))
% 220.26/29.96
% 220.26/29.96 [12894] ALPHA_AND : (cowlThing(X26_801_9) & ~cowlNothing(X26_801_9))
% 220.26/29.96 -> [12895] cowlThing(X26_801_9), ~cowlNothing(X26_801_9)
% 220.26/29.96
% 220.26/29.96 [12895] CLOSURE : cowlThing(X26_801_9)
% 220.26/29.96
% 220.26/29.96 [12838] BETA_NOT_AND : ~(=(B25_283_8, B25_283_8) & xsd_string(B25_283_8))
% 220.26/29.96 -> [12857] ~=(B25_283_8, B25_283_8)
% 220.26/29.96 -> [12858] ~xsd_string(B25_283_8)
% 220.26/29.96
% 220.26/29.96 [12857] CLOSURE : ~=(B25_283_8, B25_283_8)
% 220.26/29.96
% 220.26/29.96 [12858] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12917] (cowlThing(X26_803_9) & ~cowlNothing(X26_803_9))
% 220.26/29.96
% 220.26/29.96 [12917] ALPHA_AND : (cowlThing(X26_803_9) & ~cowlNothing(X26_803_9))
% 220.26/29.96 -> [12918] cowlThing(X26_803_9), ~cowlNothing(X26_803_9)
% 220.26/29.96
% 220.26/29.96 [12918] CLOSURE : cowlThing(X26_803_9)
% 220.26/29.96
% 220.26/29.96 [12673] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [12811] ((=(B17_76_5, B17_76_5) & rr(B17_76_5, skolem_Y02929(B17_76_5))) => rr(B17_76_5, skolem_Y02929(B17_76_5)))
% 220.26/29.96
% 220.26/29.96 [12811] BETA_IMPLY : ((=(B17_76_5, B17_76_5) & rr(B17_76_5, skolem_Y02929(B17_76_5))) => rr(B17_76_5, skolem_Y02929(B17_76_5)))
% 220.26/29.96 -> [12812] ~(=(B17_76_5, B17_76_5) & rr(B17_76_5, skolem_Y02929(B17_76_5)))
% 220.26/29.96 -> [12813] rr(B17_76_5, skolem_Y02929(B17_76_5))
% 220.26/29.96
% 220.26/29.96 [12812] BETA_NOT_AND : ~(=(B17_76_5, B17_76_5) & rr(B17_76_5, skolem_Y02929(B17_76_5)))
% 220.26/29.96 -> [12840] ~=(B17_76_5, B17_76_5)
% 220.26/29.96 -> [12841] ~rr(B17_76_5, skolem_Y02929(B17_76_5))
% 220.26/29.96
% 220.26/29.96 [12841] CLOSURE : ~rr(B17_76_5, skolem_Y02929(B17_76_5))
% 220.26/29.96
% 220.26/29.96 [12840] CLOSURE : ~=(B17_76_5, B17_76_5)
% 220.26/29.96
% 220.26/29.96 [12813] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [12898] ((=(skolem_Y13030(C21_87_6), skolem_Y13030(C21_87_6)) & rr(C21_87_6, skolem_Y13030(C21_87_6))) => rr(C21_87_6, skolem_Y13030(C21_87_6)))
% 220.26/29.96
% 220.26/29.96 [12898] BETA_IMPLY : ((=(skolem_Y13030(C21_87_6), skolem_Y13030(C21_87_6)) & rr(C21_87_6, skolem_Y13030(C21_87_6))) => rr(C21_87_6, skolem_Y13030(C21_87_6)))
% 220.26/29.96 -> [12899] ~(=(skolem_Y13030(C21_87_6), skolem_Y13030(C21_87_6)) & rr(C21_87_6, skolem_Y13030(C21_87_6)))
% 220.26/29.96 -> [12900] rr(C21_87_6, skolem_Y13030(C21_87_6))
% 220.26/29.96
% 220.26/29.96 [12899] BETA_NOT_AND : ~(=(skolem_Y13030(C21_87_6), skolem_Y13030(C21_87_6)) & rr(C21_87_6, skolem_Y13030(C21_87_6)))
% 220.26/29.96 -> [12934] ~=(skolem_Y13030(C21_87_6), skolem_Y13030(C21_87_6))
% 220.26/29.96 -> [12935] ~rr(C21_87_6, skolem_Y13030(C21_87_6))
% 220.26/29.96
% 220.26/29.96 [12935] CLOSURE : ~rr(C21_87_6, skolem_Y13030(C21_87_6))
% 220.26/29.96
% 220.26/29.96 [12934] CLOSURE : ~=(skolem_Y13030(C21_87_6), skolem_Y13030(C21_87_6))
% 220.26/29.96
% 220.26/29.96 [12900] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [12969] ((=(A22_104_7, A22_104_7) & xsd_integer(A22_104_7)) => xsd_integer(A22_104_7))
% 220.26/29.96
% 220.26/29.96 [12969] BETA_IMPLY : ((=(A22_104_7, A22_104_7) & xsd_integer(A22_104_7)) => xsd_integer(A22_104_7))
% 220.26/29.96 -> [12970] ~(=(A22_104_7, A22_104_7) & xsd_integer(A22_104_7))
% 220.26/29.96 -> [12971] xsd_integer(A22_104_7)
% 220.26/29.96
% 220.26/29.96 [12970] BETA_NOT_AND : ~(=(A22_104_7, A22_104_7) & xsd_integer(A22_104_7))
% 220.26/29.96 -> [12976] ~=(A22_104_7, A22_104_7)
% 220.26/29.96 -> [12977] ~xsd_integer(A22_104_7)
% 220.26/29.96
% 220.26/29.96 [12976] CLOSURE : ~=(A22_104_7, A22_104_7)
% 220.26/29.96
% 220.26/29.96 [12993] BETA_IMPLY : ((=(B25_291_8, B25_291_8) & xsd_string(B25_291_8)) => xsd_string(B25_291_8))
% 220.26/29.96 -> [13195] ~(=(B25_291_8, B25_291_8) & xsd_string(B25_291_8))
% 220.26/29.96 -> [13196] xsd_string(B25_291_8)
% 220.26/29.96
% 220.26/29.96 [13195] BETA_NOT_AND : ~(=(B25_291_8, B25_291_8) & xsd_string(B25_291_8))
% 220.26/29.96 -> [13197] ~=(B25_291_8, B25_291_8)
% 220.26/29.96 -> [13198] ~xsd_string(B25_291_8)
% 220.26/29.96
% 220.26/29.96 [13197] CLOSURE : ~=(B25_291_8, B25_291_8)
% 220.26/29.96
% 220.26/29.96 [13206] BETA_EQUIV : (xsd_string(X27_605_10) <=> ~xsd_integer(X27_605_10))
% 220.26/29.96 -> [13239] ~xsd_string(X27_605_10), ~~xsd_integer(X27_605_10)
% 220.26/29.96 -> [13240] xsd_string(X27_605_10), ~xsd_integer(X27_605_10)
% 220.26/29.96
% 220.26/29.96 [13239] ALPHA_NOT_NOT : ~~xsd_integer(X27_605_10)
% 220.26/29.96 -> [13243] xsd_integer(X27_605_10)
% 220.26/29.96
% 220.26/29.96 [13243] CLOSURE : xsd_integer(X27_605_10)
% 220.26/29.96
% 220.26/29.96 [13240] CLOSURE : xsd_string(X27_605_10)
% 220.26/29.96
% 220.26/29.96 [13212] BETA_EQUIV : (xsd_string(X27_606_10) <=> ~xsd_integer(X27_606_10))
% 220.26/29.96 -> [13339] ~xsd_string(X27_606_10), ~~xsd_integer(X27_606_10)
% 220.26/29.96 -> [13340] xsd_string(X27_606_10), ~xsd_integer(X27_606_10)
% 220.26/29.96
% 220.26/29.96 [13339] ALPHA_NOT_NOT : ~~xsd_integer(X27_606_10)
% 220.26/29.96 -> [13343] xsd_integer(X27_606_10)
% 220.26/29.96
% 220.26/29.96 [13343] CLOSURE : xsd_integer(X27_606_10)
% 220.26/29.96
% 220.26/29.96 [13340] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.96 -> [13344] (cc(X33_484_11) => ~cd(X33_484_11))
% 220.26/29.96
% 220.26/29.96 [13344] BETA_IMPLY : (cc(X33_484_11) => ~cd(X33_484_11))
% 220.26/29.96 -> [13345] ~cc(X33_484_11)
% 220.26/29.96 -> [13346] ~cd(X33_484_11)
% 220.26/29.96
% 220.26/29.96 [13345] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96 -> [13347] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [13347] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96 -> [13349] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13350] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13350] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [13349] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13353] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96 -> [13354] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13354] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13353] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13346] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96 -> [13348] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [13348] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96 -> [13351] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13352] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13352] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [13351] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13355] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96 -> [13356] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13356] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13355] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12984] BETA_IMPLY : ((=(B25_290_8, B25_290_8) & xsd_string(B25_290_8)) => xsd_string(B25_290_8))
% 220.26/29.96 -> [13527] ~(=(B25_290_8, B25_290_8) & xsd_string(B25_290_8))
% 220.26/29.96 -> [13528] xsd_string(B25_290_8)
% 220.26/29.96
% 220.26/29.96 [13527] BETA_NOT_AND : ~(=(B25_290_8, B25_290_8) & xsd_string(B25_290_8))
% 220.26/29.96 -> [13529] ~=(B25_290_8, B25_290_8)
% 220.26/29.96 -> [13530] ~xsd_string(B25_290_8)
% 220.26/29.96
% 220.26/29.96 [13529] CLOSURE : ~=(B25_290_8, B25_290_8)
% 220.26/29.96
% 220.26/29.96 [13530] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [13533] (cowlThing(X26_846_9) & ~cowlNothing(X26_846_9))
% 220.26/29.96
% 220.26/29.96 [13533] ALPHA_AND : (cowlThing(X26_846_9) & ~cowlNothing(X26_846_9))
% 220.26/29.96 -> [13534] cowlThing(X26_846_9), ~cowlNothing(X26_846_9)
% 220.26/29.96
% 220.26/29.96 [13534] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.96 -> [13539] (xsd_string(X27_621_10) <=> ~xsd_integer(X27_621_10))
% 220.26/29.96
% 220.26/29.96 [13539] BETA_EQUIV : (xsd_string(X27_621_10) <=> ~xsd_integer(X27_621_10))
% 220.26/29.96 -> [13540] ~xsd_string(X27_621_10), ~~xsd_integer(X27_621_10)
% 220.26/29.96 -> [13541] xsd_string(X27_621_10), ~xsd_integer(X27_621_10)
% 220.26/29.96
% 220.26/29.96 [13541] CLOSURE : ~xsd_integer(X27_621_10)
% 220.26/29.96
% 220.26/29.96 [13540] ALPHA_NOT_NOT : ~~xsd_integer(X27_621_10)
% 220.26/29.96 -> [13549] xsd_integer(X27_621_10)
% 220.26/29.96
% 220.26/29.96 [13549] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.96 -> [13551] (cc(X33_493_11) => ~cd(X33_493_11))
% 220.26/29.96
% 220.26/29.96 [13551] BETA_IMPLY : (cc(X33_493_11) => ~cd(X33_493_11))
% 220.26/29.96 -> [13553] ~cc(X33_493_11)
% 220.26/29.96 -> [13554] ~cd(X33_493_11)
% 220.26/29.96
% 220.26/29.96 [13554] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96 -> [13560] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [13560] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96 -> [13561] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13562] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13561] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13568] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96 -> [13569] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13568] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [13569] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13562] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [13553] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96 -> [13563] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [13563] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96 -> [13565] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13566] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13566] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [13565] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13593] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96 -> [13594] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13594] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13593] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [13542] BETA_EQUIV : (xsd_string(X27_622_10) <=> ~xsd_integer(X27_622_10))
% 220.26/29.96 -> [13612] ~xsd_string(X27_622_10), ~~xsd_integer(X27_622_10)
% 220.26/29.96 -> [13613] xsd_string(X27_622_10), ~xsd_integer(X27_622_10)
% 220.26/29.96
% 220.26/29.96 [13612] ALPHA_NOT_NOT : ~~xsd_integer(X27_622_10)
% 220.26/29.96 -> [13614] xsd_integer(X27_622_10)
% 220.26/29.96
% 220.26/29.96 [13614] CLOSURE : ~~xsd_integer(X27_622_10)
% 220.26/29.96
% 220.26/29.96 [13613] CLOSURE : ~xsd_integer(X27_622_10)
% 220.26/29.96
% 220.26/29.96 [12657] GAMMA_FORALL : ! [A12_12, B13_13] : (((=(A12_12, B13_13) & cowlNothing(A12_12)) => cowlNothing(B13_13)))
% 220.26/29.96 -> [12660] ((=(B13_12_3, B13_12_3) & cowlNothing(B13_12_3)) => cowlNothing(B13_12_3))
% 220.26/29.96
% 220.26/29.96 [12660] BETA_IMPLY : ((=(B13_12_3, B13_12_3) & cowlNothing(B13_12_3)) => cowlNothing(B13_12_3))
% 220.26/29.96 -> [12662] ~(=(B13_12_3, B13_12_3) & cowlNothing(B13_12_3))
% 220.26/29.96 -> [12663] cowlNothing(B13_12_3)
% 220.26/29.96
% 220.26/29.96 [12663] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.96 -> [12671] ((=(B15_31_4, B15_31_4) & cowlThing(B15_31_4)) => cowlThing(B15_31_4))
% 220.26/29.96
% 220.26/29.96 [12671] BETA_IMPLY : ((=(B15_31_4, B15_31_4) & cowlThing(B15_31_4)) => cowlThing(B15_31_4))
% 220.26/29.96 -> [12674] ~(=(B15_31_4, B15_31_4) & cowlThing(B15_31_4))
% 220.26/29.96 -> [12675] cowlThing(B15_31_4)
% 220.26/29.96
