TSTP Solution File: NUM924_2 by Princess---230619
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%------------------------------------------------------------------------------
% File : Princess---230619
% Problem : NUM924_2 : TPTP v8.1.2. Released v5.3.0.
% Transfm : none
% Format : tptp
% Command : princess -inputFormat=tptp +threads -portfolio=casc +printProof -timeoutSec=%d %s
% Computer : n011.cluster.edu
% Model : x86_64 x86_64
% CPU : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz
% Memory : 8042.1875MB
% OS : Linux 3.10.0-693.el7.x86_64
% CPULimit : 300s
% WCLimit : 300s
% DateTime : Thu Aug 31 11:50:47 EDT 2023
% Result : Theorem 54.12s 8.15s
% Output : Proof 221.49s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.08/0.13 % Problem : NUM924_2 : TPTP v8.1.2. Released v5.3.0.
% 0.08/0.14 % Command : princess -inputFormat=tptp +threads -portfolio=casc +printProof -timeoutSec=%d %s
% 0.14/0.36 % Computer : n011.cluster.edu
% 0.14/0.36 % Model : x86_64 x86_64
% 0.14/0.36 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.14/0.36 % Memory : 8042.1875MB
% 0.14/0.36 % OS : Linux 3.10.0-693.el7.x86_64
% 0.14/0.36 % CPULimit : 300
% 0.14/0.36 % WCLimit : 300
% 0.14/0.36 % DateTime : Fri Aug 25 12:32:08 EDT 2023
% 0.14/0.36 % CPUTime :
% 0.21/0.72 ________ _____
% 0.21/0.72 ___ __ \_________(_)________________________________
% 0.21/0.72 __ /_/ /_ ___/_ /__ __ \ ___/ _ \_ ___/_ ___/
% 0.21/0.72 _ ____/_ / _ / _ / / / /__ / __/(__ )_(__ )
% 0.21/0.72 /_/ /_/ /_/ /_/ /_/\___/ \___//____/ /____/
% 0.21/0.72
% 0.21/0.72 A Theorem Prover for First-Order Logic modulo Linear Integer Arithmetic
% 0.21/0.72 (2023-06-19)
% 0.21/0.72
% 0.21/0.72 (c) Philipp Rümmer, 2009-2023
% 0.21/0.72 Contributors: Peter Backeman, Peter Baumgartner, Angelo Brillout, Zafer Esen,
% 0.21/0.72 Amanda Stjerna.
% 0.21/0.72 Free software under BSD-3-Clause.
% 0.21/0.72
% 0.21/0.72 For more information, visit http://www.philipp.ruemmer.org/princess.shtml
% 0.21/0.72
% 0.21/0.72 Loading /export/starexec/sandbox/benchmark/theBenchmark.p ...
% 0.21/0.73 Running up to 7 provers in parallel.
% 0.74/0.74 Prover 0: Options: +triggersInConjecture +genTotalityAxioms +tightFunctionScopes -clausifier=simple -reverseFunctionalityPropagation -boolFunsAsPreds -triggerStrategy=allUni -realRatSaturationRounds=0 -ignoreQuantifiers -constructProofs=never -generateTriggers=all -randomSeed=1042961893
% 0.74/0.74 Prover 1: Options: +triggersInConjecture -genTotalityAxioms -tightFunctionScopes -clausifier=none -reverseFunctionalityPropagation -boolFunsAsPreds -triggerStrategy=maximal -realRatSaturationRounds=0 +ignoreQuantifiers -constructProofs=always -generateTriggers=all -randomSeed=-1571432423
% 0.74/0.74 Prover 2: Options: +triggersInConjecture +genTotalityAxioms -tightFunctionScopes -clausifier=simple +reverseFunctionalityPropagation +boolFunsAsPreds -triggerStrategy=allMinimalAndEmpty -realRatSaturationRounds=1 -ignoreQuantifiers -constructProofs=never -generateTriggers=all -randomSeed=-1065072994
% 0.74/0.74 Prover 3: Options: +triggersInConjecture -genTotalityAxioms -tightFunctionScopes -clausifier=none -reverseFunctionalityPropagation -boolFunsAsPreds -triggerStrategy=maximal -realRatSaturationRounds=1 +ignoreQuantifiers -constructProofs=never -generateTriggers=all -randomSeed=1922548996
% 0.74/0.74 Prover 4: Options: +triggersInConjecture -genTotalityAxioms -tightFunctionScopes -clausifier=simple -reverseFunctionalityPropagation -boolFunsAsPreds -triggerStrategy=allUni -realRatSaturationRounds=0 +ignoreQuantifiers -constructProofs=always -generateTriggers=all -randomSeed=1868514696
% 0.74/0.74 Prover 5: Options: +triggersInConjecture -genTotalityAxioms +tightFunctionScopes -clausifier=none +reverseFunctionalityPropagation +boolFunsAsPreds -triggerStrategy=allMaximal -realRatSaturationRounds=1 -ignoreQuantifiers -constructProofs=never -generateTriggers=complete -randomSeed=1259561288
% 0.74/0.74 Prover 6: Options: -triggersInConjecture -genTotalityAxioms +tightFunctionScopes -clausifier=none +reverseFunctionalityPropagation -boolFunsAsPreds -triggerStrategy=maximalOutermost -realRatSaturationRounds=0 -ignoreQuantifiers -constructProofs=never -generateTriggers=all -randomSeed=-1399714365
% 12.63/2.66 Prover 0: Preprocessing ...
% 12.63/2.67 Prover 5: Preprocessing ...
% 13.50/2.75 Prover 4: Preprocessing ...
% 13.50/2.76 Prover 3: Preprocessing ...
% 13.50/2.76 Prover 6: Preprocessing ...
% 13.50/2.77 Prover 2: Preprocessing ...
% 14.45/2.81 Prover 1: Preprocessing ...
% 38.38/6.02 Prover 6: Proving ...
% 38.38/6.02 Prover 5: Proving ...
% 38.38/6.06 Prover 3: Constructing countermodel ...
% 38.38/6.18 Prover 1: Constructing countermodel ...
% 43.53/6.76 Prover 4: Constructing countermodel ...
% 43.53/6.83 Prover 0: Proving ...
% 50.65/7.65 Prover 2: Proving ...
% 54.12/8.15 Prover 3: proved (7405ms)
% 54.12/8.15
% 54.12/8.15 % SZS status Theorem for /export/starexec/sandbox/benchmark/theBenchmark.p
% 54.12/8.15
% 54.12/8.15 Prover 6: stopped
% 54.12/8.15 Prover 5: stopped
% 54.12/8.18 Prover 7: Options: +triggersInConjecture -genTotalityAxioms +tightFunctionScopes -clausifier=simple +reverseFunctionalityPropagation +boolFunsAsPreds -triggerStrategy=allUni -realRatSaturationRounds=1 +ignoreQuantifiers -constructProofs=always -generateTriggers=all -randomSeed=-236303470
% 54.12/8.19 Prover 0: stopped
% 54.12/8.19 Prover 8: Options: +triggersInConjecture +genTotalityAxioms -tightFunctionScopes -clausifier=none -reverseFunctionalityPropagation -boolFunsAsPreds -triggerStrategy=maximal -realRatSaturationRounds=0 +ignoreQuantifiers -constructProofs=always -generateTriggers=all -randomSeed=-200781089
% 54.12/8.19 Prover 10: Options: +triggersInConjecture -genTotalityAxioms +tightFunctionScopes -clausifier=simple -reverseFunctionalityPropagation +boolFunsAsPreds -triggerStrategy=maximal -realRatSaturationRounds=1 +ignoreQuantifiers -constructProofs=always -generateTriggers=all -randomSeed=919308125
% 54.12/8.19 Prover 2: stopped
% 54.12/8.22 Prover 11: Options: +triggersInConjecture -genTotalityAxioms +tightFunctionScopes -clausifier=simple -reverseFunctionalityPropagation -boolFunsAsPreds -triggerStrategy=allUni -realRatSaturationRounds=1 +ignoreQuantifiers -constructProofs=always -generateTriggers=all -randomSeed=-1509710984
% 54.12/8.22 Prover 13: Options: +triggersInConjecture -genTotalityAxioms -tightFunctionScopes -clausifier=simple -reverseFunctionalityPropagation +boolFunsAsPreds -triggerStrategy=maximal -realRatSaturationRounds=0 +ignoreQuantifiers -constructProofs=always -generateTriggers=complete -randomSeed=1138197443
% 61.64/9.13 Prover 10: Preprocessing ...
% 61.64/9.19 Prover 13: Preprocessing ...
% 62.28/9.20 Prover 7: Preprocessing ...
% 62.28/9.20 Prover 8: Preprocessing ...
% 62.28/9.21 Prover 11: Preprocessing ...
% 70.88/10.39 Prover 10: Warning: ignoring some quantifiers
% 71.52/10.46 Prover 8: Warning: ignoring some quantifiers
% 71.52/10.48 Prover 7: Warning: ignoring some quantifiers
% 72.11/10.52 Prover 8: Constructing countermodel ...
% 72.11/10.53 Prover 10: Constructing countermodel ...
% 73.09/10.61 Prover 13: Warning: ignoring some quantifiers
% 73.17/10.63 Prover 7: Constructing countermodel ...
% 73.17/10.74 Prover 13: Constructing countermodel ...
% 79.16/11.46 Prover 11: Constructing countermodel ...
% 88.23/12.68 Prover 13: stopped
% 88.23/12.68 Prover 16: Options: +triggersInConjecture -genTotalityAxioms +tightFunctionScopes -clausifier=simple +reverseFunctionalityPropagation +boolFunsAsPreds -triggerStrategy=maximal -realRatSaturationRounds=1 +ignoreQuantifiers -constructProofs=always -generateTriggers=completeFrugal -randomSeed=-2043353683
% 92.22/13.20 Prover 16: Preprocessing ...
% 101.22/14.34 Prover 16: Warning: ignoring some quantifiers
% 102.04/14.44 Prover 16: Constructing countermodel ...
% 114.42/16.09 Prover 1: stopped
% 114.72/16.10 Prover 19: Options: +triggersInConjecture -genTotalityAxioms -tightFunctionScopes -clausifier=none -reverseFunctionalityPropagation -boolFunsAsPreds -triggerStrategy=maximal -realRatSaturationRounds=1 +ignoreQuantifiers -constructProofs=always -generateTriggers=complete -randomSeed=-1780594085
% 120.85/16.99 Prover 19: Preprocessing ...
% 128.66/17.99 Prover 16: stopped
% 131.18/18.33 Prover 19: Warning: ignoring some quantifiers
% 131.76/18.48 Prover 19: Constructing countermodel ...
% 141.73/19.78 Prover 19: stopped
% 192.30/28.07 Prover 4: stopped
% 200.30/29.15 Prover 7: stopped
% 207.20/30.51 Prover 10: Found proof (size 2642)
% 207.20/30.51 Prover 10: proved (22317ms)
% 207.20/30.51 Prover 11: stopped
% 207.20/30.52 Prover 8: stopped
% 207.20/30.52
% 207.20/30.52 % SZS status Theorem for /export/starexec/sandbox/benchmark/theBenchmark.p
% 207.20/30.52
% 215.97/38.99 % SZS output start Proof for theBenchmark
% 215.97/39.03 Assumptions after simplification:
% 215.97/39.03 ---------------------------------
% 215.97/39.03
% 215.97/39.03 (conj_0)
% 216.33/39.08 int(s) & int(pls) & int(zero_zero_int) & int(one_one_int) & ? [v0: int] : ?