% 220.26/29.96 [12674] BETA_NOT_AND : ~(=(B15_31_4, B15_31_4) & cowlThing(B15_31_4))
% 220.26/29.96 -> [12684] ~=(B15_31_4, B15_31_4)
% 220.26/29.96 -> [12685] ~cowlThing(B15_31_4)
% 220.26/29.96
% 220.26/29.96 [12684] CLOSURE : ~=(B15_31_4, B15_31_4)
% 220.26/29.96
% 220.26/29.96 [12685] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [12689] ((=(B17_70_5, B17_70_5) & rr(B17_70_5, skolem_Y13030(B17_70_5))) => rr(B17_70_5, skolem_Y13030(B17_70_5)))
% 220.26/29.96
% 220.26/29.96 [12689] BETA_IMPLY : ((=(B17_70_5, B17_70_5) & rr(B17_70_5, skolem_Y13030(B17_70_5))) => rr(B17_70_5, skolem_Y13030(B17_70_5)))
% 220.26/29.96 -> [12692] ~(=(B17_70_5, B17_70_5) & rr(B17_70_5, skolem_Y13030(B17_70_5)))
% 220.26/29.96 -> [12693] rr(B17_70_5, skolem_Y13030(B17_70_5))
% 220.26/29.96
% 220.26/29.96 [12692] BETA_NOT_AND : ~(=(B17_70_5, B17_70_5) & rr(B17_70_5, skolem_Y13030(B17_70_5)))
% 220.26/29.96 -> [12705] ~=(B17_70_5, B17_70_5)
% 220.26/29.96 -> [12706] ~rr(B17_70_5, skolem_Y13030(B17_70_5))
% 220.26/29.96
% 220.26/29.96 [12705] CLOSURE : ~=(B17_70_5, B17_70_5)
% 220.26/29.96
% 220.26/29.96 [12706] CLOSURE : ~rr(B17_70_5, skolem_Y13030(B17_70_5))
% 220.26/29.96
% 220.26/29.96 [12693] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [12734] ((=(skolem_Y13030(C21_83_6), skolem_Y13030(C21_83_6)) & rr(C21_83_6, skolem_Y13030(C21_83_6))) => rr(C21_83_6, skolem_Y13030(C21_83_6)))
% 220.26/29.96
% 220.26/29.96 [12734] BETA_IMPLY : ((=(skolem_Y13030(C21_83_6), skolem_Y13030(C21_83_6)) & rr(C21_83_6, skolem_Y13030(C21_83_6))) => rr(C21_83_6, skolem_Y13030(C21_83_6)))
% 220.26/29.96 -> [12735] ~(=(skolem_Y13030(C21_83_6), skolem_Y13030(C21_83_6)) & rr(C21_83_6, skolem_Y13030(C21_83_6)))
% 220.26/29.96 -> [12736] rr(C21_83_6, skolem_Y13030(C21_83_6))
% 220.26/29.96
% 220.26/29.96 [12736] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [12764] ((=(B23_100_7, B23_100_7) & xsd_integer(B23_100_7)) => xsd_integer(B23_100_7))
% 220.26/29.96
% 220.26/29.96 [12764] BETA_IMPLY : ((=(B23_100_7, B23_100_7) & xsd_integer(B23_100_7)) => xsd_integer(B23_100_7))
% 220.26/29.96 -> [12767] ~(=(B23_100_7, B23_100_7) & xsd_integer(B23_100_7))
% 220.26/29.96 -> [12768] xsd_integer(B23_100_7)
% 220.26/29.96
% 220.26/29.96 [12768] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12806] ((=(B25_281_8, B25_281_8) & xsd_string(B25_281_8)) => xsd_string(B25_281_8))
% 220.26/29.96
% 220.26/29.96 [12806] BETA_IMPLY : ((=(B25_281_8, B25_281_8) & xsd_string(B25_281_8)) => xsd_string(B25_281_8))
% 220.26/29.96 -> [12809] ~(=(B25_281_8, B25_281_8) & xsd_string(B25_281_8))
% 220.26/29.96 -> [12810] xsd_string(B25_281_8)
% 220.26/29.96
% 220.26/29.96 [12810] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12861] (cowlThing(X26_797_9) & ~cowlNothing(X26_797_9))
% 220.26/29.96
% 220.26/29.96 [12861] ALPHA_AND : (cowlThing(X26_797_9) & ~cowlNothing(X26_797_9))
% 220.26/29.96 -> [12862] cowlThing(X26_797_9), ~cowlNothing(X26_797_9)
% 220.26/29.96
% 220.26/29.96 [12862] CLOSURE : cowlThing(X26_797_9)
% 220.26/29.96
% 220.26/29.96 [12809] BETA_NOT_AND : ~(=(B25_281_8, B25_281_8) & xsd_string(B25_281_8))
% 220.26/29.96 -> [12817] ~=(B25_281_8, B25_281_8)
% 220.26/29.96 -> [12818] ~xsd_string(B25_281_8)
% 220.26/29.96
% 220.26/29.96 [12817] CLOSURE : ~=(B25_281_8, B25_281_8)
% 220.26/29.96
% 220.26/29.96 [12818] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12866] (cowlThing(X26_798_9) & ~cowlNothing(X26_798_9))
% 220.26/29.96
% 220.26/29.96 [12866] ALPHA_AND : (cowlThing(X26_798_9) & ~cowlNothing(X26_798_9))
% 220.26/29.96 -> [12867] cowlThing(X26_798_9), ~cowlNothing(X26_798_9)
% 220.26/29.96
% 220.26/29.96 [12867] CLOSURE : cowlThing(X26_798_9)
% 220.26/29.96
% 220.26/29.96 [12767] BETA_NOT_AND : ~(=(B23_100_7, B23_100_7) & xsd_integer(B23_100_7))
% 220.26/29.96 -> [12776] ~=(B23_100_7, B23_100_7)
% 220.26/29.96 -> [12777] ~xsd_integer(B23_100_7)
% 220.26/29.96
% 220.26/29.96 [12776] CLOSURE : ~=(B23_100_7, B23_100_7)
% 220.26/29.96
% 220.26/29.96 [12777] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12880] ((=(B25_285_8, B25_285_8) & xsd_string(B25_285_8)) => xsd_string(B25_285_8))
% 220.26/29.96
% 220.26/29.96 [12880] BETA_IMPLY : ((=(B25_285_8, B25_285_8) & xsd_string(B25_285_8)) => xsd_string(B25_285_8))
% 220.26/29.96 -> [12881] ~(=(B25_285_8, B25_285_8) & xsd_string(B25_285_8))
% 220.26/29.96 -> [12882] xsd_string(B25_285_8)
% 220.26/29.96
% 220.26/29.96 [12882] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12932] (cowlThing(X26_807_9) & ~cowlNothing(X26_807_9))
% 220.26/29.96
% 220.26/29.96 [12932] ALPHA_AND : (cowlThing(X26_807_9) & ~cowlNothing(X26_807_9))
% 220.26/29.96 -> [12936] cowlThing(X26_807_9), ~cowlNothing(X26_807_9)
% 220.26/29.96
% 220.26/29.96 [12936] CLOSURE : cowlThing(X26_807_9)
% 220.26/29.96
% 220.26/29.96 [12881] BETA_NOT_AND : ~(=(B25_285_8, B25_285_8) & xsd_string(B25_285_8))
% 220.26/29.96 -> [12905] ~=(B25_285_8, B25_285_8)
% 220.26/29.96 -> [12906] ~xsd_string(B25_285_8)
% 220.26/29.96
% 220.26/29.96 [12906] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12942] (cowlThing(X26_811_9) & ~cowlNothing(X26_811_9))
% 220.26/29.96
% 220.26/29.96 [12942] ALPHA_AND : (cowlThing(X26_811_9) & ~cowlNothing(X26_811_9))
% 220.26/29.96 -> [12943] cowlThing(X26_811_9), ~cowlNothing(X26_811_9)
% 220.26/29.96
% 220.26/29.96 [12943] CLOSURE : cowlThing(X26_811_9)
% 220.26/29.96
% 220.26/29.96 [12905] CLOSURE : ~=(B25_285_8, B25_285_8)
% 220.26/29.96
% 220.26/29.96 [12735] BETA_NOT_AND : ~(=(skolem_Y13030(C21_83_6), skolem_Y13030(C21_83_6)) & rr(C21_83_6, skolem_Y13030(C21_83_6)))
% 220.26/29.96 -> [12744] ~=(skolem_Y13030(C21_83_6), skolem_Y13030(C21_83_6))
% 220.26/29.96 -> [12745] ~rr(C21_83_6, skolem_Y13030(C21_83_6))
% 220.26/29.96
% 220.26/29.96 [12745] CLOSURE : ~rr(C21_83_6, skolem_Y13030(C21_83_6))
% 220.26/29.96
% 220.26/29.96 [12744] CLOSURE : ~=(skolem_Y13030(C21_83_6), skolem_Y13030(C21_83_6))
% 220.26/29.96
% 220.26/29.96 [12675] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [12709] ((=(B17_74_5, B17_74_5) & rr(B17_74_5, skolem_Y13030(B17_74_5))) => rr(B17_74_5, skolem_Y13030(B17_74_5)))
% 220.26/29.96
% 220.26/29.96 [12709] BETA_IMPLY : ((=(B17_74_5, B17_74_5) & rr(B17_74_5, skolem_Y13030(B17_74_5))) => rr(B17_74_5, skolem_Y13030(B17_74_5)))
% 220.26/29.96 -> [12712] ~(=(B17_74_5, B17_74_5) & rr(B17_74_5, skolem_Y13030(B17_74_5)))
% 220.26/29.96 -> [12713] rr(B17_74_5, skolem_Y13030(B17_74_5))
% 220.26/29.96
% 220.26/29.96 [12712] BETA_NOT_AND : ~(=(B17_74_5, B17_74_5) & rr(B17_74_5, skolem_Y13030(B17_74_5)))
% 220.26/29.96 -> [12721] ~=(B17_74_5, B17_74_5)
% 220.26/29.96 -> [12722] ~rr(B17_74_5, skolem_Y13030(B17_74_5))
% 220.26/29.96
% 220.26/29.96 [12721] CLOSURE : ~=(B17_74_5, B17_74_5)
% 220.26/29.96
% 220.26/29.96 [12722] CLOSURE : ~rr(B17_74_5, skolem_Y13030(B17_74_5))
% 220.26/29.96
% 220.26/29.96 [12713] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [12729] ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [12729] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [12732] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [12733] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12732] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [12740] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96 -> [12741] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12740] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12741] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12733] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [12759] ((=(B23_99_7, B23_99_7) & xsd_integer(B23_99_7)) => xsd_integer(B23_99_7))
% 220.26/29.96
% 220.26/29.96 [12759] BETA_IMPLY : ((=(B23_99_7, B23_99_7) & xsd_integer(B23_99_7)) => xsd_integer(B23_99_7))
% 220.26/29.96 -> [12762] ~(=(B23_99_7, B23_99_7) & xsd_integer(B23_99_7))
% 220.26/29.96 -> [12763] xsd_integer(B23_99_7)
% 220.26/29.96
% 220.26/29.96 [12762] BETA_NOT_AND : ~(=(B23_99_7, B23_99_7) & xsd_integer(B23_99_7))
% 220.26/29.96 -> [12771] ~=(B23_99_7, B23_99_7)
% 220.26/29.96 -> [12772] ~xsd_integer(B23_99_7)
% 220.26/29.96
% 220.26/29.96 [12772] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12828] ((=(B25_282_8, B25_282_8) & xsd_string(B25_282_8)) => xsd_string(B25_282_8))
% 220.26/29.96
% 220.26/29.96 [12828] BETA_IMPLY : ((=(B25_282_8, B25_282_8) & xsd_string(B25_282_8)) => xsd_string(B25_282_8))
% 220.26/29.96 -> [12829] ~(=(B25_282_8, B25_282_8) & xsd_string(B25_282_8))
% 220.26/29.96 -> [12830] xsd_string(B25_282_8)
% 220.26/29.96
% 220.26/29.96 [12830] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12872] (cowlThing(X26_799_9) & ~cowlNothing(X26_799_9))
% 220.26/29.96
% 220.26/29.96 [12872] ALPHA_AND : (cowlThing(X26_799_9) & ~cowlNothing(X26_799_9))
% 220.26/29.96 -> [12873] cowlThing(X26_799_9), ~cowlNothing(X26_799_9)
% 220.26/29.96
% 220.26/29.96 [12873] CLOSURE : ~cowlNothing(X26_799_9)
% 220.26/29.96
% 220.26/29.96 [12829] BETA_NOT_AND : ~(=(B25_282_8, B25_282_8) & xsd_string(B25_282_8))
% 220.26/29.96 -> [12851] ~=(B25_282_8, B25_282_8)
% 220.26/29.96 -> [12852] ~xsd_string(B25_282_8)
% 220.26/29.96
% 220.26/29.96 [12851] CLOSURE : ~=(B25_282_8, B25_282_8)
% 220.26/29.96
% 220.26/29.96 [12852] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12875] (cowlThing(X26_800_9) & ~cowlNothing(X26_800_9))
% 220.26/29.96
% 220.26/29.96 [12875] ALPHA_AND : (cowlThing(X26_800_9) & ~cowlNothing(X26_800_9))
% 220.26/29.96 -> [12876] cowlThing(X26_800_9), ~cowlNothing(X26_800_9)
% 220.26/29.96
% 220.26/29.96 [12876] CLOSURE : ~cowlNothing(X26_800_9)
% 220.26/29.96
% 220.26/29.96 [12771] CLOSURE : ~=(B23_99_7, B23_99_7)
% 220.26/29.96
% 220.26/29.96 [12763] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12819] ((=(B25_280_8, B25_280_8) & xsd_string(B25_280_8)) => xsd_string(B25_280_8))
% 220.26/29.96
% 220.26/29.96 [12819] BETA_IMPLY : ((=(B25_280_8, B25_280_8) & xsd_string(B25_280_8)) => xsd_string(B25_280_8))
% 220.26/29.96 -> [12821] ~(=(B25_280_8, B25_280_8) & xsd_string(B25_280_8))
% 220.26/29.96 -> [12822] xsd_string(B25_280_8)
% 220.26/29.96
% 220.26/29.96 [12822] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12920] (cowlThing(X26_804_9) & ~cowlNothing(X26_804_9))
% 220.26/29.96
% 220.26/29.96 [12920] ALPHA_AND : (cowlThing(X26_804_9) & ~cowlNothing(X26_804_9))
% 220.26/29.96 -> [12921] cowlThing(X26_804_9), ~cowlNothing(X26_804_9)
% 220.26/29.96
% 220.26/29.96 [12921] CLOSURE : ~cowlNothing(X26_804_9)
% 220.26/29.96
% 220.26/29.96 [12821] BETA_NOT_AND : ~(=(B25_280_8, B25_280_8) & xsd_string(B25_280_8))
% 220.26/29.96 -> [12846] ~=(B25_280_8, B25_280_8)
% 220.26/29.96 -> [12847] ~xsd_string(B25_280_8)
% 220.26/29.96
% 220.26/29.96 [12846] CLOSURE : ~=(B25_280_8, B25_280_8)
% 220.26/29.96
% 220.26/29.96 [12847] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12940] (cowlThing(X26_810_9) & ~cowlNothing(X26_810_9))
% 220.26/29.96
% 220.26/29.96 [12940] ALPHA_AND : (cowlThing(X26_810_9) & ~cowlNothing(X26_810_9))
% 220.26/29.96 -> [12941] cowlThing(X26_810_9), ~cowlNothing(X26_810_9)
% 220.26/29.96
% 220.26/29.96 [12941] CLOSURE : ~cowlNothing(X26_810_9)
% 220.26/29.96
% 220.26/29.96 [12662] BETA_NOT_AND : ~(=(B13_12_3, B13_12_3) & cowlNothing(B13_12_3))
% 220.26/29.96 -> [12666] ~=(B13_12_3, B13_12_3)
% 220.26/29.96 -> [12667] ~cowlNothing(B13_12_3)
% 220.26/29.96
% 220.26/29.96 [12666] CLOSURE : ~=(B13_12_3, B13_12_3)
% 220.26/29.96