% 216.33/39.08 [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4: int] :
% 216.33/39.08 (number_number_of_nat(v1) = v2 & power_power_int(s, v2) = v3 & bit1(pls) = v0
% 216.33/39.08 & bit0(v0) = v1 & plus_plus_int(v3, one_one_int) = v4 & nat(v2) & int(v4) &
% 216.33/39.08 int(v3) & int(v1) & int(v0) & ~ ord_less_int(v4, zero_zero_int))
% 216.33/39.08
% 216.33/39.08 (fact_104_nat__numeral__1__eq__1)
% 216.33/39.08 nat(one_one_nat) & int(pls) & ? [v0: int] : (number_number_of_nat(v0) =
% 216.33/39.09 one_one_nat & bit1(pls) = v0 & int(v0))
% 216.33/39.09
% 216.33/39.09 (fact_105_Numeral1__eq1__nat)
% 216.33/39.09 nat(one_one_nat) & int(pls) & ? [v0: int] : (number_number_of_nat(v0) =
% 216.33/39.09 one_one_nat & bit1(pls) = v0 & int(v0))
% 216.33/39.09
% 216.33/39.09 (fact_10_sum__power2__gt__zero__iff)
% 216.33/39.09 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.09 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.09 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6:
% 216.33/39.09 int] : ! [v7: int] : (v4 = zero_zero_int | ~ (power_power_int(v4, v2) =
% 216.33/39.09 v6) | ~ (power_power_int(v3, v2) = v5) | ~ (plus_plus_int(v5, v6) =
% 216.33/39.09 v7) | ~ int(v4) | ~ int(v3) | ord_less_int(zero_zero_int, v7)) & !
% 216.33/39.09 [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] : (v3
% 216.33/39.09 = zero_zero_int | ~ (power_power_int(v4, v2) = v6) | ~
% 216.33/39.09 (power_power_int(v3, v2) = v5) | ~ (plus_plus_int(v5, v6) = v7) | ~
% 216.33/39.09 int(v4) | ~ int(v3) | ord_less_int(zero_zero_int, v7)) & ! [v3: int] :
% 216.33/39.09 ! [v4: int] : ( ~ (power_power_int(zero_zero_int, v2) = v3) | ~
% 216.33/39.09 (plus_plus_int(v3, v3) = v4) | ~ ord_less_int(zero_zero_int, v4)))
% 216.33/39.09
% 216.33/39.09 (fact_11_sum__power2__eq__zero__iff)
% 216.33/39.10 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.10 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.10 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6:
% 216.33/39.10 real] : (v4 = zero_zero_real | ~ (power_power_real(v4, v2) = v6) | ~
% 216.33/39.10 (power_power_real(v3, v2) = v5) | ~ (plus_plus_real(v5, v6) =
% 216.33/39.10 zero_zero_real) | ~ real(v4) | ~ real(v3)) & ! [v3: real] : ! [v4:
% 216.33/39.10 real] : ! [v5: real] : ! [v6: real] : (v3 = zero_zero_real | ~
% 216.33/39.10 (power_power_real(v4, v2) = v6) | ~ (power_power_real(v3, v2) = v5) | ~
% 216.33/39.10 (plus_plus_real(v5, v6) = zero_zero_real) | ~ real(v4) | ~ real(v3)) &
% 216.33/39.10 ! [v3: real] : ! [v4: real] : (v4 = zero_zero_real | ~
% 216.33/39.10 (power_power_real(zero_zero_real, v2) = v3) | ~ (plus_plus_real(v3, v3) =
% 216.33/39.10 v4)))
% 216.33/39.10
% 216.33/39.10 (fact_12_sum__power2__eq__zero__iff)
% 216.33/39.11 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.11 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.11 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6:
% 216.33/39.11 int] : (v4 = zero_zero_int | ~ (power_power_int(v4, v2) = v6) | ~
% 216.33/39.11 (power_power_int(v3, v2) = v5) | ~ (plus_plus_int(v5, v6) =
% 216.33/39.11 zero_zero_int) | ~ int(v4) | ~ int(v3)) & ! [v3: int] : ! [v4: int]
% 216.33/39.11 : ! [v5: int] : ! [v6: int] : (v3 = zero_zero_int | ~
% 216.33/39.11 (power_power_int(v4, v2) = v6) | ~ (power_power_int(v3, v2) = v5) | ~
% 216.33/39.11 (plus_plus_int(v5, v6) = zero_zero_int) | ~ int(v4) | ~ int(v3)) & !
% 216.33/39.11 [v3: int] : ! [v4: int] : (v4 = zero_zero_int | ~
% 216.33/39.11 (power_power_int(zero_zero_int, v2) = v3) | ~ (plus_plus_int(v3, v3) =
% 216.33/39.11 v4)))
% 216.33/39.11
% 216.33/39.11 (fact_135_power2__eq__imp__eq)
% 216.33/39.11 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.11 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.11 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ! [v5: real] : (v4 = v3
% 216.33/39.11 | ~ (power_power_real(v4, v2) = v5) | ~ (power_power_real(v3, v2) = v5)
% 216.33/39.11 | ~ real(v4) | ~ real(v3) | ~ ord_less_eq_real(zero_zero_real, v4) | ~
% 216.33/39.11 ord_less_eq_real(zero_zero_real, v3)))
% 216.33/39.11
% 216.33/39.11 (fact_136_power2__eq__imp__eq)
% 216.33/39.12 nat(zero_zero_nat) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.12 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.12 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : (v4 = v3 |
% 216.33/39.12 ~ (power_power_nat(v4, v2) = v5) | ~ (power_power_nat(v3, v2) = v5) | ~
% 216.33/39.12 nat(v4) | ~ nat(v3) | ~ ord_less_eq_nat(zero_zero_nat, v4) | ~
% 216.33/39.12 ord_less_eq_nat(zero_zero_nat, v3)))
% 216.33/39.12
% 216.33/39.12 (fact_137_power2__eq__imp__eq)
% 216.33/39.12 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.12 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.12 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5: int] : (v4 = v3 |
% 216.33/39.12 ~ (power_power_int(v4, v2) = v5) | ~ (power_power_int(v3, v2) = v5) | ~
% 216.33/39.12 int(v4) | ~ int(v3) | ~ ord_less_eq_int(zero_zero_int, v4) | ~
% 216.33/39.12 ord_less_eq_int(zero_zero_int, v3)))
% 216.33/39.12
% 216.33/39.12 (fact_138_power2__le__imp__le)
% 216.33/39.12 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.12 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.12 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6:
% 216.33/39.12 real] : ( ~ (power_power_real(v4, v2) = v6) | ~ (power_power_real(v3, v2)
% 216.33/39.12 = v5) | ~ real(v4) | ~ real(v3) | ~ ord_less_eq_real(v5, v6) | ~
% 216.33/39.12 ord_less_eq_real(zero_zero_real, v4) | ord_less_eq_real(v3, v4)))
% 216.33/39.12
% 216.33/39.12 (fact_139_power2__le__imp__le)
% 216.33/39.13 nat(zero_zero_nat) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.13 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.13 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 216.33/39.13 nat] : ( ~ (power_power_nat(v4, v2) = v6) | ~ (power_power_nat(v3, v2) =
% 216.33/39.13 v5) | ~ nat(v4) | ~ nat(v3) | ~ ord_less_eq_nat(v5, v6) | ~
% 216.33/39.13 ord_less_eq_nat(zero_zero_nat, v4) | ord_less_eq_nat(v3, v4)))
% 216.33/39.13
% 216.33/39.13 (fact_13_power2__less__0)
% 216.33/39.13 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.13 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.13 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ( ~
% 216.33/39.13 (power_power_real(v3, v2) = v4) | ~ real(v3) | ~ ord_less_real(v4,
% 216.33/39.13 zero_zero_real)))
% 216.33/39.13
% 216.33/39.13 (fact_140_power2__le__imp__le)
% 216.33/39.13 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.13 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.13 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6:
% 216.33/39.13 int] : ( ~ (power_power_int(v4, v2) = v6) | ~ (power_power_int(v3, v2) =
% 216.33/39.13 v5) | ~ int(v4) | ~ int(v3) | ~ ord_less_eq_int(v5, v6) | ~
% 216.33/39.13 ord_less_eq_int(zero_zero_int, v4) | ord_less_eq_int(v3, v4)))
% 216.33/39.13
% 216.33/39.13 (fact_141_zero__le__power2)
% 216.33/39.14 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.14 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.14 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ( ~
% 216.33/39.14 (power_power_real(v3, v2) = v4) | ~ real(v3) |
% 216.33/39.14 ord_less_eq_real(zero_zero_real, v4)))
% 216.33/39.14
% 216.33/39.14 (fact_142_zero__le__power2)
% 216.33/39.14 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.14 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.14 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ( ~ (power_power_int(v3,
% 216.33/39.14 v2) = v4) | ~ int(v3) | ord_less_eq_int(zero_zero_int, v4)))
% 216.33/39.14
% 216.33/39.14 (fact_143_power2__less__imp__less)
% 216.33/39.14 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.14 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.14 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6:
% 216.33/39.14 real] : ( ~ (power_power_real(v4, v2) = v6) | ~ (power_power_real(v3, v2)
% 216.33/39.14 = v5) | ~ real(v4) | ~ real(v3) | ~ ord_less_eq_real(zero_zero_real,
% 216.33/39.14 v4) | ~ ord_less_real(v5, v6) | ord_less_real(v3, v4)))
% 216.33/39.14
% 216.33/39.14 (fact_144_power2__less__imp__less)
% 216.33/39.14 nat(zero_zero_nat) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.14 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.14 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 216.33/39.14 nat] : ( ~ (power_power_nat(v4, v2) = v6) | ~ (power_power_nat(v3, v2) =
% 216.33/39.14 v5) | ~ nat(v4) | ~ nat(v3) | ~ ord_less_eq_nat(zero_zero_nat, v4) |
% 216.33/39.14 ~ ord_less_nat(v5, v6) | ord_less_nat(v3, v4)))
% 216.33/39.14
% 216.33/39.14 (fact_145_power2__less__imp__less)
% 216.33/39.15 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.15 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.15 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6:
% 216.33/39.15 int] : ( ~ (power_power_int(v4, v2) = v6) | ~ (power_power_int(v3, v2) =
% 216.33/39.15 v5) | ~ int(v4) | ~ int(v3) | ~ ord_less_eq_int(zero_zero_int, v4) |
% 216.33/39.15 ~ ord_less_int(v5, v6) | ord_less_int(v3, v4)))
% 216.33/39.15
% 216.33/39.15 (fact_146_sum__power2__le__zero__iff)
% 216.33/39.15 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.15 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.15 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6:
% 216.33/39.15 real] : ! [v7: real] : (v4 = zero_zero_real | ~ (power_power_real(v4,
% 216.33/39.15 v2) = v6) | ~ (power_power_real(v3, v2) = v5) | ~
% 216.33/39.15 (plus_plus_real(v5, v6) = v7) | ~ real(v4) | ~ real(v3) | ~
% 216.33/39.15 ord_less_eq_real(v7, zero_zero_real)) & ! [v3: real] : ! [v4: real] : !