% 220.26/29.96 [12667] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.96 -> [12676] ((=(B15_32_4, B15_32_4) & cowlThing(B15_32_4)) => cowlThing(B15_32_4))
% 220.26/29.96
% 220.26/29.96 [12676] BETA_IMPLY : ((=(B15_32_4, B15_32_4) & cowlThing(B15_32_4)) => cowlThing(B15_32_4))
% 220.26/29.96 -> [12678] ~(=(B15_32_4, B15_32_4) & cowlThing(B15_32_4))
% 220.26/29.96 -> [12679] cowlThing(B15_32_4)
% 220.26/29.96
% 220.26/29.96 [12678] BETA_NOT_AND : ~(=(B15_32_4, B15_32_4) & cowlThing(B15_32_4))
% 220.26/29.96 -> [12694] ~=(B15_32_4, B15_32_4)
% 220.26/29.96 -> [12695] ~cowlThing(B15_32_4)
% 220.26/29.96
% 220.26/29.96 [12694] CLOSURE : ~=(B15_32_4, B15_32_4)
% 220.26/29.96
% 220.26/29.96 [12695] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [12714] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [12714] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [12715] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [12716] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12715] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [12719] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [12720] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12719] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [12720] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12716] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [12799] ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [12799] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [12800] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [12801] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12800] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [12834] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96 -> [12835] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12834] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12835] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12801] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [12891] ((=(B23_103_7, B23_103_7) & xsd_integer(B23_103_7)) => xsd_integer(B23_103_7))
% 220.26/29.96
% 220.26/29.96 [12891] BETA_IMPLY : ((=(B23_103_7, B23_103_7) & xsd_integer(B23_103_7)) => xsd_integer(B23_103_7))
% 220.26/29.96 -> [12892] ~(=(B23_103_7, B23_103_7) & xsd_integer(B23_103_7))
% 220.26/29.96 -> [12893] xsd_integer(B23_103_7)
% 220.26/29.96
% 220.26/29.96 [12892] BETA_NOT_AND : ~(=(B23_103_7, B23_103_7) & xsd_integer(B23_103_7))
% 220.26/29.96 -> [12927] ~=(B23_103_7, B23_103_7)
% 220.26/29.96 -> [12928] ~xsd_integer(B23_103_7)
% 220.26/29.96
% 220.26/29.96 [12927] CLOSURE : ~=(B23_103_7, B23_103_7)
% 220.26/29.96
% 220.26/29.96 [12928] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12955] ((=(B25_288_8, B25_288_8) & xsd_string(B25_288_8)) => xsd_string(B25_288_8))
% 220.26/29.96
% 220.26/29.96 [12955] BETA_IMPLY : ((=(B25_288_8, B25_288_8) & xsd_string(B25_288_8)) => xsd_string(B25_288_8))
% 220.26/29.96 -> [12956] ~(=(B25_288_8, B25_288_8) & xsd_string(B25_288_8))
% 220.26/29.96 -> [12957] xsd_string(B25_288_8)
% 220.26/29.96
% 220.26/29.96 [12957] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12978] (cowlThing(X26_812_9) & ~cowlNothing(X26_812_9))
% 220.26/29.96
% 220.26/29.96 [12978] ALPHA_AND : (cowlThing(X26_812_9) & ~cowlNothing(X26_812_9))
% 220.26/29.96 -> [12979] cowlThing(X26_812_9), ~cowlNothing(X26_812_9)
% 220.26/29.96
% 220.26/29.96 [12979] CLOSURE : cowlThing(X26_812_9)
% 220.26/29.96
% 220.26/29.96 [12956] BETA_NOT_AND : ~(=(B25_288_8, B25_288_8) & xsd_string(B25_288_8))
% 220.26/29.96 -> [12964] ~=(B25_288_8, B25_288_8)
% 220.26/29.96 -> [12965] ~xsd_string(B25_288_8)
% 220.26/29.96
% 220.26/29.96 [12964] CLOSURE : ~=(B25_288_8, B25_288_8)
% 220.26/29.96
% 220.26/29.96 [12965] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12980] (cowlThing(X26_813_9) & ~cowlNothing(X26_813_9))
% 220.26/29.96
% 220.26/29.96 [12980] ALPHA_AND : (cowlThing(X26_813_9) & ~cowlNothing(X26_813_9))
% 220.26/29.96 -> [12981] cowlThing(X26_813_9), ~cowlNothing(X26_813_9)
% 220.26/29.96
% 220.26/29.96 [12981] CLOSURE : cowlThing(X26_813_9)
% 220.26/29.96
% 220.26/29.96 [12893] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12959] ((=(B25_289_8, B25_289_8) & xsd_string(B25_289_8)) => xsd_string(B25_289_8))
% 220.26/29.96
% 220.26/29.96 [12959] BETA_IMPLY : ((=(B25_289_8, B25_289_8) & xsd_string(B25_289_8)) => xsd_string(B25_289_8))
% 220.26/29.96 -> [12962] ~(=(B25_289_8, B25_289_8) & xsd_string(B25_289_8))
% 220.26/29.96 -> [12963] xsd_string(B25_289_8)
% 220.26/29.96
% 220.26/29.96 [12962] BETA_NOT_AND : ~(=(B25_289_8, B25_289_8) & xsd_string(B25_289_8))
% 220.26/29.96 -> [12974] ~=(B25_289_8, B25_289_8)
% 220.26/29.96 -> [12975] ~xsd_string(B25_289_8)
% 220.26/29.96
% 220.26/29.96 [12974] CLOSURE : ~=(B25_289_8, B25_289_8)
% 220.26/29.96
% 220.26/29.96 [12975] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12990] (cowlThing(X26_816_9) & ~cowlNothing(X26_816_9))
% 220.26/29.96
% 220.26/29.96 [12990] ALPHA_AND : (cowlThing(X26_816_9) & ~cowlNothing(X26_816_9))
% 220.26/29.96 -> [12992] cowlThing(X26_816_9), ~cowlNothing(X26_816_9)
% 220.26/29.96
% 220.26/29.96 [12992] CLOSURE : cowlThing(X26_816_9)
% 220.26/29.96
% 220.26/29.96 [12963] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12994] (cowlThing(X26_817_9) & ~cowlNothing(X26_817_9))
% 220.26/29.96
% 220.26/29.96 [12994] ALPHA_AND : (cowlThing(X26_817_9) & ~cowlNothing(X26_817_9))
% 220.26/29.96 -> [12995] cowlThing(X26_817_9), ~cowlNothing(X26_817_9)
% 220.26/29.96
% 220.26/29.96 [12995] CLOSURE : cowlThing(X26_817_9)
% 220.26/29.96
% 220.26/29.96 [12679] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [12696] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [12696] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [12697] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [12698] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12697] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [12769] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [12770] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12770] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12769] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [12698] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [12739] ((=(skolem_Y02929(C21_84_6), skolem_Y02929(C21_84_6)) & rr(C21_84_6, skolem_Y02929(C21_84_6))) => rr(C21_84_6, skolem_Y02929(C21_84_6)))
% 220.26/29.96
% 220.26/29.96 [12739] BETA_IMPLY : ((=(skolem_Y02929(C21_84_6), skolem_Y02929(C21_84_6)) & rr(C21_84_6, skolem_Y02929(C21_84_6))) => rr(C21_84_6, skolem_Y02929(C21_84_6)))
% 220.26/29.96 -> [12742] ~(=(skolem_Y02929(C21_84_6), skolem_Y02929(C21_84_6)) & rr(C21_84_6, skolem_Y02929(C21_84_6)))
% 220.26/29.96 -> [12743] rr(C21_84_6, skolem_Y02929(C21_84_6))
% 220.26/29.96
% 220.26/29.96 [12742] BETA_NOT_AND : ~(=(skolem_Y02929(C21_84_6), skolem_Y02929(C21_84_6)) & rr(C21_84_6, skolem_Y02929(C21_84_6)))
% 220.26/29.96 -> [12752] ~=(skolem_Y02929(C21_84_6), skolem_Y02929(C21_84_6))
% 220.26/29.96 -> [12753] ~rr(C21_84_6, skolem_Y02929(C21_84_6))
% 220.26/29.96
% 220.26/29.96 [12753] CLOSURE : ~rr(C21_84_6, skolem_Y02929(C21_84_6))
% 220.26/29.96
% 220.26/29.96 [12752] CLOSURE : ~=(skolem_Y02929(C21_84_6), skolem_Y02929(C21_84_6))
% 220.26/29.96
% 220.26/29.96 [12743] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [12773] ((=(B23_101_7, B23_101_7) & xsd_integer(B23_101_7)) => xsd_integer(B23_101_7))
% 220.26/29.96
% 220.26/29.96 [12773] BETA_IMPLY : ((=(B23_101_7, B23_101_7) & xsd_integer(B23_101_7)) => xsd_integer(B23_101_7))
% 220.26/29.96 -> [12774] ~(=(B23_101_7, B23_101_7) & xsd_integer(B23_101_7))
% 220.26/29.96 -> [12775] xsd_integer(B23_101_7)
% 220.26/29.96
% 220.26/29.96 [12774] BETA_NOT_AND : ~(=(B23_101_7, B23_101_7) & xsd_integer(B23_101_7))
% 220.26/29.96 -> [12784] ~=(B23_101_7, B23_101_7)
% 220.26/29.96 -> [12785] ~xsd_integer(B23_101_7)
% 220.26/29.96
% 220.26/29.96 [12784] CLOSURE : ~=(B23_101_7, B23_101_7)
% 220.26/29.96
% 220.26/29.96 [12785] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [12863] ((=(B25_284_8, B25_284_8) & xsd_string(B25_284_8)) => xsd_string(B25_284_8))
% 220.26/29.96
% 220.26/29.96 [12863] BETA_IMPLY : ((=(B25_284_8, B25_284_8) & xsd_string(B25_284_8)) => xsd_string(B25_284_8))
% 220.26/29.96 -> [12864] ~(=(B25_284_8, B25_284_8) & xsd_string(B25_284_8))
% 220.26/29.96 -> [12865] xsd_string(B25_284_8)
% 220.26/29.96
% 220.26/29.96 [12864] BETA_NOT_AND : ~(=(B25_284_8, B25_284_8) & xsd_string(B25_284_8))
% 220.26/29.96 -> [12886] ~=(B25_284_8, B25_284_8)
% 220.26/29.96 -> [12887] ~xsd_string(B25_284_8)
% 220.26/29.96
% 220.26/29.96 [12887] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12922] (cowlThing(X26_805_9) & ~cowlNothing(X26_805_9))
% 220.26/29.96
% 220.26/29.96 [12922] ALPHA_AND : (cowlThing(X26_805_9) & ~cowlNothing(X26_805_9))
% 220.26/29.96 -> [12923] cowlThing(X26_805_9), ~cowlNothing(X26_805_9)
% 220.26/29.96
% 220.26/29.96 [12923] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.96 -> [12945] (xsd_string(X27_593_10) <=> ~xsd_integer(X27_593_10))
% 220.26/29.96
% 220.26/29.96 [12945] BETA_EQUIV : (xsd_string(X27_593_10) <=> ~xsd_integer(X27_593_10))
% 220.26/29.96 -> [12946] ~xsd_string(X27_593_10), ~~xsd_integer(X27_593_10)
% 220.26/29.96 -> [12947] xsd_string(X27_593_10), ~xsd_integer(X27_593_10)
% 220.26/29.96
% 220.26/29.96 [12947] CLOSURE : xsd_string(X27_593_10)
% 220.26/29.96
% 220.26/29.96 [12966] CLOSURE : xsd_integer(X27_593_10)
% 220.26/29.96
% 220.26/29.96 [12886] CLOSURE : ~=(B25_284_8, B25_284_8)
% 220.26/29.96
% 220.26/29.96 [12865] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [12910] (cowlThing(X26_802_9) & ~cowlNothing(X26_802_9))
% 220.26/29.96
% 220.26/29.96 [12910] ALPHA_AND : (cowlThing(X26_802_9) & ~cowlNothing(X26_802_9))
% 220.26/29.96 -> [12911] cowlThing(X26_802_9), ~cowlNothing(X26_802_9)
% 220.26/29.96
% 220.26/29.96 [12911] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.96 -> [12929] (xsd_string(X27_592_10) <=> ~xsd_integer(X27_592_10))
% 220.26/29.96
% 220.26/29.96 [12929] BETA_EQUIV : (xsd_string(X27_592_10) <=> ~xsd_integer(X27_592_10))
% 220.26/29.96 -> [12930] ~xsd_string(X27_592_10), ~~xsd_integer(X27_592_10)
% 220.26/29.96 -> [12931] xsd_string(X27_592_10), ~xsd_integer(X27_592_10)
% 220.26/29.96
% 220.26/29.96 [12930] ALPHA_NOT_NOT : ~~xsd_integer(X27_592_10)
% 220.26/29.96 -> [12944] xsd_integer(X27_592_10)
% 220.26/29.96
% 220.26/29.96 [12944] CLOSURE : xsd_integer(X27_592_10)
% 220.26/29.96
% 220.26/29.96 [12931] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.96 -> [12948] (cc(X33_472_11) => ~cd(X33_472_11))
% 220.26/29.96
% 220.26/29.96 [12948] BETA_IMPLY : (cc(X33_472_11) => ~cd(X33_472_11))
% 220.26/29.96 -> [12949] ~cc(X33_472_11)
% 220.26/29.96 -> [12950] ~cd(X33_472_11)
% 220.26/29.96
% 220.26/29.96 [12950] CLOSURE : ~cd(X33_472_11)
% 220.26/29.96
% 220.26/29.96 [12958] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96 -> [13065] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13066] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13066] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [13065] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13067] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96 -> [13068] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13068] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13067] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [12789] BETA_IMPLY : ((=(B25_278_8, B25_278_8) & xsd_string(B25_278_8)) => xsd_string(B25_278_8))