% 216.33/39.15 [v5: real] : ! [v6: real] : ! [v7: real] : (v3 = zero_zero_real | ~
% 216.33/39.15 (power_power_real(v4, v2) = v6) | ~ (power_power_real(v3, v2) = v5) | ~
% 216.33/39.15 (plus_plus_real(v5, v6) = v7) | ~ real(v4) | ~ real(v3) | ~
% 216.33/39.15 ord_less_eq_real(v7, zero_zero_real)) & ! [v3: real] : ! [v4: real] : (
% 216.33/39.15 ~ (power_power_real(zero_zero_real, v2) = v3) | ~ (plus_plus_real(v3, v3)
% 216.33/39.15 = v4) | ord_less_eq_real(v4, zero_zero_real)))
% 216.33/39.15
% 216.33/39.16 (fact_147_sum__power2__le__zero__iff)
% 216.33/39.16 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.16 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.16 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6:
% 216.33/39.16 int] : ! [v7: int] : (v4 = zero_zero_int | ~ (power_power_int(v4, v2) =
% 216.33/39.16 v6) | ~ (power_power_int(v3, v2) = v5) | ~ (plus_plus_int(v5, v6) =
% 216.33/39.16 v7) | ~ int(v4) | ~ int(v3) | ~ ord_less_eq_int(v7, zero_zero_int)) &
% 216.33/39.16 ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] :
% 216.33/39.16 (v3 = zero_zero_int | ~ (power_power_int(v4, v2) = v6) | ~
% 216.33/39.16 (power_power_int(v3, v2) = v5) | ~ (plus_plus_int(v5, v6) = v7) | ~
% 216.33/39.16 int(v4) | ~ int(v3) | ~ ord_less_eq_int(v7, zero_zero_int)) & ! [v3:
% 216.33/39.16 int] : ! [v4: int] : ( ~ (power_power_int(zero_zero_int, v2) = v3) | ~
% 216.33/39.16 (plus_plus_int(v3, v3) = v4) | ord_less_eq_int(v4, zero_zero_int)))
% 216.33/39.16
% 216.33/39.16 (fact_148_sum__power2__ge__zero)
% 216.33/39.16 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.16 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.16 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6:
% 216.33/39.16 real] : ! [v7: real] : ( ~ (power_power_real(v4, v2) = v6) | ~
% 216.33/39.16 (power_power_real(v3, v2) = v5) | ~ (plus_plus_real(v5, v6) = v7) | ~
% 216.33/39.16 real(v4) | ~ real(v3) | ord_less_eq_real(zero_zero_real, v7)))
% 216.33/39.16
% 216.33/39.16 (fact_149_sum__power2__ge__zero)
% 216.33/39.16 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.16 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.16 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6:
% 216.33/39.16 int] : ! [v7: int] : ( ~ (power_power_int(v4, v2) = v6) | ~
% 216.33/39.16 (power_power_int(v3, v2) = v5) | ~ (plus_plus_int(v5, v6) = v7) | ~
% 216.33/39.16 int(v4) | ~ int(v3) | ord_less_eq_int(zero_zero_int, v7)))
% 216.33/39.16
% 216.33/39.16 (fact_14_power2__less__0)
% 216.33/39.17 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.17 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.17 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ( ~ (power_power_int(v3,
% 216.33/39.17 v2) = v4) | ~ int(v3) | ~ ord_less_int(v4, zero_zero_int)))
% 216.33/39.17
% 216.33/39.17 (fact_154_mult__numeral__1)
% 216.33/39.17 int(pls) & ? [v0: int] : ? [v1: real] : (number267125858f_real(v0) = v1 &
% 216.33/39.17 bit1(pls) = v0 & real(v1) & int(v0) & ! [v2: real] : ! [v3: real] : (v3 =
% 216.33/39.17 v2 | ~ (times_times_real(v1, v2) = v3) | ~ real(v2)))
% 216.33/39.17
% 216.33/39.17 (fact_155_mult__numeral__1)
% 216.33/39.17 int(pls) & ? [v0: int] : ? [v1: int] : (bit1(pls) = v0 &
% 216.33/39.17 number_number_of_int(v0) = v1 & int(v1) & int(v0) & ! [v2: int] : ! [v3:
% 216.33/39.17 int] : (v3 = v2 | ~ (times_times_int(v1, v2) = v3) | ~ int(v2)))
% 216.33/39.17
% 216.33/39.17 (fact_156_mult__numeral__1__right)
% 216.33/39.17 int(pls) & ? [v0: int] : ? [v1: real] : (number267125858f_real(v0) = v1 &
% 216.33/39.17 bit1(pls) = v0 & real(v1) & int(v0) & ! [v2: real] : ! [v3: real] : (v3 =
% 216.33/39.17 v2 | ~ (times_times_real(v2, v1) = v3) | ~ real(v2)))
% 216.33/39.17
% 216.33/39.17 (fact_157_mult__numeral__1__right)
% 216.33/39.17 int(pls) & ? [v0: int] : ? [v1: int] : (bit1(pls) = v0 &
% 216.33/39.17 number_number_of_int(v0) = v1 & int(v1) & int(v0) & ! [v2: int] : ! [v3:
% 216.33/39.17 int] : (v3 = v2 | ~ (times_times_int(v2, v1) = v3) | ~ int(v2)))
% 216.33/39.17
% 216.33/39.17 (fact_158_one__is__num__one)
% 216.33/39.17 int(pls) & int(one_one_int) & ? [v0: int] : (bit1(pls) = v0 &
% 216.33/39.17 number_number_of_int(v0) = one_one_int & int(v0))
% 216.33/39.17
% 216.33/39.17 (fact_15_zero__less__power2)
% 216.33/39.17 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.17 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.17 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : (v3 = zero_zero_real |
% 216.33/39.17 ~ (power_power_real(v3, v2) = v4) | ~ real(v3) |
% 216.33/39.17 ord_less_real(zero_zero_real, v4)) & ! [v3: real] : ( ~
% 216.33/39.17 (power_power_real(zero_zero_real, v2) = v3) | ~
% 216.33/39.17 ord_less_real(zero_zero_real, v3)))
% 216.33/39.17
% 216.33/39.17 (fact_16_zero__less__power2)
% 216.33/39.18 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.18 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.18 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : (v3 = zero_zero_int | ~
% 216.33/39.18 (power_power_int(v3, v2) = v4) | ~ int(v3) | ord_less_int(zero_zero_int,
% 216.33/39.18 v4)) & ! [v3: int] : ( ~ (power_power_int(zero_zero_int, v2) = v3) | ~
% 216.33/39.18 ord_less_int(zero_zero_int, v3)))
% 216.33/39.18
% 216.33/39.18 (fact_170_Pls__def)
% 216.33/39.18 pls = zero_zero_int & int(zero_zero_int)
% 216.33/39.18
% 216.33/39.18 (fact_17_one__power2)
% 216.33/39.18 real(one_one_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.18 (power_power_real(one_one_real, v2) = one_one_real & number_number_of_nat(v1)
% 216.33/39.18 = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0))
% 216.33/39.18
% 216.33/39.18 (fact_186_power3__eq__cube)
% 216.33/39.18 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.18 (number_number_of_nat(v1) = v2 & bit1(v0) = v1 & bit1(pls) = v0 & nat(v2) &
% 216.33/39.18 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ( ~
% 216.33/39.18 (power_power_real(v3, v2) = v4) | ~ real(v3) | ? [v5: real] :
% 216.33/39.18 (times_times_real(v5, v3) = v4 & times_times_real(v3, v3) = v5 & real(v5)
% 216.33/39.18 & real(v4))))
% 216.33/39.18
% 216.33/39.18 (fact_187_power3__eq__cube)
% 216.33/39.18 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.18 (number_number_of_nat(v1) = v2 & bit1(v0) = v1 & bit1(pls) = v0 & nat(v2) &
% 216.33/39.18 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ( ~ (power_power_nat(v3,
% 216.33/39.18 v2) = v4) | ~ nat(v3) | ? [v5: nat] : (times_times_nat(v5, v3) = v4
% 216.33/39.18 & times_times_nat(v3, v3) = v5 & nat(v5) & nat(v4))))
% 216.33/39.18
% 216.33/39.18 (fact_188_power3__eq__cube)
% 216.33/39.19 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.19 (number_number_of_nat(v1) = v2 & bit1(v0) = v1 & bit1(pls) = v0 & nat(v2) &
% 216.33/39.19 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ( ~ (power_power_int(v3,
% 216.33/39.19 v2) = v4) | ~ int(v3) | ? [v5: int] : (times_times_int(v5, v3) = v4
% 216.33/39.19 & times_times_int(v3, v3) = v5 & int(v5) & int(v4))))
% 216.33/39.19
% 216.33/39.19 (fact_189_semiring__mult__2)
% 216.33/39.19 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: real] :
% 216.33/39.19 (number267125858f_real(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & real(v2) &
% 216.33/39.19 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ( ~
% 216.33/39.19 (times_times_real(v2, v3) = v4) | ~ real(v3) | (plus_plus_real(v3, v3) =
% 216.33/39.19 v4 & real(v4))))
% 216.33/39.19
% 216.33/39.19 (fact_18_one__power2)
% 216.33/39.19 nat(one_one_nat) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.19 (power_power_nat(one_one_nat, v2) = one_one_nat & number_number_of_nat(v1) =
% 216.33/39.19 v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0))
% 216.33/39.19
% 216.33/39.19 (fact_190_semiring__mult__2)
% 216.33/39.19 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.19 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.19 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ( ~ (times_times_nat(v2,
% 216.33/39.19 v3) = v4) | ~ nat(v3) | (plus_plus_nat(v3, v3) = v4 & nat(v4))))
% 216.33/39.19
% 216.33/39.19 (fact_191_semiring__mult__2)
% 216.33/39.19 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: int] : (bit1(pls) = v0 &
% 216.33/39.19 bit0(v0) = v1 & number_number_of_int(v1) = v2 & int(v2) & int(v1) & int(v0)
% 216.33/39.19 & ! [v3: int] : ! [v4: int] : ( ~ (times_times_int(v2, v3) = v4) | ~
% 216.33/39.19 int(v3) | (plus_plus_int(v3, v3) = v4 & int(v4))))
% 216.33/39.19
% 216.33/39.19 (fact_192_mult__2)
% 216.33/39.19 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: real] :
% 216.33/39.19 (number267125858f_real(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & real(v2) &
% 216.33/39.19 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ( ~
% 216.33/39.19 (times_times_real(v2, v3) = v4) | ~ real(v3) | (plus_plus_real(v3, v3) =
% 216.33/39.19 v4 & real(v4))))
% 216.33/39.19
% 216.33/39.19 (fact_193_mult__2)
% 216.33/39.20 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: int] : (bit1(pls) = v0 &
% 216.33/39.20 bit0(v0) = v1 & number_number_of_int(v1) = v2 & int(v2) & int(v1) & int(v0)
% 216.33/39.20 & ! [v3: int] : ! [v4: int] : ( ~ (times_times_int(v2, v3) = v4) | ~
% 216.33/39.20 int(v3) | (plus_plus_int(v3, v3) = v4 & int(v4))))
% 216.33/39.20
% 216.33/39.20 (fact_194_semiring__mult__2__right)
% 216.33/39.20 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: real] :
% 216.33/39.20 (number267125858f_real(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & real(v2) &
% 216.33/39.20 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ( ~
% 216.33/39.20 (times_times_real(v3, v2) = v4) | ~ real(v3) | (plus_plus_real(v3, v3) =
% 216.33/39.20 v4 & real(v4))))
% 216.33/39.20
% 216.33/39.20 (fact_195_semiring__mult__2__right)
% 216.33/39.20 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.33/39.20 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.33/39.20 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ( ~ (times_times_nat(v3,
% 216.33/39.20 v2) = v4) | ~ nat(v3) | (plus_plus_nat(v3, v3) = v4 & nat(v4))))
% 216.33/39.20
% 216.33/39.20 (fact_196_semiring__mult__2__right)
% 216.33/39.20 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: int] : (bit1(pls) = v0 &
% 216.33/39.20 bit0(v0) = v1 & number_number_of_int(v1) = v2 & int(v2) & int(v1) & int(v0)
% 216.33/39.20 & ! [v3: int] : ! [v4: int] : ( ~ (times_times_int(v3, v2) = v4) | ~
% 216.33/39.20 int(v3) | (plus_plus_int(v3, v3) = v4 & int(v4))))
% 216.33/39.20
% 216.33/39.20 (fact_197_mult__2__right)
% 216.33/39.20 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: real] :
% 216.33/39.20 (number267125858f_real(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & real(v2) &
% 216.33/39.20 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ( ~
% 216.33/39.20 (times_times_real(v3, v2) = v4) | ~ real(v3) | (plus_plus_real(v3, v3) =
% 216.33/39.20 v4 & real(v4))))
% 216.33/39.20
% 216.33/39.20 (fact_198_mult__2__right)
% 216.33/39.21 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: int] : (bit1(pls) = v0 &
% 216.33/39.21 bit0(v0) = v1 & number_number_of_int(v1) = v2 & int(v2) & int(v1) & int(v0)
% 216.33/39.21 & ! [v3: int] : ! [v4: int] : ( ~ (times_times_int(v3, v2) = v4) | ~
% 216.33/39.21 int(v3) | (plus_plus_int(v3, v3) = v4 & int(v4))))
% 216.33/39.21
% 216.33/39.21 (fact_199_power2__eq__square)
% 216.77/39.21 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.77/39.21 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.77/39.21 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ( ~
% 216.77/39.21 (power_power_real(v3, v2) = v4) | ~ real(v3) | (times_times_real(v3, v3)
% 216.77/39.21 = v4 & real(v4))))
% 216.77/39.21
% 216.77/39.21 (fact_19_one__power2)
% 216.77/39.21 int(pls) & int(one_one_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.77/39.21 (number_number_of_nat(v1) = v2 & power_power_int(one_one_int, v2) =
% 216.77/39.21 one_one_int & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0))
% 216.77/39.21
% 216.77/39.21 (fact_200_power2__eq__square)
% 216.77/39.21 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.77/39.21 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.77/39.21 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ( ~ (power_power_nat(v3,
% 216.77/39.21 v2) = v4) | ~ nat(v3) | (times_times_nat(v3, v3) = v4 & nat(v4))))
% 216.77/39.21
% 216.77/39.21 (fact_201_power2__eq__square)
% 216.77/39.21 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.77/39.21 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.77/39.21 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ( ~ (power_power_int(v3,
% 216.77/39.21 v2) = v4) | ~ int(v3) | (times_times_int(v3, v3) = v4 & int(v4))))
% 216.77/39.21
% 216.77/39.21 (fact_20_zero__power2)
% 216.77/39.21 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.77/39.21 (power_power_real(zero_zero_real, v2) = zero_zero_real &
% 216.77/39.21 number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.77/39.21 int(v1) & int(v0))
% 216.77/39.21
% 216.77/39.21 (fact_21_zero__power2)
% 216.77/39.22 nat(zero_zero_nat) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.77/39.22 (power_power_nat(zero_zero_nat, v2) = zero_zero_nat & number_number_of_nat(v1)
% 216.77/39.22 = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0))
% 216.77/39.22
% 216.77/39.22 (fact_22_zero__power2)
% 216.77/39.22 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.77/39.22 (number_number_of_nat(v1) = v2 & power_power_int(zero_zero_int, v2) =
% 216.77/39.22 zero_zero_int & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) &
% 216.77/39.22 int(v0))
% 216.77/39.22
% 216.77/39.22 (fact_237_power2__eq__square__number__of)
% 216.77/39.22 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.77/39.22 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.77/39.22 int(v1) & int(v0) & ! [v3: int] : ! [v4: real] : ! [v5: real] : ( ~
% 216.77/39.22 (times_times_real(v4, v4) = v5) | ~ (number267125858f_real(v3) = v4) | ~
% 216.77/39.22 int(v3) | (power_power_real(v4, v2) = v5 & real(v5))))
% 216.77/39.22
% 216.77/39.22 (fact_238_power2__eq__square__number__of)
% 216.77/39.22 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.77/39.22 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.77/39.22 int(v1) & int(v0) & ! [v3: int] : ! [v4: nat] : ! [v5: nat] : ( ~
% 216.77/39.22 (times_times_nat(v4, v4) = v5) | ~ (number_number_of_nat(v3) = v4) | ~
% 216.77/39.22 int(v3) | (power_power_nat(v4, v2) = v5 & nat(v5))))
% 216.77/39.22
% 216.77/39.22 (fact_239_power2__eq__square__number__of)
% 216.77/39.22 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 216.77/39.22 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 216.77/39.22 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5: int] : ( ~
% 216.77/39.22 (number_number_of_int(v3) = v4) | ~ (times_times_int(v4, v4) = v5) | ~
% 216.77/39.22 int(v3) | (power_power_int(v4, v2) = v5 & int(v5))))
% 216.77/39.22
% 216.77/39.22 (fact_23_zero__eq__power2)
% 217.03/39.23 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.03/39.23 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.03/39.23 int(v1) & int(v0) & ! [v3: real] : (v3 = zero_zero_real | ~
% 217.03/39.23 (power_power_real(v3, v2) = zero_zero_real) | ~ real(v3)) & ! [v3: real]
% 217.03/39.23 : (v3 = zero_zero_real | ~ (power_power_real(zero_zero_real, v2) = v3)))
% 217.03/39.23
% 217.03/39.23 (fact_240_power2__sum)
% 217.03/39.23 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: real] :
% 217.03/39.23 (number267125858f_real(v1) = v3 & number_number_of_nat(v1) = v2 & bit1(pls) =
% 217.03/39.23 v0 & bit0(v0) = v1 & real(v3) & nat(v2) & int(v1) & int(v0) & ! [v4: real]
% 217.03/39.23 : ! [v5: real] : ! [v6: real] : ! [v7: real] : ! [v8: real] : ! [v9:
% 217.03/39.23 real] : ! [v10: real] : ! [v11: real] : ( ~ (times_times_real(v9, v5) =
% 217.03/39.23 v10) | ~ (times_times_real(v3, v4) = v9) | ~ (power_power_real(v5, v2)
% 217.03/39.23 = v7) | ~ (power_power_real(v4, v2) = v6) | ~ (plus_plus_real(v8, v10)
% 217.03/39.23 = v11) | ~ (plus_plus_real(v6, v7) = v8) | ~ real(v5) | ~ real(v4) |
% 217.03/39.23 ? [v12: real] : (power_power_real(v12, v2) = v11 & plus_plus_real(v4, v5)
% 217.03/39.23 = v12 & real(v12) & real(v11))))
% 217.03/39.23
% 217.03/39.23 (fact_241_power2__sum)
% 217.03/39.23 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.03/39.23 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.03/39.23 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 217.03/39.23 nat] : ! [v7: nat] : ! [v8: nat] : ! [v9: nat] : ! [v10: nat] : ( ~
% 217.03/39.23 (times_times_nat(v8, v4) = v9) | ~ (times_times_nat(v2, v3) = v8) | ~
% 217.03/39.23 (plus_plus_nat(v7, v9) = v10) | ~ (plus_plus_nat(v5, v6) = v7) | ~
% 217.03/39.23 (power_power_nat(v4, v2) = v6) | ~ (power_power_nat(v3, v2) = v5) | ~
% 217.03/39.23 nat(v4) | ~ nat(v3) | ? [v11: nat] : (plus_plus_nat(v3, v4) = v11 &
% 217.03/39.23 power_power_nat(v11, v2) = v10 & nat(v11) & nat(v10))))
% 217.03/39.23
% 217.03/39.23 (fact_242_power2__sum)
% 217.03/39.24 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] :
% 217.03/39.24 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 217.03/39.24 number_number_of_int(v1) = v3 & nat(v2) & int(v3) & int(v1) & int(v0) & !
% 217.03/39.24 [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] : ! [v8: int] : !
% 217.03/39.24 [v9: int] : ! [v10: int] : ! [v11: int] : ( ~ (power_power_int(v5, v2) =
% 217.03/39.24 v7) | ~ (power_power_int(v4, v2) = v6) | ~ (plus_plus_int(v8, v10) =
% 217.03/39.24 v11) | ~ (plus_plus_int(v6, v7) = v8) | ~ (times_times_int(v9, v5) =
% 217.03/39.24 v10) | ~ (times_times_int(v3, v4) = v9) | ~ int(v5) | ~ int(v4) | ?
% 217.03/39.24 [v12: int] : (power_power_int(v12, v2) = v11 & plus_plus_int(v4, v5) = v12
% 217.03/39.24 & int(v12) & int(v11))))
% 217.03/39.24
% 217.03/39.24 (fact_247_semiring__numeral__1__eq__1)
% 217.03/39.24 real(one_one_real) & int(pls) & ? [v0: int] : (number267125858f_real(v0) =
% 217.03/39.24 one_one_real & bit1(pls) = v0 & int(v0))
% 217.03/39.24
% 217.03/39.24 (fact_248_semiring__numeral__1__eq__1)
% 217.03/39.24 nat(one_one_nat) & int(pls) & ? [v0: int] : (number_number_of_nat(v0) =
% 217.03/39.24 one_one_nat & bit1(pls) = v0 & int(v0))
% 217.03/39.24
% 217.03/39.24 (fact_249_semiring__numeral__1__eq__1)
% 217.03/39.24 int(pls) & int(one_one_int) & ? [v0: int] : (bit1(pls) = v0 &
% 217.03/39.24 number_number_of_int(v0) = one_one_int & int(v0))
% 217.03/39.24
% 217.03/39.24 (fact_24_zero__eq__power2)
% 217.03/39.24 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.03/39.24 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.03/39.24 int(v1) & int(v0) & ! [v3: int] : (v3 = zero_zero_int | ~
% 217.03/39.24 (power_power_int(v3, v2) = zero_zero_int) | ~ int(v3)) & ! [v3: int] :
% 217.03/39.24 (v3 = zero_zero_int | ~ (power_power_int(zero_zero_int, v2) = v3)))
% 217.03/39.24
% 217.03/39.24 (fact_250_numeral__1__eq__1)
% 217.03/39.24 real(one_one_real) & int(pls) & ? [v0: int] : (number267125858f_real(v0) =
% 217.03/39.24 one_one_real & bit1(pls) = v0 & int(v0))
% 217.03/39.24
% 217.03/39.24 (fact_251_numeral__1__eq__1)
% 217.03/39.24 int(pls) & int(one_one_int) & ? [v0: int] : (bit1(pls) = v0 &
% 217.03/39.24 number_number_of_int(v0) = one_one_int & int(v0))
% 217.03/39.24
% 217.03/39.24 (fact_252_semiring__norm_I110_J)
% 217.03/39.24 real(one_one_real) & int(pls) & ? [v0: int] : (number267125858f_real(v0) =
% 217.03/39.24 one_one_real & bit1(pls) = v0 & int(v0))
% 217.03/39.24
% 217.03/39.24 (fact_253_semiring__norm_I110_J)
% 217.03/39.25 int(pls) & int(one_one_int) & ? [v0: int] : (bit1(pls) = v0 &
% 217.03/39.25 number_number_of_int(v0) = one_one_int & int(v0))
% 217.03/39.25
% 217.03/39.25 (fact_259_semiring__one__add__one__is__two)
% 217.03/39.25 real(one_one_real) & int(pls) & ? [v0: real] : ? [v1: int] : ? [v2: int] :
% 217.03/39.25 (number267125858f_real(v2) = v0 & plus_plus_real(one_one_real, one_one_real) =
% 217.03/39.25 v0 & bit1(pls) = v1 & bit0(v1) = v2 & real(v0) & int(v2) & int(v1))
% 217.03/39.25
% 217.03/39.25 (fact_25_add__special_I2_J)
% 217.03/39.25 real(one_one_real) & int(pls) & ? [v0: int] : (bit1(pls) = v0 & int(v0) & !