% 220.26/29.96 -> [13450] ~(=(B25_278_8, B25_278_8) & xsd_string(B25_278_8))
% 220.26/29.96 -> [13451] xsd_string(B25_278_8)
% 220.26/29.96
% 220.26/29.96 [13450] BETA_NOT_AND : ~(=(B25_278_8, B25_278_8) & xsd_string(B25_278_8))
% 220.26/29.96 -> [13453] ~=(B25_278_8, B25_278_8)
% 220.26/29.96 -> [13454] ~xsd_string(B25_278_8)
% 220.26/29.96
% 220.26/29.96 [13453] CLOSURE : ~=(B25_278_8, B25_278_8)
% 220.26/29.96
% 220.26/29.96 [13454] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [13463] (cowlThing(X26_843_9) & ~cowlNothing(X26_843_9))
% 220.26/29.96
% 220.26/29.96 [13463] ALPHA_AND : (cowlThing(X26_843_9) & ~cowlNothing(X26_843_9))
% 220.26/29.96 -> [13464] cowlThing(X26_843_9), ~cowlNothing(X26_843_9)
% 220.26/29.96
% 220.26/29.96 [13464] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.96 -> [13479] (xsd_string(X27_619_10) <=> ~xsd_integer(X27_619_10))
% 220.26/29.96
% 220.26/29.96 [13479] BETA_EQUIV : (xsd_string(X27_619_10) <=> ~xsd_integer(X27_619_10))
% 220.26/29.96 -> [13480] ~xsd_string(X27_619_10), ~~xsd_integer(X27_619_10)
% 220.26/29.96 -> [13481] xsd_string(X27_619_10), ~xsd_integer(X27_619_10)
% 220.26/29.96
% 220.26/29.96 [13481] CLOSURE : ~xsd_integer(X27_619_10)
% 220.26/29.96
% 220.26/29.96 [13488] BETA_IMPLY : (cc(X33_490_11) => ~cd(X33_490_11))
% 220.26/29.96 -> [13597] ~cc(X33_490_11)
% 220.26/29.96 -> [13598] ~cd(X33_490_11)
% 220.26/29.96
% 220.26/29.96 [13598] CLOSURE : ~cd(X33_490_11)
% 220.26/29.96
% 220.26/29.96 [13597] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96 -> [13599] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [13599] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96 -> [13600] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13601] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13601] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [13600] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13602] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96 -> [13603] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13603] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13602] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [13470] BETA_EQUIV : (xsd_string(X27_618_10) <=> ~xsd_integer(X27_618_10))
% 220.26/29.96 -> [13615] ~xsd_string(X27_618_10), ~~xsd_integer(X27_618_10)
% 220.26/29.96 -> [13616] xsd_string(X27_618_10), ~xsd_integer(X27_618_10)
% 220.26/29.96
% 220.26/29.96 [13616] CLOSURE : ~xsd_integer(X27_618_10)
% 220.26/29.96
% 220.26/29.96 [13617] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.96 -> [13618] (cc(X33_497_11) => ~cd(X33_497_11))
% 220.26/29.96
% 220.26/29.96 [13618] BETA_IMPLY : (cc(X33_497_11) => ~cd(X33_497_11))
% 220.26/29.96 -> [13621] ~cc(X33_497_11)
% 220.26/29.96 -> [13622] ~cd(X33_497_11)
% 220.26/29.96
% 220.26/29.96 [13622] CLOSURE : ~cd(X33_497_11)
% 220.26/29.96
% 220.26/29.96 [13621] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96 -> [13626] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [13626] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96 -> [13629] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13630] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13630] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [13629] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [13648] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96 -> [13649] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [13648] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [13649] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [39] GAMMA_FORALL : ! [A10_10, B11_11] : (((=(A10_10, B11_11) & cd(A10_10)) => cd(B11_11)))
% 220.26/29.96 -> [80] ((=(B9_2_1, B9_2_1) & cd(B9_2_1)) => cd(B9_2_1))
% 220.26/29.96
% 220.26/29.96 [80] BETA_IMPLY : ((=(B9_2_1, B9_2_1) & cd(B9_2_1)) => cd(B9_2_1))
% 220.26/29.96 -> [83] ~(=(B9_2_1, B9_2_1) & cd(B9_2_1))
% 220.26/29.96 -> [84] cd(B9_2_1)
% 220.26/29.96
% 220.26/29.96 [83] BETA_NOT_AND : ~(=(B9_2_1, B9_2_1) & cd(B9_2_1))
% 220.26/29.96 -> [103] ~=(B9_2_1, B9_2_1)
% 220.26/29.96 -> [104] ~cd(B9_2_1)
% 220.26/29.96
% 220.26/29.96 [103] CLOSURE : ~=(B9_2_1, B9_2_1)
% 220.26/29.96
% 220.26/29.96 [104] GAMMA_FORALL : ! [A12_12, B13_13] : (((=(A12_12, B13_13) & cowlNothing(A12_12)) => cowlNothing(B13_13)))
% 220.26/29.96 -> [162] ((=(B13_10_3, B13_10_3) & cowlNothing(B13_10_3)) => cowlNothing(B13_10_3))
% 220.26/29.96
% 220.26/29.96 [162] BETA_IMPLY : ((=(B13_10_3, B13_10_3) & cowlNothing(B13_10_3)) => cowlNothing(B13_10_3))
% 220.26/29.96 -> [221] ~(=(B13_10_3, B13_10_3) & cowlNothing(B13_10_3))
% 220.26/29.96 -> [222] cowlNothing(B13_10_3)
% 220.26/29.96
% 220.26/29.96 [222] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.96 -> [920] ((=(B15_23_4, B15_23_4) & cowlThing(B15_23_4)) => cowlThing(B15_23_4))
% 220.26/29.96
% 220.26/29.96 [920] BETA_IMPLY : ((=(B15_23_4, B15_23_4) & cowlThing(B15_23_4)) => cowlThing(B15_23_4))
% 220.26/29.96 -> [923] ~(=(B15_23_4, B15_23_4) & cowlThing(B15_23_4))
% 220.26/29.96 -> [924] cowlThing(B15_23_4)
% 220.26/29.96
% 220.26/29.96 [923] BETA_NOT_AND : ~(=(B15_23_4, B15_23_4) & cowlThing(B15_23_4))
% 220.26/29.96 -> [954] ~=(B15_23_4, B15_23_4)
% 220.26/29.96 -> [955] ~cowlThing(B15_23_4)
% 220.26/29.96
% 220.26/29.96 [954] CLOSURE : ~=(B15_23_4, B15_23_4)
% 220.26/29.96
% 220.26/29.96 [955] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [969] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [969] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [973] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [974] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [973] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [978] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [979] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [979] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [978] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [974] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [990] ((=(B20_25_6, B20_25_6) & rr(C21_25_6, B20_25_6)) => rr(C21_25_6, B20_25_6))
% 220.26/29.96
% 220.26/29.96 [990] BETA_IMPLY : ((=(B20_25_6, B20_25_6) & rr(C21_25_6, B20_25_6)) => rr(C21_25_6, B20_25_6))
% 220.26/29.96 -> [991] ~(=(B20_25_6, B20_25_6) & rr(C21_25_6, B20_25_6))
% 220.26/29.96 -> [992] rr(C21_25_6, B20_25_6)
% 220.26/29.96
% 220.26/29.96 [992] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [1016] ((=(B23_23_7, B23_23_7) & xsd_integer(B23_23_7)) => xsd_integer(B23_23_7))
% 220.26/29.96
% 220.26/29.96 [1016] BETA_IMPLY : ((=(B23_23_7, B23_23_7) & xsd_integer(B23_23_7)) => xsd_integer(B23_23_7))
% 220.26/29.96 -> [1017] ~(=(B23_23_7, B23_23_7) & xsd_integer(B23_23_7))
% 220.26/29.96 -> [1018] xsd_integer(B23_23_7)
% 220.26/29.96
% 220.26/29.96 [1018] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [1038] ((=(B25_40_8, B25_40_8) & xsd_string(B25_40_8)) => xsd_string(B25_40_8))
% 220.26/29.96
% 220.26/29.96 [1038] BETA_IMPLY : ((=(B25_40_8, B25_40_8) & xsd_string(B25_40_8)) => xsd_string(B25_40_8))
% 220.26/29.96 -> [1041] ~(=(B25_40_8, B25_40_8) & xsd_string(B25_40_8))
% 220.26/29.96 -> [1042] xsd_string(B25_40_8)
% 220.26/29.96
% 220.26/29.96 [1042] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1077] (cowlThing(X26_55_9) & ~cowlNothing(X26_55_9))
% 220.26/29.96
% 220.26/29.96 [1077] ALPHA_AND : (cowlThing(X26_55_9) & ~cowlNothing(X26_55_9))
% 220.26/29.96 -> [1078] cowlThing(X26_55_9), ~cowlNothing(X26_55_9)
% 220.26/29.96
% 220.26/29.96 [1078] CLOSURE : cowlThing(X26_55_9)
% 220.26/29.96
% 220.26/29.96 [1041] BETA_NOT_AND : ~(=(B25_40_8, B25_40_8) & xsd_string(B25_40_8))
% 220.26/29.96 -> [1049] ~=(B25_40_8, B25_40_8)
% 220.26/29.96 -> [1050] ~xsd_string(B25_40_8)
% 220.26/29.96
% 220.26/29.96 [1049] CLOSURE : ~=(B25_40_8, B25_40_8)
% 220.26/29.96
% 220.26/29.96 [1050] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1086] (cowlThing(X26_57_9) & ~cowlNothing(X26_57_9))
% 220.26/29.96
% 220.26/29.96 [1086] ALPHA_AND : (cowlThing(X26_57_9) & ~cowlNothing(X26_57_9))
% 220.26/29.96 -> [1087] cowlThing(X26_57_9), ~cowlNothing(X26_57_9)
% 220.26/29.96
% 220.26/29.96 [1087] CLOSURE : cowlThing(X26_57_9)
% 220.26/29.96
% 220.26/29.96 [1017] BETA_NOT_AND : ~(=(B23_23_7, B23_23_7) & xsd_integer(B23_23_7))
% 220.26/29.96 -> [1025] ~=(B23_23_7, B23_23_7)
% 220.26/29.96 -> [1026] ~xsd_integer(B23_23_7)
% 220.26/29.96
% 220.26/29.96 [1025] CLOSURE : ~=(B23_23_7, B23_23_7)
% 220.26/29.96
% 220.26/29.96 [1026] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [1053] ((=(B25_41_8, B25_41_8) & xsd_string(B25_41_8)) => xsd_string(B25_41_8))
% 220.26/29.96
% 220.26/29.96 [1053] BETA_IMPLY : ((=(B25_41_8, B25_41_8) & xsd_string(B25_41_8)) => xsd_string(B25_41_8))
% 220.26/29.96 -> [1054] ~(=(B25_41_8, B25_41_8) & xsd_string(B25_41_8))
% 220.26/29.96 -> [1055] xsd_string(B25_41_8)
% 220.26/29.96
% 220.26/29.96 [1055] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1084] (cowlThing(X26_56_9) & ~cowlNothing(X26_56_9))
% 220.26/29.96
% 220.26/29.96 [1084] ALPHA_AND : (cowlThing(X26_56_9) & ~cowlNothing(X26_56_9))
% 220.26/29.96 -> [1085] cowlThing(X26_56_9), ~cowlNothing(X26_56_9)
% 220.26/29.96
% 220.26/29.96 [1085] CLOSURE : cowlThing(X26_56_9)
% 220.26/29.96
% 220.26/29.96 [1054] BETA_NOT_AND : ~(=(B25_41_8, B25_41_8) & xsd_string(B25_41_8))
% 220.26/29.96 -> [1062] ~=(B25_41_8, B25_41_8)
% 220.26/29.96 -> [1063] ~xsd_string(B25_41_8)
% 220.26/29.96
% 220.26/29.96 [1062] CLOSURE : ~=(B25_41_8, B25_41_8)
% 220.26/29.96
% 220.26/29.96 [1063] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1093] (cowlThing(X26_58_9) & ~cowlNothing(X26_58_9))
% 220.26/29.96
% 220.26/29.96 [1093] ALPHA_AND : (cowlThing(X26_58_9) & ~cowlNothing(X26_58_9))
% 220.26/29.96 -> [1095] cowlThing(X26_58_9), ~cowlNothing(X26_58_9)
% 220.26/29.96
% 220.26/29.96 [1095] CLOSURE : cowlThing(X26_58_9)
% 220.26/29.96
% 220.26/29.96 [991] BETA_NOT_AND : ~(=(B20_25_6, B20_25_6) & rr(C21_25_6, B20_25_6))
% 220.26/29.96 -> [999] ~=(B20_25_6, B20_25_6)
% 220.26/29.96 -> [1000] ~rr(C21_25_6, B20_25_6)
% 220.26/29.96
% 220.26/29.96 [1000] CLOSURE : ~rr(C21_25_6, B20_25_6)
% 220.26/29.96
% 220.26/29.96 [999] CLOSURE : ~=(B20_25_6, B20_25_6)
% 220.26/29.96
% 220.26/29.96 [924] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [968] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [968] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [970] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [971] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [970] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [976] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [977] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [977] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [976] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [971] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [994] ((=(B20_27_6, B20_27_6) & rr(C21_27_6, B20_27_6)) => rr(C21_27_6, B20_27_6))
% 220.26/29.96
% 220.26/29.96 [994] BETA_IMPLY : ((=(B20_27_6, B20_27_6) & rr(C21_27_6, B20_27_6)) => rr(C21_27_6, B20_27_6))
% 220.26/29.96 -> [997] ~(=(B20_27_6, B20_27_6) & rr(C21_27_6, B20_27_6))
% 220.26/29.96 -> [998] rr(C21_27_6, B20_27_6)
% 220.26/29.96
% 220.26/29.96 [997] BETA_NOT_AND : ~(=(B20_27_6, B20_27_6) & rr(C21_27_6, B20_27_6))
% 220.26/29.96 -> [1005] ~=(B20_27_6, B20_27_6)