% 217.03/39.25 [v1: int] : ! [v2: int] : ( ~ (plus_plus_int(v0, v1) = v2) | ~ int(v1) |
% 217.03/39.25 ? [v3: real] : ? [v4: real] : (number267125858f_real(v2) = v4 &
% 217.03/39.25 number267125858f_real(v1) = v3 & plus_plus_real(one_one_real, v3) = v4 &
% 217.03/39.25 real(v4) & real(v3))))
% 217.03/39.25
% 217.03/39.25 (fact_260_semiring__one__add__one__is__two)
% 217.03/39.25 nat(one_one_nat) & int(pls) & ? [v0: nat] : ? [v1: int] : ? [v2: int] :
% 217.03/39.25 (plus_plus_nat(one_one_nat, one_one_nat) = v0 & number_number_of_nat(v2) = v0
% 217.03/39.25 & bit1(pls) = v1 & bit0(v1) = v2 & nat(v0) & int(v2) & int(v1))
% 217.03/39.25
% 217.03/39.25 (fact_261_semiring__one__add__one__is__two)
% 217.03/39.25 int(pls) & int(one_one_int) & ? [v0: int] : ? [v1: int] : ? [v2: int] :
% 217.03/39.25 (bit1(pls) = v1 & bit0(v1) = v2 & number_number_of_int(v2) = v0 &
% 217.03/39.25 plus_plus_int(one_one_int, one_one_int) = v0 & int(v2) & int(v1) & int(v0))
% 217.03/39.25
% 217.03/39.25 (fact_262_one__add__one__is__two)
% 217.03/39.25 real(one_one_real) & int(pls) & ? [v0: real] : ? [v1: int] : ? [v2: int] :
% 217.03/39.25 (number267125858f_real(v2) = v0 & plus_plus_real(one_one_real, one_one_real) =
% 217.03/39.25 v0 & bit1(pls) = v1 & bit0(v1) = v2 & real(v0) & int(v2) & int(v1))
% 217.03/39.25
% 217.03/39.25 (fact_263_one__add__one__is__two)
% 217.03/39.25 int(pls) & int(one_one_int) & ? [v0: int] : ? [v1: int] : ? [v2: int] :
% 217.03/39.25 (bit1(pls) = v1 & bit0(v1) = v2 & number_number_of_int(v2) = v0 &
% 217.03/39.25 plus_plus_int(one_one_int, one_one_int) = v0 & int(v2) & int(v1) & int(v0))
% 217.03/39.25
% 217.03/39.25 (fact_264_less__special_I4_J)
% 217.03/39.26 real(one_one_real) & int(pls) & ? [v0: int] : (bit1(pls) = v0 & int(v0) & !
% 217.03/39.26 [v1: int] : ! [v2: real] : ( ~ (number267125858f_real(v1) = v2) | ~
% 217.03/39.26 int(v1) | ~ ord_less_real(v2, one_one_real) | ord_less_int(v1, v0)) & !
% 217.03/39.26 [v1: int] : ! [v2: real] : ( ~ (number267125858f_real(v1) = v2) | ~
% 217.03/39.26 int(v1) | ~ ord_less_int(v1, v0) | ord_less_real(v2, one_one_real)))
% 217.03/39.26
% 217.03/39.26 (fact_265_less__special_I4_J)
% 217.03/39.26 int(pls) & int(one_one_int) & ? [v0: int] : (bit1(pls) = v0 & int(v0) & !
% 217.03/39.26 [v1: int] : ! [v2: int] : ( ~ (number_number_of_int(v1) = v2) | ~ int(v1)
% 217.03/39.26 | ~ ord_less_int(v2, one_one_int) | ord_less_int(v1, v0)) & ! [v1: int]
% 217.03/39.26 : ! [v2: int] : ( ~ (number_number_of_int(v1) = v2) | ~ int(v1) | ~
% 217.03/39.26 ord_less_int(v1, v0) | ord_less_int(v2, one_one_int)))
% 217.03/39.26
% 217.03/39.26 (fact_266_less__special_I2_J)
% 217.03/39.26 real(one_one_real) & int(pls) & ? [v0: int] : (bit1(pls) = v0 & int(v0) & !
% 217.03/39.26 [v1: int] : ! [v2: real] : ( ~ (number267125858f_real(v1) = v2) | ~
% 217.03/39.26 int(v1) | ~ ord_less_real(one_one_real, v2) | ord_less_int(v0, v1)) & !
% 217.03/39.26 [v1: int] : ! [v2: real] : ( ~ (number267125858f_real(v1) = v2) | ~
% 217.03/39.26 int(v1) | ~ ord_less_int(v0, v1) | ord_less_real(one_one_real, v2)))
% 217.03/39.26
% 217.03/39.26 (fact_267_less__special_I2_J)
% 217.03/39.26 int(pls) & int(one_one_int) & ? [v0: int] : (bit1(pls) = v0 & int(v0) & !
% 217.03/39.26 [v1: int] : ! [v2: int] : ( ~ (number_number_of_int(v1) = v2) | ~ int(v1)
% 217.03/39.26 | ~ ord_less_int(v0, v1) | ord_less_int(one_one_int, v2)) & ! [v1: int]
% 217.03/39.26 : ! [v2: int] : ( ~ (number_number_of_int(v1) = v2) | ~ int(v1) | ~
% 217.03/39.26 ord_less_int(one_one_int, v2) | ord_less_int(v0, v1)))
% 217.03/39.26
% 217.03/39.26 (fact_268__0964_A_K_Am_A_L_A1_Advd_As_A_094_A2_A_L_A1_096)
% 217.03/39.27 int(s) & int(m) & int(pls) & int(one_one_int) & ? [v0: int] : ? [v1: int] :
% 217.03/39.27 ? [v2: int] : ? [v3: int] : ? [v4: int] : ? [v5: int] : ? [v6: nat] : ?
% 217.03/39.27 [v7: int] : ? [v8: int] : (number_number_of_nat(v1) = v6 & power_power_int(s,
% 217.03/39.27 v6) = v7 & bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 &
% 217.03/39.27 number_number_of_int(v2) = v3 & plus_plus_int(v7, one_one_int) = v8 &
% 217.03/39.27 plus_plus_int(v4, one_one_int) = v5 & times_times_int(v3, m) = v4 & nat(v6)
% 217.03/39.27 & int(v8) & int(v7) & int(v5) & int(v4) & int(v3) & int(v2) & int(v1) &
% 217.03/39.27 int(v0) & dvd_dvd_int(v5, v8))
% 217.03/39.27
% 217.03/39.27 (fact_269_zadd__power3)
% 217.03/39.27 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 217.03/39.27 int] : ? [v5: nat] : (number_number_of_nat(v4) = v5 &
% 217.03/39.27 number_number_of_nat(v1) = v2 & bit1(v0) = v1 & bit1(pls) = v0 & bit0(v0) =
% 217.03/39.27 v4 & number_number_of_int(v1) = v3 & nat(v5) & nat(v2) & int(v4) & int(v3) &
% 217.03/39.27 int(v1) & int(v0) & ! [v6: int] : ! [v7: int] : ! [v8: int] : ! [v9:
% 217.03/39.27 int] : ! [v10: int] : ! [v11: int] : ! [v12: int] : ! [v13: int] : !
% 217.03/39.27 [v14: int] : ! [v15: int] : ! [v16: int] : ! [v17: int] : ! [v18: int] :
% 217.03/39.27 ( ~ (power_power_int(v7, v5) = v14) | ~ (power_power_int(v7, v2) = v17) |
% 217.03/39.27 ~ (power_power_int(v6, v5) = v9) | ~ (power_power_int(v6, v2) = v8) | ~
% 217.03/39.27 (plus_plus_int(v16, v17) = v18) | ~ (plus_plus_int(v12, v15) = v16) | ~
% 217.03/39.27 (plus_plus_int(v8, v11) = v12) | ~ (times_times_int(v13, v14) = v15) | ~
% 217.03/39.27 (times_times_int(v10, v7) = v11) | ~ (times_times_int(v3, v9) = v10) | ~
% 217.03/39.27 (times_times_int(v3, v6) = v13) | ~ int(v7) | ~ int(v6) | ? [v19: int]
% 217.03/39.27 : (power_power_int(v19, v2) = v18 & plus_plus_int(v6, v7) = v19 & int(v19)
% 217.03/39.27 & int(v18))))
% 217.03/39.27
% 217.03/39.27 (fact_26_add__special_I2_J)
% 217.03/39.27 int(pls) & int(one_one_int) & ? [v0: int] : (bit1(pls) = v0 & int(v0) & !
% 217.03/39.27 [v1: int] : ! [v2: int] : ( ~ (plus_plus_int(v0, v1) = v2) | ~ int(v1) |
% 217.03/39.27 ? [v3: int] : ? [v4: int] : (number_number_of_int(v2) = v4 &
% 217.03/39.27 number_number_of_int(v1) = v3 & plus_plus_int(one_one_int, v3) = v4 &
% 217.03/39.27 int(v4) & int(v3))))
% 217.03/39.27
% 217.03/39.27 (fact_270_zadd__power2)
% 217.03/39.28 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] :
% 217.03/39.28 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 217.03/39.28 number_number_of_int(v1) = v3 & nat(v2) & int(v3) & int(v1) & int(v0) & !
% 217.03/39.28 [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] : ! [v8: int] : !
% 217.03/39.28 [v9: int] : ! [v10: int] : ! [v11: int] : ( ~ (power_power_int(v5, v2) =
% 217.03/39.28 v10) | ~ (power_power_int(v4, v2) = v6) | ~ (plus_plus_int(v9, v10) =
% 217.03/39.28 v11) | ~ (plus_plus_int(v6, v8) = v9) | ~ (times_times_int(v7, v5) =
% 217.03/39.28 v8) | ~ (times_times_int(v3, v4) = v7) | ~ int(v5) | ~ int(v4) | ?
% 217.03/39.28 [v12: int] : (power_power_int(v12, v2) = v11 & plus_plus_int(v4, v5) = v12
% 217.03/39.28 & int(v12) & int(v11))))
% 217.03/39.28
% 217.03/39.28 (fact_271_int__pos__lt__two__imp__zero__or__one)
% 217.03/39.28 int(pls) & int(zero_zero_int) & int(one_one_int) & ? [v0: int] : ? [v1: int]
% 217.03/39.28 : ? [v2: int] : (bit1(pls) = v0 & bit0(v0) = v1 & number_number_of_int(v1) =
% 217.03/39.28 v2 & int(v2) & int(v1) & int(v0) & ! [v3: int] : (v3 = zero_zero_int | v3 =
% 217.03/39.28 one_one_int | ~ int(v3) | ~ ord_less_eq_int(zero_zero_int, v3) | ~
% 217.03/39.28 ord_less_int(v3, v2)))
% 217.03/39.28
% 217.03/39.28 (fact_272_s0p)
% 217.03/39.28 int(s) & int(s1) & int(m) & int(pls) & int(zero_zero_int) & int(one_one_int) &
% 217.03/39.28 ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4: int] : ?
% 217.03/39.28 [v5: int] : (bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 &
% 217.03/39.28 number_number_of_int(v2) = v3 & plus_plus_int(v4, one_one_int) = v5 &
% 217.03/39.28 times_times_int(v3, m) = v4 & int(v5) & int(v4) & int(v3) & int(v2) &
% 217.03/39.28 int(v1) & int(v0) & ord_less_eq_int(zero_zero_int, s) & ord_less_int(s, v5)
% 217.03/39.28 & zcong(s1, s, v5))
% 217.03/39.28
% 217.03/39.28 (fact_273_cube__square)
% 217.03/39.28 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 217.03/39.28 nat] : (number_number_of_nat(v3) = v4 & number_number_of_nat(v1) = v2 &
% 217.03/39.28 bit1(v0) = v3 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v4) & nat(v2) & int(v3)
% 217.03/39.28 & int(v1) & int(v0) & ! [v5: int] : ! [v6: int] : ! [v7: int] : ( ~
% 217.03/39.28 (power_power_int(v5, v2) = v6) | ~ (times_times_int(v5, v6) = v7) | ~
% 217.03/39.28 int(v5) | (power_power_int(v5, v4) = v7 & int(v7))))
% 217.03/39.28
% 217.03/39.28 (fact_274_power2__ge__self)
% 217.03/39.28 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.03/39.28 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.03/39.28 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ( ~ (power_power_int(v3,
% 217.03/39.28 v2) = v4) | ~ int(v3) | ord_less_eq_int(v3, v4)))
% 217.03/39.28
% 217.03/39.29 (fact_277_Nat__Transfer_Otransfer__nat__int__function__closures_I7_J)
% 217.03/39.29 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: int] :
% 217.03/39.29 (bit1(pls) = v0 & bit0(v0) = v1 & number_number_of_int(v1) = v2 & int(v2) &
% 217.03/39.29 int(v1) & int(v0) & ord_less_eq_int(zero_zero_int, v2))
% 217.03/39.29
% 217.03/39.29 (fact_278_comm__semiring__1__class_Onormalizing__semiring__rules_I36_J)
% 217.03/39.29 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.03/39.29 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.03/39.29 int(v1) & int(v0) & ! [v3: real] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 217.03/39.29 real] : ( ~ (times_times_nat(v2, v4) = v5) | ~ (power_power_real(v3, v5)
% 217.03/39.29 = v6) | ~ real(v3) | ~ nat(v4) | ? [v7: real] : (times_times_real(v7,
% 217.03/39.29 v7) = v6 & power_power_real(v3, v4) = v7 & real(v7) & real(v6))))
% 217.03/39.29
% 217.03/39.29 (fact_279_comm__semiring__1__class_Onormalizing__semiring__rules_I36_J)
% 217.03/39.29 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.03/39.29 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.03/39.29 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 217.03/39.29 nat] : ( ~ (times_times_nat(v2, v4) = v5) | ~ (power_power_nat(v3, v5) =
% 217.03/39.29 v6) | ~ nat(v4) | ~ nat(v3) | ? [v7: nat] : (times_times_nat(v7, v7)
% 217.03/39.29 = v6 & power_power_nat(v3, v4) = v7 & nat(v7) & nat(v6))))
% 217.03/39.29
% 217.03/39.29 (fact_27_add__special_I3_J)
% 217.03/39.29 real(one_one_real) & int(pls) & ? [v0: int] : (bit1(pls) = v0 & int(v0) & !
% 217.03/39.29 [v1: int] : ! [v2: int] : ( ~ (plus_plus_int(v1, v0) = v2) | ~ int(v1) |
% 217.03/39.29 ? [v3: real] : ? [v4: real] : (number267125858f_real(v2) = v4 &
% 217.03/39.29 number267125858f_real(v1) = v3 & plus_plus_real(v3, one_one_real) = v4 &
% 217.03/39.29 real(v4) & real(v3))))
% 217.03/39.29
% 217.03/39.29 (fact_280_comm__semiring__1__class_Onormalizing__semiring__rules_I36_J)
% 217.03/39.29 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.03/39.29 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.03/39.29 int(v1) & int(v0) & ! [v3: int] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 217.03/39.29 int] : ( ~ (times_times_nat(v2, v4) = v5) | ~ (power_power_int(v3, v5) =
% 217.03/39.29 v6) | ~ nat(v4) | ~ int(v3) | ? [v7: int] : (power_power_int(v3, v4)
% 217.03/39.29 = v7 & times_times_int(v7, v7) = v6 & int(v7) & int(v6))))
% 217.03/39.29
% 217.03/39.29 (fact_281__096_091s_A_094_A2_A_061_As1_A_094_A2_093_A_Imod_A4_A_K_Am_A_L_A1_J_096)
% 217.03/39.30 int(s) & int(s1) & int(m) & int(pls) & int(one_one_int) & ? [v0: int] : ?
% 217.03/39.30 [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4: int] : ? [v5: int] : ?
% 217.03/39.30 [v6: int] : ? [v7: int] : ? [v8: int] : (number_number_of_nat(v1) = v2 &
% 217.03/39.30 power_power_int(s, v2) = v3 & power_power_int(s1, v2) = v4 & bit1(pls) = v0
% 217.03/39.30 & bit0(v1) = v5 & bit0(v0) = v1 & number_number_of_int(v5) = v6 &
% 217.03/39.30 plus_plus_int(v7, one_one_int) = v8 & times_times_int(v6, m) = v7 & nat(v2)
% 217.03/39.30 & int(v8) & int(v7) & int(v6) & int(v5) & int(v4) & int(v3) & int(v1) &
% 217.03/39.30 int(v0) & zcong(v3, v4, v8))
% 217.03/39.30
% 217.03/39.30 (fact_282__096EX_B_As_O_A0_A_060_061_As_A_G_As_A_060_A4_A_K_Am_A_L_A1_A_G_A_091s1)
% 217.03/39.30 int(s1) & int(m) & int(pls) & int(zero_zero_int) & int(one_one_int) & ? [v0:
% 217.03/39.30 int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4: int] : ? [v5:
% 217.03/39.30 int] : ? [v6: int] : (bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 &
% 217.03/39.30 number_number_of_int(v2) = v3 & plus_plus_int(v4, one_one_int) = v5 &
% 217.03/39.30 times_times_int(v3, m) = v4 & int(v6) & int(v5) & int(v4) & int(v3) &
% 217.03/39.30 int(v2) & int(v1) & int(v0) & ord_less_eq_int(zero_zero_int, v6) &
% 217.03/39.30 ord_less_int(v6, v5) & zcong(s1, v6, v5) & ! [v7: int] : (v7 = v6 | ~
% 217.03/39.30 int(v7) | ~ ord_less_eq_int(zero_zero_int, v7) | ~ ord_less_int(v7, v5)
% 217.03/39.30 | ~ zcong(s1, v7, v5)))
% 217.03/39.30
% 217.03/39.30 (fact_283__096_B_Bthesis_O_A_I_B_Bs_O_A0_A_060_061_As_A_G_As_A_060_A4_A_K_Am_A_L_)
% 217.03/39.30 int(s1) & int(m) & int(pls) & int(zero_zero_int) & int(one_one_int) & ? [v0:
% 217.03/39.30 int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4: int] : ? [v5:
% 217.03/39.30 int] : ? [v6: int] : (bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 &
% 217.03/39.30 number_number_of_int(v2) = v3 & plus_plus_int(v4, one_one_int) = v5 &
% 217.03/39.30 times_times_int(v3, m) = v4 & int(v6) & int(v5) & int(v4) & int(v3) &
% 217.03/39.30 int(v2) & int(v1) & int(v0) & ord_less_eq_int(zero_zero_int, v6) &
% 217.03/39.30 ord_less_int(v6, v5) & zcong(s1, v6, v5))
% 217.03/39.30
% 217.03/39.30 (fact_284_s1)
% 217.03/39.30 int(s1) & int(m) & int(pls) & int(min) & int(one_one_int) & ? [v0: int] : ?
% 217.03/39.30 [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4: int] : ? [v5: int] : ?
% 217.03/39.30 [v6: int] : ? [v7: int] : ? [v8: int] : (number_number_of_nat(v1) = v2 &
% 217.03/39.30 power_power_int(s1, v2) = v3 & bit1(pls) = v0 & bit0(v1) = v5 & bit0(v0) =
% 217.03/39.30 v1 & number_number_of_int(v5) = v6 & number_number_of_int(min) = v4 &
% 217.03/39.30 plus_plus_int(v7, one_one_int) = v8 & times_times_int(v6, m) = v7 & nat(v2)
% 217.03/39.30 & int(v8) & int(v7) & int(v6) & int(v5) & int(v4) & int(v3) & int(v1) &
% 217.03/39.30 int(v0) & zcong(v3, v4, v8))
% 217.03/39.30
% 217.03/39.30 (fact_28_add__special_I3_J)
% 217.03/39.31 int(pls) & int(one_one_int) & ? [v0: int] : (bit1(pls) = v0 & int(v0) & !
% 217.03/39.31 [v1: int] : ! [v2: int] : ( ~ (plus_plus_int(v1, v0) = v2) | ~ int(v1) |
% 217.03/39.31 ? [v3: int] : ? [v4: int] : (number_number_of_int(v2) = v4 &
% 217.03/39.31 number_number_of_int(v1) = v3 & plus_plus_int(v3, one_one_int) = v4 &
% 217.03/39.31 int(v4) & int(v3))))
% 217.03/39.31
% 217.03/39.31 (fact_298_zprime__2)
% 217.03/39.31 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: int] : (bit1(pls) = v0 &
% 217.03/39.31 bit0(v0) = v1 & number_number_of_int(v1) = v2 & int(v2) & int(v1) & int(v0)
% 217.03/39.31 & zprime(v2))
% 217.03/39.31
% 217.03/39.31 (fact_29_t__l__p)
% 217.03/39.31 int(t) & int(m) & int(pls) & int(one_one_int) & ? [v0: int] : ? [v1: int] :
% 217.03/39.31 ? [v2: int] : ? [v3: int] : ? [v4: int] : ? [v5: int] : (bit1(pls) = v0 &
% 217.03/39.31 bit0(v1) = v2 & bit0(v0) = v1 & number_number_of_int(v2) = v3 &
% 217.03/39.31 plus_plus_int(v4, one_one_int) = v5 & times_times_int(v3, m) = v4 & int(v5)
% 217.03/39.31 & int(v4) & int(v3) & int(v2) & int(v1) & int(v0) & ord_less_int(t, v5))
% 217.03/39.31
% 217.03/39.31 (fact_2__096_I4_A_K_Am_A_L_A1_J_A_K_At_A_060_A_I4_A_K_Am_A_L_A1_J_A_K_A0_096)
% 217.03/39.31 int(t) & int(m) & int(pls) & int(zero_zero_int) & int(one_one_int) & ? [v0:
% 217.03/39.31 int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4: int] : ? [v5:
% 217.03/39.31 int] : ? [v6: int] : ? [v7: int] : (bit1(pls) = v0 & bit0(v1) = v2 &
% 217.03/39.31 bit0(v0) = v1 & number_number_of_int(v2) = v3 & plus_plus_int(v4,
% 217.03/39.31 one_one_int) = v5 & times_times_int(v5, t) = v6 & times_times_int(v5,
% 217.03/39.31 zero_zero_int) = v7 & times_times_int(v3, m) = v4 & int(v7) & int(v6) &
% 217.03/39.31 int(v5) & int(v4) & int(v3) & int(v2) & int(v1) & int(v0) & ord_less_int(v6,
% 217.03/39.31 v7))
% 217.03/39.31
% 217.03/39.31 (fact_30__096_B_Bthesis_O_A_I_B_Bt_O_As_A_094_A2_A_L_A1_A_061_A_I4_A_K_Am_A_L_A1_)
% 217.03/39.31 int(s) & int(m) & int(pls) & int(one_one_int) & ? [v0: int] : ? [v1: int] :
% 217.03/39.31 ? [v2: nat] : ? [v3: int] : ? [v4: int] : ? [v5: int] : ? [v6: int] : ?