% 220.26/29.96 -> [1006] ~rr(C21_27_6, B20_27_6)
% 220.26/29.96
% 220.26/29.96 [1006] CLOSURE : ~rr(C21_27_6, B20_27_6)
% 220.26/29.96
% 220.26/29.96 [1005] CLOSURE : ~=(B20_27_6, B20_27_6)
% 220.26/29.96
% 220.26/29.96 [998] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [1032] ((=(B23_26_7, B23_26_7) & xsd_integer(B23_26_7)) => xsd_integer(B23_26_7))
% 220.26/29.96
% 220.26/29.96 [1032] BETA_IMPLY : ((=(B23_26_7, B23_26_7) & xsd_integer(B23_26_7)) => xsd_integer(B23_26_7))
% 220.26/29.96 -> [1033] ~(=(B23_26_7, B23_26_7) & xsd_integer(B23_26_7))
% 220.26/29.96 -> [1034] xsd_integer(B23_26_7)
% 220.26/29.96
% 220.26/29.96 [1033] BETA_NOT_AND : ~(=(B23_26_7, B23_26_7) & xsd_integer(B23_26_7))
% 220.26/29.96 -> [1043] ~=(B23_26_7, B23_26_7)
% 220.26/29.96 -> [1044] ~xsd_integer(B23_26_7)
% 220.26/29.96
% 220.26/29.96 [1043] CLOSURE : ~=(B23_26_7, B23_26_7)
% 220.26/29.96
% 220.26/29.96 [1044] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [1088] ((=(B25_45_8, B25_45_8) & xsd_string(B25_45_8)) => xsd_string(B25_45_8))
% 220.26/29.96
% 220.26/29.96 [1088] BETA_IMPLY : ((=(B25_45_8, B25_45_8) & xsd_string(B25_45_8)) => xsd_string(B25_45_8))
% 220.26/29.96 -> [1089] ~(=(B25_45_8, B25_45_8) & xsd_string(B25_45_8))
% 220.26/29.96 -> [1090] xsd_string(B25_45_8)
% 220.26/29.96
% 220.26/29.96 [1089] BETA_NOT_AND : ~(=(B25_45_8, B25_45_8) & xsd_string(B25_45_8))
% 220.26/29.96 -> [1101] ~=(B25_45_8, B25_45_8)
% 220.26/29.96 -> [1102] ~xsd_string(B25_45_8)
% 220.26/29.96
% 220.26/29.96 [1101] CLOSURE : ~=(B25_45_8, B25_45_8)
% 220.26/29.96
% 220.26/29.96 [1102] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1133] (cowlThing(X26_63_9) & ~cowlNothing(X26_63_9))
% 220.26/29.96
% 220.26/29.96 [1133] ALPHA_AND : (cowlThing(X26_63_9) & ~cowlNothing(X26_63_9))
% 220.26/29.96 -> [1134] cowlThing(X26_63_9), ~cowlNothing(X26_63_9)
% 220.26/29.96
% 220.26/29.96 [1134] CLOSURE : ~cowlNothing(X26_63_9)
% 220.26/29.96
% 220.26/29.96 [1090] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1131] (cowlThing(X26_62_9) & ~cowlNothing(X26_62_9))
% 220.26/29.96
% 220.26/29.96 [1131] ALPHA_AND : (cowlThing(X26_62_9) & ~cowlNothing(X26_62_9))
% 220.26/29.96 -> [1132] cowlThing(X26_62_9), ~cowlNothing(X26_62_9)
% 220.26/29.96
% 220.26/29.96 [1132] CLOSURE : ~cowlNothing(X26_62_9)
% 220.26/29.96
% 220.26/29.96 [1034] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [1079] ((=(B25_44_8, B25_44_8) & xsd_string(B25_44_8)) => xsd_string(B25_44_8))
% 220.26/29.96
% 220.26/29.96 [1079] BETA_IMPLY : ((=(B25_44_8, B25_44_8) & xsd_string(B25_44_8)) => xsd_string(B25_44_8))
% 220.26/29.96 -> [1080] ~(=(B25_44_8, B25_44_8) & xsd_string(B25_44_8))
% 220.26/29.96 -> [1081] xsd_string(B25_44_8)
% 220.26/29.96
% 220.26/29.96 [1081] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1145] (cowlThing(X26_66_9) & ~cowlNothing(X26_66_9))
% 220.26/29.96
% 220.26/29.96 [1145] ALPHA_AND : (cowlThing(X26_66_9) & ~cowlNothing(X26_66_9))
% 220.26/29.96 -> [1146] cowlThing(X26_66_9), ~cowlNothing(X26_66_9)
% 220.26/29.96
% 220.26/29.96 [1146] CLOSURE : ~cowlNothing(X26_66_9)
% 220.26/29.96
% 220.26/29.96 [1080] BETA_NOT_AND : ~(=(B25_44_8, B25_44_8) & xsd_string(B25_44_8))
% 220.26/29.96 -> [1096] ~=(B25_44_8, B25_44_8)
% 220.26/29.96 -> [1097] ~xsd_string(B25_44_8)
% 220.26/29.96
% 220.26/29.96 [1096] CLOSURE : ~=(B25_44_8, B25_44_8)
% 220.26/29.96
% 220.26/29.96 [1097] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1147] (cowlThing(X26_67_9) & ~cowlNothing(X26_67_9))
% 220.26/29.96
% 220.26/29.96 [1147] ALPHA_AND : (cowlThing(X26_67_9) & ~cowlNothing(X26_67_9))
% 220.26/29.96 -> [1148] cowlThing(X26_67_9), ~cowlNothing(X26_67_9)
% 220.26/29.96
% 220.26/29.96 [1148] CLOSURE : ~cowlNothing(X26_67_9)
% 220.26/29.96
% 220.26/29.96 [221] BETA_NOT_AND : ~(=(B13_10_3, B13_10_3) & cowlNothing(B13_10_3))
% 220.26/29.96 -> [239] ~=(B13_10_3, B13_10_3)
% 220.26/29.96 -> [240] ~cowlNothing(B13_10_3)
% 220.26/29.96
% 220.26/29.96 [239] CLOSURE : ~=(B13_10_3, B13_10_3)
% 220.26/29.96
% 220.26/29.96 [240] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.96 -> [882] ((=(B15_22_4, B15_22_4) & cowlThing(B15_22_4)) => cowlThing(B15_22_4))
% 220.26/29.96
% 220.26/29.96 [882] BETA_IMPLY : ((=(B15_22_4, B15_22_4) & cowlThing(B15_22_4)) => cowlThing(B15_22_4))
% 220.26/29.96 -> [883] ~(=(B15_22_4, B15_22_4) & cowlThing(B15_22_4))
% 220.26/29.96 -> [884] cowlThing(B15_22_4)
% 220.26/29.96
% 220.26/29.96 [883] BETA_NOT_AND : ~(=(B15_22_4, B15_22_4) & cowlThing(B15_22_4))
% 220.26/29.96 -> [902] ~=(B15_22_4, B15_22_4)
% 220.26/29.96 -> [903] ~cowlThing(B15_22_4)
% 220.26/29.96
% 220.26/29.96 [902] CLOSURE : ~=(B15_22_4, B15_22_4)
% 220.26/29.96
% 220.26/29.96 [903] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [1061] ((=(B17_37_5, B17_37_5) & rr(B17_37_5, skolem_Y13030(B17_37_5))) => rr(B17_37_5, skolem_Y13030(B17_37_5)))
% 220.26/29.96
% 220.26/29.96 [1061] BETA_IMPLY : ((=(B17_37_5, B17_37_5) & rr(B17_37_5, skolem_Y13030(B17_37_5))) => rr(B17_37_5, skolem_Y13030(B17_37_5)))
% 220.26/29.96 -> [1064] ~(=(B17_37_5, B17_37_5) & rr(B17_37_5, skolem_Y13030(B17_37_5)))
% 220.26/29.96 -> [1065] rr(B17_37_5, skolem_Y13030(B17_37_5))
% 220.26/29.96
% 220.26/29.96 [1064] BETA_NOT_AND : ~(=(B17_37_5, B17_37_5) & rr(B17_37_5, skolem_Y13030(B17_37_5)))
% 220.26/29.96 -> [1091] ~=(B17_37_5, B17_37_5)
% 220.26/29.96 -> [1092] ~rr(B17_37_5, skolem_Y13030(B17_37_5))
% 220.26/29.96
% 220.26/29.96 [1092] CLOSURE : ~rr(B17_37_5, skolem_Y13030(B17_37_5))
% 220.26/29.96
% 220.26/29.96 [1091] CLOSURE : ~=(B17_37_5, B17_37_5)
% 220.26/29.96
% 220.26/29.96 [1065] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [1128] ((=(skolem_Y02929(C21_29_6), skolem_Y02929(C21_29_6)) & rr(C21_29_6, skolem_Y02929(C21_29_6))) => rr(C21_29_6, skolem_Y02929(C21_29_6)))
% 220.26/29.96
% 220.26/29.96 [1128] BETA_IMPLY : ((=(skolem_Y02929(C21_29_6), skolem_Y02929(C21_29_6)) & rr(C21_29_6, skolem_Y02929(C21_29_6))) => rr(C21_29_6, skolem_Y02929(C21_29_6)))
% 220.26/29.96 -> [1129] ~(=(skolem_Y02929(C21_29_6), skolem_Y02929(C21_29_6)) & rr(C21_29_6, skolem_Y02929(C21_29_6)))
% 220.26/29.96 -> [1130] rr(C21_29_6, skolem_Y02929(C21_29_6))
% 220.26/29.96
% 220.26/29.96 [1130] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [1164] ((=(B23_28_7, B23_28_7) & xsd_integer(B23_28_7)) => xsd_integer(B23_28_7))
% 220.26/29.96
% 220.26/29.96 [1164] BETA_IMPLY : ((=(B23_28_7, B23_28_7) & xsd_integer(B23_28_7)) => xsd_integer(B23_28_7))
% 220.26/29.96 -> [1165] ~(=(B23_28_7, B23_28_7) & xsd_integer(B23_28_7))
% 220.26/29.96 -> [1166] xsd_integer(B23_28_7)
% 220.26/29.96
% 220.26/29.96 [1166] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [1229] ((=(B25_50_8, B25_50_8) & xsd_string(B25_50_8)) => xsd_string(B25_50_8))
% 220.26/29.96
% 220.26/29.96 [1229] BETA_IMPLY : ((=(B25_50_8, B25_50_8) & xsd_string(B25_50_8)) => xsd_string(B25_50_8))
% 220.26/29.96 -> [1230] ~(=(B25_50_8, B25_50_8) & xsd_string(B25_50_8))
% 220.26/29.96 -> [1231] xsd_string(B25_50_8)
% 220.26/29.96
% 220.26/29.96 [1231] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1877] (cowlThing(X26_151_9) & ~cowlNothing(X26_151_9))
% 220.26/29.96
% 220.26/29.96 [1877] ALPHA_AND : (cowlThing(X26_151_9) & ~cowlNothing(X26_151_9))
% 220.26/29.96 -> [1878] cowlThing(X26_151_9), ~cowlNothing(X26_151_9)
% 220.26/29.96
% 220.26/29.96 [1878] CLOSURE : cowlThing(X26_151_9)
% 220.26/29.96
% 220.26/29.96 [1230] BETA_NOT_AND : ~(=(B25_50_8, B25_50_8) & xsd_string(B25_50_8))
% 220.26/29.96 -> [1246] ~=(B25_50_8, B25_50_8)
% 220.26/29.96 -> [1247] ~xsd_string(B25_50_8)
% 220.26/29.96
% 220.26/29.96 [1247] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1916] (cowlThing(X26_155_9) & ~cowlNothing(X26_155_9))
% 220.26/29.96
% 220.26/29.96 [1916] ALPHA_AND : (cowlThing(X26_155_9) & ~cowlNothing(X26_155_9))
% 220.26/29.96 -> [1917] cowlThing(X26_155_9), ~cowlNothing(X26_155_9)
% 220.26/29.96
% 220.26/29.96 [1917] CLOSURE : cowlThing(X26_155_9)
% 220.26/29.96
% 220.26/29.96 [1246] CLOSURE : ~=(B25_50_8, B25_50_8)
% 220.26/29.96
% 220.26/29.96 [1165] BETA_NOT_AND : ~(=(B23_28_7, B23_28_7) & xsd_integer(B23_28_7))
% 220.26/29.96 -> [1186] ~=(B23_28_7, B23_28_7)
% 220.26/29.96 -> [1187] ~xsd_integer(B23_28_7)
% 220.26/29.96
% 220.26/29.96 [1186] CLOSURE : ~=(B23_28_7, B23_28_7)
% 220.26/29.96
% 220.26/29.96 [1187] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [1243] ((=(B25_51_8, B25_51_8) & xsd_string(B25_51_8)) => xsd_string(B25_51_8))
% 220.26/29.96
% 220.26/29.96 [1243] BETA_IMPLY : ((=(B25_51_8, B25_51_8) & xsd_string(B25_51_8)) => xsd_string(B25_51_8))
% 220.26/29.96 -> [1244] ~(=(B25_51_8, B25_51_8) & xsd_string(B25_51_8))
% 220.26/29.96 -> [1245] xsd_string(B25_51_8)
% 220.26/29.96
% 220.26/29.96 [1245] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1937] (cowlThing(X26_159_9) & ~cowlNothing(X26_159_9))
% 220.26/29.96
% 220.26/29.96 [1937] ALPHA_AND : (cowlThing(X26_159_9) & ~cowlNothing(X26_159_9))
% 220.26/29.96 -> [1938] cowlThing(X26_159_9), ~cowlNothing(X26_159_9)
% 220.26/29.96
% 220.26/29.96 [1938] CLOSURE : cowlThing(X26_159_9)
% 220.26/29.96
% 220.26/29.96 [1244] BETA_NOT_AND : ~(=(B25_51_8, B25_51_8) & xsd_string(B25_51_8))
% 220.26/29.96 -> [1262] ~=(B25_51_8, B25_51_8)
% 220.26/29.96 -> [1263] ~xsd_string(B25_51_8)
% 220.26/29.96
% 220.26/29.96 [1262] CLOSURE : ~=(B25_51_8, B25_51_8)
% 220.26/29.96
% 220.26/29.96 [1263] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [1958] (cowlThing(X26_163_9) & ~cowlNothing(X26_163_9))
% 220.26/29.96
% 220.26/29.96 [1958] ALPHA_AND : (cowlThing(X26_163_9) & ~cowlNothing(X26_163_9))
% 220.26/29.96 -> [1959] cowlThing(X26_163_9), ~cowlNothing(X26_163_9)
% 220.26/29.96
% 220.26/29.96 [1959] CLOSURE : cowlThing(X26_163_9)
% 220.26/29.96
% 220.26/29.96 [1129] BETA_NOT_AND : ~(=(skolem_Y02929(C21_29_6), skolem_Y02929(C21_29_6)) & rr(C21_29_6, skolem_Y02929(C21_29_6)))
% 220.26/29.96 -> [1135] ~=(skolem_Y02929(C21_29_6), skolem_Y02929(C21_29_6))
% 220.26/29.96 -> [1136] ~rr(C21_29_6, skolem_Y02929(C21_29_6))
% 220.26/29.96
% 220.26/29.96 [1136] CLOSURE : ~rr(C21_29_6, skolem_Y02929(C21_29_6))
% 220.26/29.96
% 220.26/29.96 [1135] CLOSURE : ~=(skolem_Y02929(C21_29_6), skolem_Y02929(C21_29_6))
% 220.26/29.96
% 220.26/29.96 [884] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [980] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [980] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [981] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [982] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [981] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [988] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [989] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [989] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [988] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [982] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [1001] ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [1001] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [1002] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [1003] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [1002] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [1007] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96 -> [1008] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [1008] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [1007] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [1022] BETA_IMPLY : ((=(B23_24_7, B23_24_7) & xsd_integer(B23_24_7)) => xsd_integer(B23_24_7))