% 217.03/39.31 [v7: int] : ? [v8: int] : ? [v9: int] : (number_number_of_nat(v1) = v2 &
% 217.03/39.31 power_power_int(s, v2) = v3 & bit1(pls) = v0 & bit0(v1) = v5 & bit0(v0) = v1
% 217.03/39.31 & number_number_of_int(v5) = v6 & plus_plus_int(v7, one_one_int) = v8 &
% 217.03/39.31 plus_plus_int(v3, one_one_int) = v4 & times_times_int(v8, v9) = v4 &
% 217.03/39.31 times_times_int(v6, m) = v7 & nat(v2) & int(v9) & int(v8) & int(v7) &
% 217.03/39.31 int(v6) & int(v5) & int(v4) & int(v3) & int(v1) & int(v0))
% 217.03/39.31
% 217.03/39.31 (fact_31_p)
% 217.47/39.31 int(m) & int(pls) & int(one_one_int) & ? [v0: int] : ? [v1: int] : ? [v2:
% 217.47/39.31 int] : ? [v3: int] : ? [v4: int] : ? [v5: int] : (bit1(pls) = v0 &
% 217.47/39.31 bit0(v1) = v2 & bit0(v0) = v1 & number_number_of_int(v2) = v3 &
% 217.47/39.31 plus_plus_int(v4, one_one_int) = v5 & times_times_int(v3, m) = v4 & int(v5)
% 217.47/39.31 & int(v4) & int(v3) & int(v2) & int(v1) & int(v0) & zprime(v5))
% 217.47/39.31
% 217.47/39.31 (fact_32_qf1pt)
% 217.47/39.32 int(t) & int(m) & int(pls) & int(one_one_int) & ? [v0: int] : ? [v1: int] :
% 217.47/39.32 ? [v2: int] : ? [v3: int] : ? [v4: int] : ? [v5: int] : ? [v6: int] :
% 217.47/39.32 (bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 & number_number_of_int(v2) =
% 217.47/39.32 v3 & plus_plus_int(v4, one_one_int) = v5 & times_times_int(v5, t) = v6 &
% 217.47/39.32 times_times_int(v3, m) = v4 & int(v6) & int(v5) & int(v4) & int(v3) &
% 217.47/39.32 int(v2) & int(v1) & int(v0) & twoSqu512355103sum2sq(v6))
% 217.47/39.32
% 217.47/39.32 (fact_348_nat__mult__2__right)
% 217.47/39.32 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.32 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.32 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ( ~ (times_times_nat(v3,
% 217.47/39.32 v2) = v4) | ~ nat(v3) | (plus_plus_nat(v3, v3) = v4 & nat(v4))))
% 217.47/39.32
% 217.47/39.32 (fact_349_nat__mult__2)
% 217.47/39.32 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.32 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.32 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ( ~ (times_times_nat(v2,
% 217.47/39.32 v3) = v4) | ~ nat(v3) | (plus_plus_nat(v3, v3) = v4 & nat(v4))))
% 217.47/39.32
% 217.47/39.32 (fact_352_power__even__eq)
% 217.47/39.32 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.32 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.32 int(v1) & int(v0) & ! [v3: real] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 217.47/39.32 real] : ( ~ (times_times_nat(v2, v4) = v5) | ~ (power_power_real(v3, v5)
% 217.47/39.32 = v6) | ~ real(v3) | ~ nat(v4) | ? [v7: real] : (power_power_real(v7,
% 217.47/39.32 v2) = v6 & power_power_real(v3, v4) = v7 & real(v7) & real(v6))))
% 217.47/39.32
% 217.47/39.32 (fact_353_power__even__eq)
% 217.47/39.32 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.32 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.32 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 217.47/39.32 nat] : ( ~ (times_times_nat(v2, v4) = v5) | ~ (power_power_nat(v3, v5) =
% 217.47/39.32 v6) | ~ nat(v4) | ~ nat(v3) | ? [v7: nat] : (power_power_nat(v7, v2)
% 217.47/39.32 = v6 & power_power_nat(v3, v4) = v7 & nat(v7) & nat(v6))))
% 217.47/39.32
% 217.47/39.32 (fact_354_power__even__eq)
% 217.47/39.32 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.32 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.32 int(v1) & int(v0) & ! [v3: int] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 217.47/39.32 int] : ( ~ (times_times_nat(v2, v4) = v5) | ~ (power_power_int(v3, v5) =
% 217.47/39.32 v6) | ~ nat(v4) | ~ int(v3) | ? [v7: int] : (power_power_int(v7, v2)
% 217.47/39.32 = v6 & power_power_int(v3, v4) = v7 & int(v7) & int(v6))))
% 217.47/39.32
% 217.47/39.32 (fact_355_even__power__le__0__imp__0)
% 217.47/39.33 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.33 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.33 int(v1) & int(v0) & ! [v3: real] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 217.47/39.33 real] : (v3 = zero_zero_real | ~ (times_times_nat(v2, v4) = v5) | ~
% 217.47/39.33 (power_power_real(v3, v5) = v6) | ~ real(v3) | ~ nat(v4) | ~
% 217.47/39.33 ord_less_eq_real(v6, zero_zero_real)))
% 217.47/39.33
% 217.47/39.33 (fact_356_even__power__le__0__imp__0)
% 217.47/39.33 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.33 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.33 int(v1) & int(v0) & ! [v3: int] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 217.47/39.33 int] : (v3 = zero_zero_int | ~ (times_times_nat(v2, v4) = v5) | ~
% 217.47/39.33 (power_power_int(v3, v5) = v6) | ~ nat(v4) | ~ int(v3) | ~
% 217.47/39.33 ord_less_eq_int(v6, zero_zero_int)))
% 217.47/39.33
% 217.47/39.33 (fact_362_comm__semiring__1__class_Onormalizing__semiring__rules_I10_J)
% 217.47/39.33 int(zero_zero_int) & ! [v0: int] : ! [v1: int] : (v1 = zero_zero_int | ~
% 217.47/39.33 (times_times_int(v0, zero_zero_int) = v1) | ~ int(v0))
% 217.47/39.33
% 217.47/39.33 (fact_3_t)
% 217.47/39.33 int(t) & int(s) & int(m) & int(pls) & int(one_one_int) & ? [v0: int] : ?
% 217.47/39.33 [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4: int] : ? [v5: int] : ?
% 217.47/39.33 [v6: int] : ? [v7: int] : ? [v8: int] : (number_number_of_nat(v1) = v2 &
% 217.47/39.33 power_power_int(s, v2) = v3 & bit1(pls) = v0 & bit0(v1) = v5 & bit0(v0) = v1
% 217.47/39.33 & number_number_of_int(v5) = v6 & plus_plus_int(v7, one_one_int) = v8 &
% 217.47/39.33 plus_plus_int(v3, one_one_int) = v4 & times_times_int(v8, t) = v4 &
% 217.47/39.33 times_times_int(v6, m) = v7 & nat(v2) & int(v8) & int(v7) & int(v6) &
% 217.47/39.33 int(v5) & int(v4) & int(v3) & int(v1) & int(v0))
% 217.47/39.33
% 217.47/39.33 (fact_403_zero__le__even__power_H)
% 217.47/39.33 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.33 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.33 int(v1) & int(v0) & ! [v3: real] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 217.47/39.33 real] : ( ~ (times_times_nat(v2, v4) = v5) | ~ (power_power_real(v3, v5)
% 217.47/39.33 = v6) | ~ real(v3) | ~ nat(v4) | ord_less_eq_real(zero_zero_real,
% 217.47/39.33 v6)))
% 217.47/39.33
% 217.47/39.33 (fact_404_zero__le__even__power_H)
% 217.47/39.33 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.33 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.33 int(v1) & int(v0) & ! [v3: int] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 217.47/39.33 int] : ( ~ (times_times_nat(v2, v4) = v5) | ~ (power_power_int(v3, v5) =
% 217.47/39.33 v6) | ~ nat(v4) | ~ int(v3) | ord_less_eq_int(zero_zero_int, v6)))
% 217.47/39.33
% 217.47/39.33 (fact_409_comm__semiring__1__class_Onormalizing__semiring__rules_I4_J)
% 217.47/39.33 nat(one_one_nat) & ? [v0: nat] : (plus_plus_nat(one_one_nat, one_one_nat) =
% 217.47/39.33 v0 & nat(v0) & ! [v1: nat] : ! [v2: nat] : ( ~ (times_times_nat(v0, v1) =
% 217.47/39.33 v2) | ~ nat(v1) | (plus_plus_nat(v1, v1) = v2 & nat(v2))))
% 217.47/39.33
% 217.47/39.33 (fact_428_Nat__Transfer_Otransfer__nat__int__function__closures_I8_J)
% 217.47/39.34 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: int] :
% 217.47/39.34 (bit1(v0) = v1 & bit1(pls) = v0 & number_number_of_int(v1) = v2 & int(v2) &
% 217.47/39.34 int(v1) & int(v0) & ord_less_eq_int(zero_zero_int, v2))
% 217.47/39.34
% 217.47/39.34 (fact_435_quartic__square__square)
% 217.47/39.34 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 217.47/39.34 nat] : (number_number_of_nat(v3) = v4 & number_number_of_nat(v1) = v2 &
% 217.47/39.34 bit1(pls) = v0 & bit0(v1) = v3 & bit0(v0) = v1 & nat(v4) & nat(v2) & int(v3)
% 217.47/39.34 & int(v1) & int(v0) & ! [v5: int] : ! [v6: int] : ( ~ (power_power_int(v5,
% 217.47/39.34 v4) = v6) | ~ int(v5) | ? [v7: int] : (power_power_int(v7, v2) = v6
% 217.47/39.34 & power_power_int(v5, v2) = v7 & int(v7) & int(v6))))
% 217.47/39.34
% 217.47/39.34 (fact_436_comm__semiring__1__class_Onormalizing__semiring__rules_I29_J)
% 217.47/39.34 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.34 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.34 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ( ~
% 217.47/39.34 (power_power_real(v3, v2) = v4) | ~ real(v3) | (times_times_real(v3, v3)
% 217.47/39.34 = v4 & real(v4))))
% 217.47/39.34
% 217.47/39.34 (fact_437_comm__semiring__1__class_Onormalizing__semiring__rules_I29_J)
% 217.47/39.34 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.34 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.34 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ( ~ (power_power_nat(v3,
% 217.47/39.34 v2) = v4) | ~ nat(v3) | (times_times_nat(v3, v3) = v4 & nat(v4))))
% 217.47/39.34
% 217.47/39.34 (fact_438_comm__semiring__1__class_Onormalizing__semiring__rules_I29_J)
% 217.47/39.34 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.34 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.34 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ( ~ (power_power_int(v3,
% 217.47/39.34 v2) = v4) | ~ int(v3) | (times_times_int(v3, v3) = v4 & int(v4))))
% 217.47/39.34
% 217.47/39.34 (fact_439_s)
% 217.47/39.34 int(s) & int(m) & int(pls) & int(min) & int(one_one_int) & ? [v0: int] : ?
% 217.47/39.34 [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4: int] : ? [v5: int] : ?