% 220.26/29.96 -> [4380] ~(=(B23_24_7, B23_24_7) & xsd_integer(B23_24_7))
% 220.26/29.96 -> [4381] xsd_integer(B23_24_7)
% 220.26/29.96
% 220.26/29.96 [4380] BETA_NOT_AND : ~(=(B23_24_7, B23_24_7) & xsd_integer(B23_24_7))
% 220.26/29.96 -> [4384] ~=(B23_24_7, B23_24_7)
% 220.26/29.96 -> [4385] ~xsd_integer(B23_24_7)
% 220.26/29.96
% 220.26/29.96 [4384] CLOSURE : ~=(B23_24_7, B23_24_7)
% 220.26/29.96
% 220.26/29.96 [4385] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [4395] ((=(B25_124_8, B25_124_8) & xsd_string(B25_124_8)) => xsd_string(B25_124_8))
% 220.26/29.96
% 220.26/29.96 [4395] BETA_IMPLY : ((=(B25_124_8, B25_124_8) & xsd_string(B25_124_8)) => xsd_string(B25_124_8))
% 220.26/29.96 -> [4397] ~(=(B25_124_8, B25_124_8) & xsd_string(B25_124_8))
% 220.26/29.96 -> [4398] xsd_string(B25_124_8)
% 220.26/29.96
% 220.26/29.96 [4397] BETA_NOT_AND : ~(=(B25_124_8, B25_124_8) & xsd_string(B25_124_8))
% 220.26/29.96 -> [4401] ~=(B25_124_8, B25_124_8)
% 220.26/29.96 -> [4402] ~xsd_string(B25_124_8)
% 220.26/29.96
% 220.26/29.96 [4401] CLOSURE : ~=(B25_124_8, B25_124_8)
% 220.26/29.96
% 220.26/29.96 [4442] BETA_EQUIV : (xsd_string(X27_153_10) <=> ~xsd_integer(X27_153_10))
% 220.26/29.96 -> [4493] ~xsd_string(X27_153_10), ~~xsd_integer(X27_153_10)
% 220.26/29.96 -> [4494] xsd_string(X27_153_10), ~xsd_integer(X27_153_10)
% 220.26/29.96
% 220.26/29.96 [4494] CLOSURE : xsd_string(X27_153_10)
% 220.26/29.96
% 220.26/29.96 [4501] CLOSURE : xsd_integer(X27_153_10)
% 220.26/29.96
% 220.26/29.96 [4398] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [4416] (cowlThing(X26_297_9) & ~cowlNothing(X26_297_9))
% 220.26/29.96
% 220.26/29.96 [4416] ALPHA_AND : (cowlThing(X26_297_9) & ~cowlNothing(X26_297_9))
% 220.26/29.96 -> [4419] cowlThing(X26_297_9), ~cowlNothing(X26_297_9)
% 220.26/29.96
% 220.26/29.96 [4419] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.96 -> [4436] (xsd_string(X27_151_10) <=> ~xsd_integer(X27_151_10))
% 220.26/29.96
% 220.26/29.96 [4436] BETA_EQUIV : (xsd_string(X27_151_10) <=> ~xsd_integer(X27_151_10))
% 220.26/29.96 -> [4437] ~xsd_string(X27_151_10), ~~xsd_integer(X27_151_10)
% 220.26/29.96 -> [4438] xsd_string(X27_151_10), ~xsd_integer(X27_151_10)
% 220.26/29.96
% 220.26/29.96 [4437] ALPHA_NOT_NOT : ~~xsd_integer(X27_151_10)
% 220.26/29.96 -> [4456] xsd_integer(X27_151_10)
% 220.26/29.96
% 220.26/29.96 [4456] CLOSURE : xsd_integer(X27_151_10)
% 220.26/29.96
% 220.26/29.96 [4438] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.96 -> [4463] (cc(X33_118_11) => ~cd(X33_118_11))
% 220.26/29.96
% 220.26/29.96 [4463] BETA_IMPLY : (cc(X33_118_11) => ~cd(X33_118_11))
% 220.26/29.96 -> [4465] ~cc(X33_118_11)
% 220.26/29.96 -> [4466] ~cd(X33_118_11)
% 220.26/29.96
% 220.26/29.96 [4465] CLOSURE : ~cc(X33_118_11)
% 220.26/29.96
% 220.26/29.96 [4466] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96 -> [4471] ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [4471] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y02929, skolem_Y13030))
% 220.26/29.96 -> [4472] ~(rr(i2003_11_14_17_20_14253, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [4473] =(skolem_Y02929, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [4473] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [4472] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [4478] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96 -> [4479] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [4479] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [4478] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [4381] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [4389] ((=(B25_123_8, B25_123_8) & xsd_string(B25_123_8)) => xsd_string(B25_123_8))
% 220.26/29.96
% 220.26/29.96 [4389] BETA_IMPLY : ((=(B25_123_8, B25_123_8) & xsd_string(B25_123_8)) => xsd_string(B25_123_8))
% 220.26/29.96 -> [4390] ~(=(B25_123_8, B25_123_8) & xsd_string(B25_123_8))
% 220.26/29.96 -> [4391] xsd_string(B25_123_8)
% 220.26/29.96
% 220.26/29.96 [4391] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [4406] (cowlThing(X26_295_9) & ~cowlNothing(X26_295_9))
% 220.26/29.96
% 220.26/29.96 [4406] ALPHA_AND : (cowlThing(X26_295_9) & ~cowlNothing(X26_295_9))
% 220.26/29.96 -> [4409] cowlThing(X26_295_9), ~cowlNothing(X26_295_9)
% 220.26/29.96
% 220.26/29.96 [4409] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.96 -> [4450] (xsd_string(X27_154_10) <=> ~xsd_integer(X27_154_10))
% 220.26/29.96
% 220.26/29.96 [4450] BETA_EQUIV : (xsd_string(X27_154_10) <=> ~xsd_integer(X27_154_10))
% 220.26/29.96 -> [4451] ~xsd_string(X27_154_10), ~~xsd_integer(X27_154_10)
% 220.26/29.96 -> [4452] xsd_string(X27_154_10), ~xsd_integer(X27_154_10)
% 220.26/29.96
% 220.26/29.96 [4452] CLOSURE : ~xsd_integer(X27_154_10)
% 220.26/29.96
% 220.26/29.96 [4464] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.96 -> [4495] (cc(X33_121_11) => ~cd(X33_121_11))
% 220.26/29.96
% 220.26/29.96 [4495] BETA_IMPLY : (cc(X33_121_11) => ~cd(X33_121_11))
% 220.26/29.96 -> [4496] ~cc(X33_121_11)
% 220.26/29.96 -> [4497] ~cd(X33_121_11)
% 220.26/29.96
% 220.26/29.96 [4496] CLOSURE : ~cc(X33_121_11)
% 220.26/29.96
% 220.26/29.96 [4511] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => =(skolem_Y13030, skolem_Y02929))
% 220.26/29.96 -> [4609] ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [4610] =(skolem_Y13030, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [4609] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [4611] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96 -> [4612] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [4611] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [4612] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [4610] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [4390] BETA_NOT_AND : ~(=(B25_123_8, B25_123_8) & xsd_string(B25_123_8))
% 220.26/29.96 -> [4393] ~=(B25_123_8, B25_123_8)
% 220.26/29.96 -> [4394] ~xsd_string(B25_123_8)
% 220.26/29.96
% 220.26/29.96 [4393] CLOSURE : ~=(B25_123_8, B25_123_8)
% 220.26/29.96
% 220.26/29.96 [4394] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [4413] (cowlThing(X26_296_9) & ~cowlNothing(X26_296_9))
% 220.26/29.96
% 220.26/29.96 [4413] ALPHA_AND : (cowlThing(X26_296_9) & ~cowlNothing(X26_296_9))
% 220.26/29.96 -> [4414] cowlThing(X26_296_9), ~cowlNothing(X26_296_9)
% 220.26/29.96
% 220.26/29.96 [4414] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.96 -> [4439] (xsd_string(X27_152_10) <=> ~xsd_integer(X27_152_10))
% 220.26/29.96
% 220.26/29.96 [4439] BETA_EQUIV : (xsd_string(X27_152_10) <=> ~xsd_integer(X27_152_10))
% 220.26/29.96 -> [4440] ~xsd_string(X27_152_10), ~~xsd_integer(X27_152_10)
% 220.26/29.96 -> [4441] xsd_string(X27_152_10), ~xsd_integer(X27_152_10)
% 220.26/29.96
% 220.26/29.96 [4441] CLOSURE : ~xsd_integer(X27_152_10)
% 220.26/29.96
% 220.26/29.96 [4485] BETA_IMPLY : (cc(X33_119_11) => ~cd(X33_119_11))
% 220.26/29.96 -> [4668] ~cc(X33_119_11)
% 220.26/29.96 -> [4669] ~cd(X33_119_11)
% 220.26/29.96
% 220.26/29.96 [4668] CLOSURE : ~cc(X33_119_11)
% 220.26/29.96
% 220.26/29.96 [4669] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(i2003_11_14_17_20_14253, Y031_31) & rr(i2003_11_14_17_20_14253, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96 -> [4684] ((rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y13030, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [4684] BETA_IMPLY : ((rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => =(skolem_Y13030, skolem_Y13030))
% 220.26/29.96 -> [4685] ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [4686] =(skolem_Y13030, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [4685] BETA_NOT_AND : ~(rr(i2003_11_14_17_20_14253, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [4693] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96 -> [4694] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [4693] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [4694] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [4686] GAMMA_FORALL : ! [Y031_31, Y132_32] : (((rr(B7_0_0, Y031_31) & rr(B7_0_0, Y132_32)) => =(Y031_31, Y132_32)))
% 220.26/29.96 -> [4781] ((rr(B7_0_0, skolem_Y02929(B7_0_0)) & rr(B7_0_0, skolem_Y13030(B7_0_0))) => =(skolem_Y02929(B7_0_0), skolem_Y13030(B7_0_0)))
% 220.26/29.96
% 220.26/29.96 [4781] BETA_IMPLY : ((rr(B7_0_0, skolem_Y02929(B7_0_0)) & rr(B7_0_0, skolem_Y13030(B7_0_0))) => =(skolem_Y02929(B7_0_0), skolem_Y13030(B7_0_0)))
% 220.26/29.96 -> [4782] ~(rr(B7_0_0, skolem_Y02929(B7_0_0)) & rr(B7_0_0, skolem_Y13030(B7_0_0)))
% 220.26/29.96 -> [4783] =(skolem_Y02929(B7_0_0), skolem_Y13030(B7_0_0))
% 220.26/29.96
% 220.26/29.96 [4783] CLOSURE : =
% 220.26/29.96
% 220.26/29.96 [4782] BETA_NOT_AND : ~(rr(B7_0_0, skolem_Y02929(B7_0_0)) & rr(B7_0_0, skolem_Y13030(B7_0_0)))
% 220.26/29.96 -> [4857] ~rr(B7_0_0, skolem_Y02929(B7_0_0))
% 220.26/29.96 -> [4858] ~rr(B7_0_0, skolem_Y13030(B7_0_0))
% 220.26/29.96
% 220.26/29.96 [4857] CLOSURE : ~rr(B7_0_0, skolem_Y02929(B7_0_0))
% 220.26/29.96
% 220.26/29.96 [4858] CLOSURE : ~rr(B7_0_0, skolem_Y13030(B7_0_0))
% 220.26/29.96
% 220.26/29.96 [117] BETA_IMPLY : ((=(B13_7_3, B13_7_3) & cowlNothing(B13_7_3)) => cowlNothing(B13_7_3))
% 220.26/29.96 -> [10296] ~(=(B13_7_3, B13_7_3) & cowlNothing(B13_7_3))
% 220.26/29.96 -> [10297] cowlNothing(B13_7_3)
% 220.26/29.96
% 220.26/29.96 [10297] GAMMA_FORALL : ! [A14_14, B15_15] : (((=(A14_14, B15_15) & cowlThing(A14_14)) => cowlThing(B15_15)))
% 220.26/29.96 -> [10302] ((=(B15_28_4, B15_28_4) & cowlThing(B15_28_4)) => cowlThing(B15_28_4))
% 220.26/29.96
% 220.26/29.96 [10302] BETA_IMPLY : ((=(B15_28_4, B15_28_4) & cowlThing(B15_28_4)) => cowlThing(B15_28_4))
% 220.26/29.96 -> [10303] ~(=(B15_28_4, B15_28_4) & cowlThing(B15_28_4))
% 220.26/29.96 -> [10304] cowlThing(B15_28_4)
% 220.26/29.96
% 220.26/29.96 [10303] BETA_NOT_AND : ~(=(B15_28_4, B15_28_4) & cowlThing(B15_28_4))
% 220.26/29.96 -> [10307] ~=(B15_28_4, B15_28_4)
% 220.26/29.96 -> [10308] ~cowlThing(B15_28_4)
% 220.26/29.96
% 220.26/29.96 [10307] CLOSURE : ~=(B15_28_4, B15_28_4)
% 220.26/29.96
% 220.26/29.96 [10308] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [10321] ((=(B17_66_5, B17_66_5) & rr(B17_66_5, skolem_Y13030(B17_66_5))) => rr(B17_66_5, skolem_Y13030(B17_66_5)))
% 220.26/29.96
% 220.26/29.96 [10321] BETA_IMPLY : ((=(B17_66_5, B17_66_5) & rr(B17_66_5, skolem_Y13030(B17_66_5))) => rr(B17_66_5, skolem_Y13030(B17_66_5)))
% 220.26/29.96 -> [10322] ~(=(B17_66_5, B17_66_5) & rr(B17_66_5, skolem_Y13030(B17_66_5)))
% 220.26/29.96 -> [10323] rr(B17_66_5, skolem_Y13030(B17_66_5))
% 220.26/29.96
% 220.26/29.96 [10322] BETA_NOT_AND : ~(=(B17_66_5, B17_66_5) & rr(B17_66_5, skolem_Y13030(B17_66_5)))
% 220.26/29.96 -> [10331] ~=(B17_66_5, B17_66_5)
% 220.26/29.96 -> [10332] ~rr(B17_66_5, skolem_Y13030(B17_66_5))
% 220.26/29.96
% 220.26/29.96 [10331] CLOSURE : ~=(B17_66_5, B17_66_5)
% 220.26/29.96
% 220.26/29.96 [10332] CLOSURE : ~rr(B17_66_5, skolem_Y13030(B17_66_5))
% 220.26/29.96
% 220.26/29.96 [10323] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [10337] ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [10337] BETA_IMPLY : ((=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [10338] ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [10339] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [10338] BETA_NOT_AND : ~(=(skolem_Y02929, skolem_Y02929) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [10345] ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.96 -> [10346] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [10346] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [10345] CLOSURE : ~=(skolem_Y02929, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [10339] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [10355] ((=(B23_85_7, B23_85_7) & xsd_integer(B23_85_7)) => xsd_integer(B23_85_7))
% 220.26/29.96
% 220.26/29.96 [10355] BETA_IMPLY : ((=(B23_85_7, B23_85_7) & xsd_integer(B23_85_7)) => xsd_integer(B23_85_7))
% 220.26/29.96 -> [10356] ~(=(B23_85_7, B23_85_7) & xsd_integer(B23_85_7))
% 220.26/29.96 -> [10357] xsd_integer(B23_85_7)
% 220.26/29.96
% 220.26/29.96 [10356] BETA_NOT_AND : ~(=(B23_85_7, B23_85_7) & xsd_integer(B23_85_7))
% 220.26/29.96 -> [10365] ~=(B23_85_7, B23_85_7)
% 220.26/29.96 -> [10366] ~xsd_integer(B23_85_7)
% 220.26/29.96
% 220.26/29.96 [10365] CLOSURE : ~=(B23_85_7, B23_85_7)
% 220.26/29.96
% 220.26/29.96 [10366] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [10383] ((=(B25_238_8, B25_238_8) & xsd_string(B25_238_8)) => xsd_string(B25_238_8))
% 220.26/29.96
% 220.26/29.96 [10383] BETA_IMPLY : ((=(B25_238_8, B25_238_8) & xsd_string(B25_238_8)) => xsd_string(B25_238_8))
% 220.26/29.96 -> [10386] ~(=(B25_238_8, B25_238_8) & xsd_string(B25_238_8))
% 220.26/29.96 -> [10387] xsd_string(B25_238_8)
% 220.26/29.96
% 220.26/29.96 [10387] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [10412] (cowlThing(X26_654_9) & ~cowlNothing(X26_654_9))
% 220.26/29.96
% 220.26/29.96 [10412] ALPHA_AND : (cowlThing(X26_654_9) & ~cowlNothing(X26_654_9))
% 220.26/29.96 -> [10413] cowlThing(X26_654_9), ~cowlNothing(X26_654_9)
% 220.26/29.96
% 220.26/29.96 [10413] CLOSURE : cowlThing(X26_654_9)
% 220.26/29.96
% 220.26/29.96 [10386] BETA_NOT_AND : ~(=(B25_238_8, B25_238_8) & xsd_string(B25_238_8))
% 220.26/29.96 -> [10390] ~=(B25_238_8, B25_238_8)
% 220.26/29.96 -> [10391] ~xsd_string(B25_238_8)
% 220.26/29.96
% 220.26/29.96 [10390] CLOSURE : ~=(B25_238_8, B25_238_8)
% 220.26/29.96
% 220.26/29.96 [10391] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [10419] (cowlThing(X26_657_9) & ~cowlNothing(X26_657_9))
% 220.26/29.96
% 220.26/29.96 [10419] ALPHA_AND : (cowlThing(X26_657_9) & ~cowlNothing(X26_657_9))
% 220.26/29.96 -> [10420] cowlThing(X26_657_9), ~cowlNothing(X26_657_9)
% 220.26/29.96
% 220.26/29.96 [10420] CLOSURE : cowlThing(X26_657_9)
% 220.26/29.96
% 220.26/29.96 [10357] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [10369] ((=(B25_235_8, B25_235_8) & xsd_string(B25_235_8)) => xsd_string(B25_235_8))
% 220.26/29.96
% 220.26/29.96 [10369] BETA_IMPLY : ((=(B25_235_8, B25_235_8) & xsd_string(B25_235_8)) => xsd_string(B25_235_8))
% 220.26/29.96 -> [10370] ~(=(B25_235_8, B25_235_8) & xsd_string(B25_235_8))
% 220.26/29.96 -> [10371] xsd_string(B25_235_8)
% 220.26/29.96
% 220.26/29.96 [10371] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [10435] (cowlThing(X26_661_9) & ~cowlNothing(X26_661_9))
% 220.26/29.96
% 220.26/29.96 [10435] ALPHA_AND : (cowlThing(X26_661_9) & ~cowlNothing(X26_661_9))
% 220.26/29.96 -> [10438] cowlThing(X26_661_9), ~cowlNothing(X26_661_9)
% 220.26/29.96
% 220.26/29.96 [10438] CLOSURE : cowlThing(X26_661_9)
% 220.26/29.96
% 220.26/29.96 [10370] BETA_NOT_AND : ~(=(B25_235_8, B25_235_8) & xsd_string(B25_235_8))
% 220.26/29.96 -> [10395] ~=(B25_235_8, B25_235_8)
% 220.26/29.96 -> [10396] ~xsd_string(B25_235_8)
% 220.26/29.96
% 220.26/29.96 [10395] CLOSURE : ~=(B25_235_8, B25_235_8)
% 220.26/29.96
% 220.26/29.96 [10396] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [10442] (cowlThing(X26_662_9) & ~cowlNothing(X26_662_9))
% 220.26/29.96
% 220.26/29.96 [10442] ALPHA_AND : (cowlThing(X26_662_9) & ~cowlNothing(X26_662_9))
% 220.26/29.96 -> [10444] cowlThing(X26_662_9), ~cowlNothing(X26_662_9)
% 220.26/29.96
% 220.26/29.96 [10444] CLOSURE : cowlThing(X26_662_9)
% 220.26/29.96
% 220.26/29.96 [10304] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [10314] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96
% 220.26/29.96 [10314] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [10333] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [10334] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [10333] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.96 -> [10341] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [10342] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [10342] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.96
% 220.26/29.96 [10341] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [10334] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [10352] ((=(skolem_Y13030(C21_74_6), skolem_Y13030(C21_74_6)) & rr(C21_74_6, skolem_Y13030(C21_74_6))) => rr(C21_74_6, skolem_Y13030(C21_74_6)))
% 220.26/29.96
% 220.26/29.96 [10352] BETA_IMPLY : ((=(skolem_Y13030(C21_74_6), skolem_Y13030(C21_74_6)) & rr(C21_74_6, skolem_Y13030(C21_74_6))) => rr(C21_74_6, skolem_Y13030(C21_74_6)))
% 220.26/29.96 -> [10353] ~(=(skolem_Y13030(C21_74_6), skolem_Y13030(C21_74_6)) & rr(C21_74_6, skolem_Y13030(C21_74_6)))
% 220.26/29.96 -> [10354] rr(C21_74_6, skolem_Y13030(C21_74_6))
% 220.26/29.96
% 220.26/29.96 [10353] BETA_NOT_AND : ~(=(skolem_Y13030(C21_74_6), skolem_Y13030(C21_74_6)) & rr(C21_74_6, skolem_Y13030(C21_74_6)))
% 220.26/29.96 -> [10363] ~=(skolem_Y13030(C21_74_6), skolem_Y13030(C21_74_6))
% 220.26/29.96 -> [10364] ~rr(C21_74_6, skolem_Y13030(C21_74_6))
% 220.26/29.96
% 220.26/29.96 [10364] CLOSURE : ~rr(C21_74_6, skolem_Y13030(C21_74_6))
% 220.26/29.96
% 220.26/29.96 [10363] CLOSURE : ~=(skolem_Y13030(C21_74_6), skolem_Y13030(C21_74_6))
% 220.26/29.96
% 220.26/29.96 [10354] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [10382] ((=(B23_87_7, B23_87_7) & xsd_integer(B23_87_7)) => xsd_integer(B23_87_7))
% 220.26/29.96
% 220.26/29.96 [10382] BETA_IMPLY : ((=(B23_87_7, B23_87_7) & xsd_integer(B23_87_7)) => xsd_integer(B23_87_7))
% 220.26/29.96 -> [10384] ~(=(B23_87_7, B23_87_7) & xsd_integer(B23_87_7))
% 220.26/29.96 -> [10385] xsd_integer(B23_87_7)
% 220.26/29.96
% 220.26/29.96 [10384] BETA_NOT_AND : ~(=(B23_87_7, B23_87_7) & xsd_integer(B23_87_7))
% 220.26/29.96 -> [10405] ~=(B23_87_7, B23_87_7)
% 220.26/29.96 -> [10406] ~xsd_integer(B23_87_7)
% 220.26/29.96
% 220.26/29.96 [10405] CLOSURE : ~=(B23_87_7, B23_87_7)
% 220.26/29.96
% 220.26/29.96 [10406] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [10449] ((=(B25_242_8, B25_242_8) & xsd_string(B25_242_8)) => xsd_string(B25_242_8))
% 220.26/29.96
% 220.26/29.96 [10449] BETA_IMPLY : ((=(B25_242_8, B25_242_8) & xsd_string(B25_242_8)) => xsd_string(B25_242_8))
% 220.26/29.96 -> [10450] ~(=(B25_242_8, B25_242_8) & xsd_string(B25_242_8))
% 220.26/29.96 -> [10451] xsd_string(B25_242_8)
% 220.26/29.96
% 220.26/29.96 [10450] BETA_NOT_AND : ~(=(B25_242_8, B25_242_8) & xsd_string(B25_242_8))
% 220.26/29.96 -> [10454] ~=(B25_242_8, B25_242_8)
% 220.26/29.96 -> [10455] ~xsd_string(B25_242_8)
% 220.26/29.96
% 220.26/29.96 [10454] CLOSURE : ~=(B25_242_8, B25_242_8)
% 220.26/29.96
% 220.26/29.96 [10455] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [10462] (cowlThing(X26_664_9) & ~cowlNothing(X26_664_9))
% 220.26/29.96
% 220.26/29.96 [10462] ALPHA_AND : (cowlThing(X26_664_9) & ~cowlNothing(X26_664_9))
% 220.26/29.96 -> [10465] cowlThing(X26_664_9), ~cowlNothing(X26_664_9)
% 220.26/29.96
% 220.26/29.96 [10465] CLOSURE : ~cowlNothing(X26_664_9)
% 220.26/29.96
% 220.26/29.96 [10451] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [10466] (cowlThing(X26_665_9) & ~cowlNothing(X26_665_9))
% 220.26/29.96
% 220.26/29.96 [10466] ALPHA_AND : (cowlThing(X26_665_9) & ~cowlNothing(X26_665_9))
% 220.26/29.96 -> [10468] cowlThing(X26_665_9), ~cowlNothing(X26_665_9)
% 220.26/29.96
% 220.26/29.96 [10468] CLOSURE : ~cowlNothing(X26_665_9)
% 220.26/29.96
% 220.26/29.96 [10385] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.96 -> [10423] ((=(B25_241_8, B25_241_8) & xsd_string(B25_241_8)) => xsd_string(B25_241_8))
% 220.26/29.96
% 220.26/29.96 [10423] BETA_IMPLY : ((=(B25_241_8, B25_241_8) & xsd_string(B25_241_8)) => xsd_string(B25_241_8))
% 220.26/29.96 -> [10424] ~(=(B25_241_8, B25_241_8) & xsd_string(B25_241_8))
% 220.26/29.96 -> [10425] xsd_string(B25_241_8)
% 220.26/29.96
% 220.26/29.96 [10425] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [10460] (cowlThing(X26_663_9) & ~cowlNothing(X26_663_9))
% 220.26/29.96
% 220.26/29.96 [10460] ALPHA_AND : (cowlThing(X26_663_9) & ~cowlNothing(X26_663_9))
% 220.26/29.96 -> [10461] cowlThing(X26_663_9), ~cowlNothing(X26_663_9)
% 220.26/29.96
% 220.26/29.96 [10461] CLOSURE : ~cowlNothing(X26_663_9)
% 220.26/29.96
% 220.26/29.96 [10424] BETA_NOT_AND : ~(=(B25_241_8, B25_241_8) & xsd_string(B25_241_8))
% 220.26/29.96 -> [10436] ~=(B25_241_8, B25_241_8)
% 220.26/29.96 -> [10437] ~xsd_string(B25_241_8)
% 220.26/29.96
% 220.26/29.96 [10436] CLOSURE : ~=(B25_241_8, B25_241_8)
% 220.26/29.96
% 220.26/29.96 [10437] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.96 -> [10471] (cowlThing(X26_666_9) & ~cowlNothing(X26_666_9))
% 220.26/29.96
% 220.26/29.96 [10471] ALPHA_AND : (cowlThing(X26_666_9) & ~cowlNothing(X26_666_9))
% 220.26/29.96 -> [10472] cowlThing(X26_666_9), ~cowlNothing(X26_666_9)
% 220.26/29.96
% 220.26/29.96 [10472] CLOSURE : ~cowlNothing(X26_666_9)
% 220.26/29.96
% 220.26/29.96 [10296] BETA_NOT_AND : ~(=(B13_7_3, B13_7_3) & cowlNothing(B13_7_3))
% 220.26/29.96 -> [10298] ~=(B13_7_3, B13_7_3)
% 220.26/29.96 -> [10299] ~cowlNothing(B13_7_3)
% 220.26/29.96
% 220.26/29.96 [10298] CLOSURE : ~=(B13_7_3, B13_7_3)
% 220.26/29.96
% 220.26/29.96 [10309] BETA_IMPLY : ((=(B15_29_4, B15_29_4) & cowlThing(B15_29_4)) => cowlThing(B15_29_4))
% 220.26/29.96 -> [11622] ~(=(B15_29_4, B15_29_4) & cowlThing(B15_29_4))
% 220.26/29.96 -> [11623] cowlThing(B15_29_4)
% 220.26/29.96
% 220.26/29.96 [11622] BETA_NOT_AND : ~(=(B15_29_4, B15_29_4) & cowlThing(B15_29_4))
% 220.26/29.96 -> [11624] ~=(B15_29_4, B15_29_4)
% 220.26/29.96 -> [11625] ~cowlThing(B15_29_4)
% 220.26/29.96
% 220.26/29.96 [11624] CLOSURE : ~=(B15_29_4, B15_29_4)
% 220.26/29.96
% 220.26/29.96 [11625] GAMMA_FORALL : ! [A16_16, B17_17, C18_18] : (((=(A16_16, B17_17) & rr(A16_16, C18_18)) => rr(B17_17, C18_18)))
% 220.26/29.96 -> [11629] ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96
% 220.26/29.96 [11629] BETA_IMPLY : ((=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929)) => rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [11630] ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [11631] rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [11630] BETA_NOT_AND : ~(=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253) & rr(i2003_11_14_17_20_14253, skolem_Y02929))
% 220.26/29.96 -> [11632] ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96 -> [11633] ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [11633] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y02929)
% 220.26/29.96
% 220.26/29.96 [11632] CLOSURE : ~=(i2003_11_14_17_20_14253, i2003_11_14_17_20_14253)
% 220.26/29.96
% 220.26/29.96 [11631] GAMMA_FORALL : ! [A19_19, B20_20, C21_21] : (((=(A19_19, B20_20) & rr(C21_21, A19_19)) => rr(C21_21, B20_20)))
% 220.26/29.96 -> [11639] ((=(B20_77_6, B20_77_6) & rr(C21_77_6, B20_77_6)) => rr(C21_77_6, B20_77_6))
% 220.26/29.96
% 220.26/29.96 [11639] BETA_IMPLY : ((=(B20_77_6, B20_77_6) & rr(C21_77_6, B20_77_6)) => rr(C21_77_6, B20_77_6))
% 220.26/29.96 -> [11640] ~(=(B20_77_6, B20_77_6) & rr(C21_77_6, B20_77_6))
% 220.26/29.96 -> [11641] rr(C21_77_6, B20_77_6)
% 220.26/29.96
% 220.26/29.96 [11640] BETA_NOT_AND : ~(=(B20_77_6, B20_77_6) & rr(C21_77_6, B20_77_6))
% 220.26/29.96 -> [11644] ~=(B20_77_6, B20_77_6)
% 220.26/29.96 -> [11645] ~rr(C21_77_6, B20_77_6)
% 220.26/29.96
% 220.26/29.96 [11645] CLOSURE : ~rr(C21_77_6, B20_77_6)
% 220.26/29.96
% 220.26/29.96 [11644] CLOSURE : ~=(B20_77_6, B20_77_6)
% 220.26/29.96
% 220.26/29.96 [11641] GAMMA_FORALL : ! [A22_22, B23_23] : (((=(A22_22, B23_23) & xsd_integer(A22_22)) => xsd_integer(B23_23)))
% 220.26/29.96 -> [11651] ((=(B23_93_7, B23_93_7) & xsd_integer(B23_93_7)) => xsd_integer(B23_93_7))
% 220.26/29.97
% 220.26/29.97 [11651] BETA_IMPLY : ((=(B23_93_7, B23_93_7) & xsd_integer(B23_93_7)) => xsd_integer(B23_93_7))
% 220.26/29.97 -> [11652] ~(=(B23_93_7, B23_93_7) & xsd_integer(B23_93_7))
% 220.26/29.97 -> [11653] xsd_integer(B23_93_7)
% 220.26/29.97
% 220.26/29.97 [11653] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.97 -> [11661] ((=(B25_258_8, B25_258_8) & xsd_string(B25_258_8)) => xsd_string(B25_258_8))
% 220.26/29.97
% 220.26/29.97 [11661] BETA_IMPLY : ((=(B25_258_8, B25_258_8) & xsd_string(B25_258_8)) => xsd_string(B25_258_8))
% 220.26/29.97 -> [11662] ~(=(B25_258_8, B25_258_8) & xsd_string(B25_258_8))
% 220.26/29.97 -> [11663] xsd_string(B25_258_8)
% 220.26/29.97
% 220.26/29.97 [11663] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.97 -> [11680] (cowlThing(X26_725_9) & ~cowlNothing(X26_725_9))
% 220.26/29.97
% 220.26/29.97 [11680] ALPHA_AND : (cowlThing(X26_725_9) & ~cowlNothing(X26_725_9))
% 220.26/29.97 -> [11681] cowlThing(X26_725_9), ~cowlNothing(X26_725_9)
% 220.26/29.97
% 220.26/29.97 [11681] CLOSURE : cowlThing(X26_725_9)
% 220.26/29.97
% 220.26/29.97 [11662] BETA_NOT_AND : ~(=(B25_258_8, B25_258_8) & xsd_string(B25_258_8))
% 220.26/29.97 -> [11669] ~=(B25_258_8, B25_258_8)
% 220.26/29.97 -> [11670] ~xsd_string(B25_258_8)
% 220.26/29.97
% 220.26/29.97 [11669] CLOSURE : ~=(B25_258_8, B25_258_8)
% 220.26/29.97
% 220.26/29.97 [11670] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.97 -> [11684] (cowlThing(X26_727_9) & ~cowlNothing(X26_727_9))
% 220.26/29.97
% 220.26/29.97 [11684] ALPHA_AND : (cowlThing(X26_727_9) & ~cowlNothing(X26_727_9))
% 220.26/29.97 -> [11685] cowlThing(X26_727_9), ~cowlNothing(X26_727_9)
% 220.26/29.97
% 220.26/29.97 [11685] CLOSURE : cowlThing(X26_727_9)
% 220.26/29.97
% 220.26/29.97 [11652] BETA_NOT_AND : ~(=(B23_93_7, B23_93_7) & xsd_integer(B23_93_7))
% 220.26/29.97 -> [11654] ~=(B23_93_7, B23_93_7)
% 220.26/29.97 -> [11655] ~xsd_integer(B23_93_7)
% 220.26/29.97
% 220.26/29.97 [11654] CLOSURE : ~=(B23_93_7, B23_93_7)
% 220.26/29.97
% 220.26/29.97 [11655] GAMMA_FORALL : ! [A24_24, B25_25] : (((=(A24_24, B25_25) & xsd_string(A24_24)) => xsd_string(B25_25)))
% 220.26/29.97 -> [11664] ((=(B25_259_8, B25_259_8) & xsd_string(B25_259_8)) => xsd_string(B25_259_8))
% 220.26/29.97
% 220.26/29.97 [11664] BETA_IMPLY : ((=(B25_259_8, B25_259_8) & xsd_string(B25_259_8)) => xsd_string(B25_259_8))
% 220.26/29.97 -> [11665] ~(=(B25_259_8, B25_259_8) & xsd_string(B25_259_8))
% 220.26/29.97 -> [11666] xsd_string(B25_259_8)
% 220.26/29.97
% 220.26/29.97 [11666] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.97 -> [11682] (cowlThing(X26_726_9) & ~cowlNothing(X26_726_9))
% 220.26/29.97
% 220.26/29.97 [11682] ALPHA_AND : (cowlThing(X26_726_9) & ~cowlNothing(X26_726_9))
% 220.26/29.97 -> [11683] cowlThing(X26_726_9), ~cowlNothing(X26_726_9)
% 220.26/29.97
% 220.26/29.97 [11683] CLOSURE : cowlThing(X26_726_9)
% 220.26/29.97
% 220.26/29.97 [11665] BETA_NOT_AND : ~(=(B25_259_8, B25_259_8) & xsd_string(B25_259_8))
% 220.26/29.97 -> [11672] ~=(B25_259_8, B25_259_8)
% 220.26/29.97 -> [11673] ~xsd_string(B25_259_8)
% 220.26/29.97
% 220.26/29.97 [11672] CLOSURE : ~=(B25_259_8, B25_259_8)
% 220.26/29.97
% 220.26/29.97 [11673] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.97 -> [11689] (cowlThing(X26_730_9) & ~cowlNothing(X26_730_9))
% 220.26/29.97
% 220.26/29.97 [11689] ALPHA_AND : (cowlThing(X26_730_9) & ~cowlNothing(X26_730_9))
% 220.26/29.97 -> [11691] cowlThing(X26_730_9), ~cowlNothing(X26_730_9)
% 220.26/29.97
% 220.26/29.97 [11691] CLOSURE : cowlThing(X26_730_9)
% 220.26/29.97
% 220.26/29.97 [11626] BETA_IMPLY : ((=(B17_67_5, B17_67_5) & rr(B17_67_5, skolem_Y13030(B17_67_5))) => rr(B17_67_5, skolem_Y13030(B17_67_5)))
% 220.26/29.97 -> [12486] ~(=(B17_67_5, B17_67_5) & rr(B17_67_5, skolem_Y13030(B17_67_5)))
% 220.26/29.97 -> [12487] rr(B17_67_5, skolem_Y13030(B17_67_5))
% 220.26/29.97
% 220.26/29.97 [12486] BETA_NOT_AND : ~(=(B17_67_5, B17_67_5) & rr(B17_67_5, skolem_Y13030(B17_67_5)))
% 220.26/29.97 -> [12488] ~=(B17_67_5, B17_67_5)
% 220.26/29.97 -> [12489] ~rr(B17_67_5, skolem_Y13030(B17_67_5))
% 220.26/29.97
% 220.26/29.97 [12488] CLOSURE : ~=(B17_67_5, B17_67_5)
% 220.26/29.97
% 220.26/29.97 [12489] CLOSURE : ~rr(B17_67_5, skolem_Y13030(B17_67_5))
% 220.26/29.97
% 220.26/29.97 [12490] BETA_IMPLY : ((=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030)) => rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.97 -> [13070] ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.97 -> [13071] rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.97
% 220.26/29.97 [13070] BETA_NOT_AND : ~(=(skolem_Y13030, skolem_Y13030) & rr(i2003_11_14_17_20_14253, skolem_Y13030))
% 220.26/29.97 -> [13072] ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.97 -> [13073] ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.97
% 220.26/29.97 [13073] CLOSURE : ~rr(i2003_11_14_17_20_14253, skolem_Y13030)
% 220.26/29.97
% 220.26/29.97 [13072] CLOSURE : ~=(skolem_Y13030, skolem_Y13030)
% 220.26/29.97
% 220.26/29.97 [13074] BETA_IMPLY : ((=(B23_105_7, B23_105_7) & xsd_integer(B23_105_7)) => xsd_integer(B23_105_7))
% 220.26/29.97 -> [13414] ~(=(B23_105_7, B23_105_7) & xsd_integer(B23_105_7))
% 220.26/29.97 -> [13415] xsd_integer(B23_105_7)
% 220.26/29.97
% 220.26/29.97 [13414] BETA_NOT_AND : ~(=(B23_105_7, B23_105_7) & xsd_integer(B23_105_7))
% 220.26/29.97 -> [13416] ~=(B23_105_7, B23_105_7)
% 220.26/29.97 -> [13417] ~xsd_integer(B23_105_7)
% 220.26/29.97
% 220.26/29.97 [13416] CLOSURE : ~=(B23_105_7, B23_105_7)
% 220.26/29.97
% 220.26/29.97 [13421] BETA_IMPLY : ((=(B25_295_8, B25_295_8) & xsd_string(B25_295_8)) => xsd_string(B25_295_8))
% 220.26/29.97 -> [13535] ~(=(B25_295_8, B25_295_8) & xsd_string(B25_295_8))
% 220.26/29.97 -> [13536] xsd_string(B25_295_8)
% 220.26/29.97
% 220.26/29.97 [13535] BETA_NOT_AND : ~(=(B25_295_8, B25_295_8) & xsd_string(B25_295_8))
% 220.26/29.97 -> [13537] ~=(B25_295_8, B25_295_8)
% 220.26/29.97 -> [13538] ~xsd_string(B25_295_8)
% 220.26/29.97
% 220.26/29.97 [13537] CLOSURE : ~=(B25_295_8, B25_295_8)
% 220.26/29.97
% 220.26/29.97 [13552] BETA_EQUIV : (xsd_string(X27_623_10) <=> ~xsd_integer(X27_623_10))
% 220.26/29.97 -> [13590] ~xsd_string(X27_623_10), ~~xsd_integer(X27_623_10)
% 220.26/29.97 -> [13591] xsd_string(X27_623_10), ~xsd_integer(X27_623_10)
% 220.26/29.97
% 220.26/29.97 [13590] ALPHA_NOT_NOT : ~~xsd_integer(X27_623_10)
% 220.26/29.97 -> [13592] xsd_integer(X27_623_10)
% 220.26/29.97
% 220.26/29.97 [13592] CLOSURE : xsd_integer(X27_623_10)
% 220.26/29.97
% 220.26/29.97 [13591] CLOSURE : xsd_string(X27_623_10)
% 220.26/29.97
% 220.26/29.97 [13557] BETA_EQUIV : (xsd_string(X27_624_10) <=> ~xsd_integer(X27_624_10))
% 220.26/29.97 -> [13604] ~xsd_string(X27_624_10), ~~xsd_integer(X27_624_10)
% 220.26/29.97 -> [13605] xsd_string(X27_624_10), ~xsd_integer(X27_624_10)
% 220.26/29.97
% 220.26/29.97 [13605] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.97 -> [13609] (cc(X33_496_11) => ~cd(X33_496_11))
% 220.26/29.97
% 220.26/29.97 [13609] BETA_IMPLY : (cc(X33_496_11) => ~cd(X33_496_11))
% 220.26/29.97 -> [13610] ~cc(X33_496_11)
% 220.26/29.97 -> [13611] ~cd(X33_496_11)
% 220.26/29.97
% 220.26/29.97 [13611] CLOSURE : ~cd(X33_496_11)
% 220.26/29.97
% 220.26/29.97 [13610] CLOSURE : ~cc(X33_496_11)
% 220.26/29.97
% 220.26/29.97 [13606] CLOSURE : xsd_integer(X27_624_10)
% 220.26/29.97
% 220.26/29.97 [13418] BETA_IMPLY : ((=(B25_294_8, B25_294_8) & xsd_string(B25_294_8)) => xsd_string(B25_294_8))
% 220.26/29.97 -> [13619] ~(=(B25_294_8, B25_294_8) & xsd_string(B25_294_8))
% 220.26/29.97 -> [13620] xsd_string(B25_294_8)
% 220.26/29.97
% 220.26/29.97 [13619] BETA_NOT_AND : ~(=(B25_294_8, B25_294_8) & xsd_string(B25_294_8))
% 220.26/29.97 -> [13623] ~=(B25_294_8, B25_294_8)
% 220.26/29.97 -> [13624] ~xsd_string(B25_294_8)
% 220.26/29.97
% 220.26/29.97 [13623] CLOSURE : ~=(B25_294_8, B25_294_8)
% 220.26/29.97
% 220.26/29.97 [13624] GAMMA_FORALL : ! [X26_26] : ((cowlThing(X26_26) & ~cowlNothing(X26_26)))
% 220.26/29.97 -> [13628] (cowlThing(X26_850_9) & ~cowlNothing(X26_850_9))
% 220.26/29.97
% 220.26/29.97 [13628] ALPHA_AND : (cowlThing(X26_850_9) & ~cowlNothing(X26_850_9))
% 220.26/29.97 -> [13631] cowlThing(X26_850_9), ~cowlNothing(X26_850_9)
% 220.26/29.97
% 220.26/29.97 [13631] GAMMA_FORALL : ! [X27_27] : ((xsd_string(X27_27) <=> ~xsd_integer(X27_27)))
% 220.26/29.97 -> [13635] (xsd_string(X27_626_10) <=> ~xsd_integer(X27_626_10))
% 220.26/29.97
% 220.26/29.97 [13635] BETA_EQUIV : (xsd_string(X27_626_10) <=> ~xsd_integer(X27_626_10))
% 220.26/29.97 -> [13638] ~xsd_string(X27_626_10), ~~xsd_integer(X27_626_10)
% 220.26/29.97 -> [13639] xsd_string(X27_626_10), ~xsd_integer(X27_626_10)
% 220.26/29.97
% 220.26/29.97 [13639] CLOSURE : ~xsd_integer(X27_626_10)
% 220.26/29.97
% 220.26/29.97 [13638] ALPHA_NOT_NOT : ~~xsd_integer(X27_626_10)
% 220.26/29.97 -> [13641] xsd_integer(X27_626_10)
% 220.26/29.97
% 220.26/29.97 [13641] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.97 -> [13642] (cc(X33_498_11) => ~cd(X33_498_11))
% 220.26/29.97
% 220.26/29.97 [13642] BETA_IMPLY : (cc(X33_498_11) => ~cd(X33_498_11))
% 220.26/29.97 -> [13643] ~cc(X33_498_11)
% 220.26/29.97 -> [13644] ~cd(X33_498_11)
% 220.26/29.97
% 220.26/29.97 [13643] CLOSURE : ~cc(X33_498_11)
% 220.26/29.97
% 220.26/29.97 [13644] CLOSURE : ~cd(X33_498_11)
% 220.26/29.97
% 220.26/29.97 [13634] BETA_EQUIV : (xsd_string(X27_625_10) <=> ~xsd_integer(X27_625_10))
% 220.26/29.97 -> [13645] ~xsd_string(X27_625_10), ~~xsd_integer(X27_625_10)
% 220.26/29.97 -> [13646] xsd_string(X27_625_10), ~xsd_integer(X27_625_10)
% 220.26/29.97
% 220.26/29.97 [13646] CLOSURE : ~xsd_integer(X27_625_10)
% 220.26/29.97
% 220.26/29.97 [13647] GAMMA_FORALL : ! [X33_33] : ((cc(X33_33) => ~cd(X33_33)))
% 220.26/29.97 -> [13650] (cc(X33_499_11) => ~cd(X33_499_11))
% 220.26/29.97
% 220.26/29.97 [13650] BETA_IMPLY : (cc(X33_499_11) => ~cd(X33_499_11))
% 220.26/29.97 -> [13651] ~cc(X33_499_11)
% 220.26/29.97 -> [13652] ~cd(X33_499_11)
% 220.26/29.97
% 220.26/29.97 [13651] CLOSURE : ~cc(X33_499_11)
% 220.26/29.97
% 220.26/29.97 [13652] CLOSURE : ~cd(X33_499_11)
% 220.26/29.97
% 220.26/29.97 % SZS output end Proof for theBenchmark.p
% 220.26/29.97 [29.611815s][1][Res] 350786 goroutines created
% 220.26/29.97 ==== Result ====
% 220.26/29.97 [29.611850s][1][Res] VALID
% 220.26/29.97 % SZS status Theorem for theBenchmark.p
%------------------------------------------------------------------------------