% 217.47/39.34 [v6: int] : ? [v7: int] : ? [v8: int] : (number_number_of_nat(v1) = v2 &
% 217.47/39.34 power_power_int(s, v2) = v3 & bit1(pls) = v0 & bit0(v1) = v5 & bit0(v0) = v1
% 217.47/39.34 & number_number_of_int(v5) = v6 & number_number_of_int(min) = v4 &
% 217.47/39.34 plus_plus_int(v7, one_one_int) = v8 & times_times_int(v6, m) = v7 & nat(v2)
% 217.47/39.34 & int(v8) & int(v7) & int(v6) & int(v5) & int(v4) & int(v3) & int(v1) &
% 217.47/39.34 int(v0) & zcong(v3, v4, v8))
% 217.47/39.34
% 217.47/39.34 (fact_440_Euler_Oaux____1)
% 217.47/39.35 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.35 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.35 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6:
% 217.47/39.35 int] : ( ~ (power_power_int(v3, v2) = v6) | ~ int(v5) | ~ int(v4) | ~
% 217.47/39.35 int(v3) | ~ dvd_dvd_int(v5, v3) | ~ zcong(v6, v4, v5) | zcong(v4,
% 217.47/39.35 zero_zero_int, v5)))
% 217.47/39.35
% 217.47/39.35 (fact_442_prime__g__5)
% 217.47/39.35 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 217.47/39.35 int] : ? [v5: int] : ? [v6: int] : (bit1(v1) = v5 & bit1(v0) = v3 &
% 217.47/39.35 bit1(pls) = v0 & bit0(v0) = v1 & number_number_of_int(v5) = v6 &
% 217.47/39.35 number_number_of_int(v3) = v4 & number_number_of_int(v1) = v2 & int(v6) &
% 217.47/39.35 int(v5) & int(v4) & int(v3) & int(v2) & int(v1) & int(v0) & ! [v7: int] :
% 217.47/39.35 (v7 = v4 | v7 = v2 | ~ int(v7) | ~ zprime(v7) | ord_less_eq_int(v6, v7)))
% 217.47/39.35
% 217.47/39.35 (fact_443_pos2)
% 217.47/39.35 nat(zero_zero_nat) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.35 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.35 int(v1) & int(v0) & ord_less_nat(zero_zero_nat, v2))
% 217.47/39.35
% 217.47/39.35 (fact_444__096_B_Bthesis_O_A_I_B_Bs1_O_A_091s1_A_094_A2_A_061_A_N1_093_A_Imod_A4_)
% 217.47/39.35 int(m) & int(pls) & int(min) & int(one_one_int) & ? [v0: int] : ? [v1: int]
% 217.47/39.35 : ? [v2: nat] : ? [v3: int] : ? [v4: int] : ? [v5: int] : ? [v6: int] :
% 217.47/39.35 ? [v7: int] : ? [v8: int] : ? [v9: int] : (number_number_of_nat(v1) = v2 &
% 217.47/39.35 power_power_int(v8, v2) = v9 & bit1(pls) = v0 & bit0(v1) = v4 & bit0(v0) =
% 217.47/39.35 v1 & number_number_of_int(v4) = v5 & number_number_of_int(min) = v3 &
% 217.47/39.35 plus_plus_int(v6, one_one_int) = v7 & times_times_int(v5, m) = v6 & nat(v2)
% 217.47/39.35 & int(v9) & int(v8) & int(v7) & int(v6) & int(v5) & int(v4) & int(v3) &
% 217.47/39.35 int(v1) & int(v0) & zcong(v9, v3, v7))
% 217.47/39.35
% 217.47/39.35 (fact_445__096Legendre_A_N1_A_I4_A_K_Am_A_L_A1_J_A_061_A1_096)
% 217.47/39.35 int(m) & int(pls) & int(min) & int(one_one_int) & ? [v0: int] : ? [v1: int]
% 217.47/39.35 : ? [v2: int] : ? [v3: int] : ? [v4: int] : ? [v5: int] : ? [v6: int] :
% 217.47/39.35 (legendre(v0, v6) = one_one_int & bit1(pls) = v1 & bit0(v2) = v3 & bit0(v1) =
% 217.47/39.35 v2 & number_number_of_int(v3) = v4 & number_number_of_int(min) = v0 &
% 217.47/39.35 plus_plus_int(v5, one_one_int) = v6 & times_times_int(v4, m) = v5 & int(v6)
% 217.47/39.35 & int(v5) & int(v4) & int(v3) & int(v2) & int(v1) & int(v0))
% 217.47/39.35
% 217.47/39.35 (fact_485_power__m1__even)
% 217.47/39.35 real(one_one_real) & int(pls) & int(min) & ? [v0: real] : ? [v1: int] : ?
% 217.47/39.35 [v2: int] : ? [v3: nat] : (number267125858f_real(min) = v0 &
% 217.47/39.35 number_number_of_nat(v2) = v3 & bit1(pls) = v1 & bit0(v1) = v2 & real(v0) &
% 217.47/39.35 nat(v3) & int(v2) & int(v1) & ! [v4: nat] : ! [v5: nat] : ( ~
% 217.47/39.35 (times_times_nat(v3, v4) = v5) | ~ nat(v4) | power_power_real(v0, v5) =
% 217.47/39.35 one_one_real))
% 217.47/39.35
% 217.47/39.35 (fact_486_power__m1__even)
% 217.47/39.36 int(pls) & int(min) & int(one_one_int) & ? [v0: int] : ? [v1: int] : ? [v2:
% 217.47/39.36 int] : ? [v3: nat] : (number_number_of_nat(v2) = v3 & bit1(pls) = v1 &
% 217.47/39.36 bit0(v1) = v2 & number_number_of_int(min) = v0 & nat(v3) & int(v2) & int(v1)
% 217.47/39.36 & int(v0) & ! [v4: nat] : ! [v5: nat] : ( ~ (times_times_nat(v3, v4) = v5)
% 217.47/39.36 | ~ nat(v4) | power_power_int(v0, v5) = one_one_int))
% 217.47/39.36
% 217.47/39.36 (fact_489_four__x__squared)
% 217.47/39.36 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: real] : ?
% 217.47/39.36 [v4: nat] : ? [v5: real] : (number267125858f_real(v2) = v3 &
% 217.47/39.36 number267125858f_real(v1) = v5 & number_number_of_nat(v1) = v4 & bit1(pls) =
% 217.47/39.36 v0 & bit0(v1) = v2 & bit0(v0) = v1 & real(v5) & real(v3) & nat(v4) & int(v2)
% 217.47/39.36 & int(v1) & int(v0) & ! [v6: real] : ! [v7: real] : ( ~
% 217.47/39.36 (times_times_real(v5, v6) = v7) | ~ real(v6) | ? [v8: real] : ? [v9:
% 217.47/39.36 real] : (times_times_real(v3, v8) = v9 & power_power_real(v7, v4) = v9 &
% 217.47/39.36 power_power_real(v6, v4) = v8 & real(v9) & real(v8))))
% 217.47/39.36
% 217.47/39.36 (fact_494__096QuadRes_A_I4_A_K_Am_A_L_A1_J_A_N1_096)
% 217.47/39.36 int(m) & int(pls) & int(min) & int(one_one_int) & ? [v0: int] : ? [v1: int]
% 217.47/39.36 : ? [v2: int] : ? [v3: int] : ? [v4: int] : ? [v5: int] : ? [v6: int] :
% 217.47/39.36 (bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 & number_number_of_int(v2) =
% 217.47/39.36 v3 & number_number_of_int(min) = v6 & plus_plus_int(v4, one_one_int) = v5 &
% 217.47/39.36 times_times_int(v3, m) = v4 & int(v6) & int(v5) & int(v4) & int(v3) &
% 217.47/39.36 int(v2) & int(v1) & int(v0) & quadRes(v5, v6))
% 217.47/39.36
% 217.47/39.36 (fact_495__0964_A_K_Am_A_L_A1_Advd_As_A_094_A2_A_N_A_N1_096)
% 217.47/39.36 int(s) & int(m) & int(pls) & int(min) & int(one_one_int) & ? [v0: int] : ?
% 217.47/39.36 [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4: int] : ? [v5: int] : ?
% 217.47/39.36 [v6: nat] : ? [v7: int] : ? [v8: int] : ? [v9: int] : (minus_minus_int(v7,
% 217.47/39.36 v8) = v9 & number_number_of_nat(v1) = v6 & power_power_int(s, v6) = v7 &
% 217.47/39.36 bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 & number_number_of_int(v2) =
% 217.47/39.36 v3 & number_number_of_int(min) = v8 & plus_plus_int(v4, one_one_int) = v5 &
% 217.47/39.36 times_times_int(v3, m) = v4 & nat(v6) & int(v9) & int(v8) & int(v7) &
% 217.47/39.36 int(v5) & int(v4) & int(v3) & int(v2) & int(v1) & int(v0) & dvd_dvd_int(v5,
% 217.47/39.36 v9))
% 217.47/39.36
% 217.47/39.36 (fact_496_neg__one__power__eq__mod__m)
% 217.47/39.36 int(pls) & int(min) & ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3:
% 217.47/39.36 int] : (bit1(pls) = v0 & bit0(v0) = v1 & number_number_of_int(v1) = v2 &
% 217.47/39.36 number_number_of_int(min) = v3 & int(v3) & int(v2) & int(v1) & int(v0) & !
% 217.47/39.36 [v4: nat] : ! [v5: nat] : ! [v6: int] : ! [v7: int] : ! [v8: int] : (v8
% 217.47/39.36 = v7 | ~ (power_power_int(v3, v5) = v8) | ~ (power_power_int(v3, v4) =
% 217.47/39.36 v7) | ~ nat(v5) | ~ nat(v4) | ~ int(v6) | ~ ord_less_int(v2, v6) |
% 217.47/39.36 ~ zcong(v7, v8, v6)))
% 217.47/39.36
% 217.47/39.36 (fact_497_zcong__neg__1__impl__ne__1)
% 217.47/39.37 int(pls) & int(min) & int(one_one_int) & ? [v0: int] : ? [v1: int] : ? [v2:
% 217.47/39.37 int] : ? [v3: int] : (bit1(pls) = v0 & bit0(v0) = v1 &
% 217.47/39.37 number_number_of_int(v1) = v2 & number_number_of_int(min) = v3 & int(v3) &
% 217.47/39.37 int(v2) & int(v1) & int(v0) & ! [v4: int] : ! [v5: int] : ( ~ int(v5) | ~
% 217.47/39.37 int(v4) | ~ ord_less_int(v2, v5) | ~ zcong(v4, v3, v5) | ~ zcong(v4,
% 217.47/39.37 one_one_int, v5)))
% 217.47/39.37
% 217.47/39.37 (fact_498__096s_A_094_A2_A_N_A_N1_A_061_As_A_094_A2_A_L_A1_096)
% 217.47/39.37 int(s) & int(pls) & int(min) & int(one_one_int) & ? [v0: int] : ? [v1: int]
% 217.47/39.37 : ? [v2: nat] : ? [v3: int] : ? [v4: int] : ? [v5: int] :
% 217.47/39.37 (minus_minus_int(v3, v4) = v5 & number_number_of_nat(v1) = v2 &
% 217.47/39.37 power_power_int(s, v2) = v3 & bit1(pls) = v0 & bit0(v0) = v1 &
% 217.47/39.37 number_number_of_int(min) = v4 & plus_plus_int(v3, one_one_int) = v5 &
% 217.47/39.37 nat(v2) & int(v5) & int(v4) & int(v3) & int(v1) & int(v0))
% 217.47/39.37
% 217.47/39.37 (fact_499__096_126_AQuadRes_A_I4_A_K_Am_A_L_A1_J_A_N1_A_061_061_062_ALegendre_A_N)
% 217.47/39.37 int(m) & int(pls) & int(min) & int(one_one_int) & ? [v0: int] : ? [v1: int]
% 217.47/39.37 : ? [v2: int] : ? [v3: int] : ? [v4: int] : ? [v5: int] : ? [v6: int] :
% 217.47/39.37 ? [v7: int] : (bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 &
% 217.47/39.37 number_number_of_int(v2) = v3 & number_number_of_int(min) = v6 &
% 217.47/39.37 plus_plus_int(v4, one_one_int) = v5 & times_times_int(v3, m) = v4 & int(v6)
% 217.47/39.37 & int(v5) & int(v4) & int(v3) & int(v2) & int(v1) & int(v0) & (quadRes(v5,
% 217.47/39.37 v6) | ( ~ (v7 = one_one_int) & legendre(v6, v5) = v7 & int(v7))))
% 217.47/39.37
% 217.47/39.37 (fact_531_zspecial__product)
% 217.47/39.37 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.47/39.37 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.47/39.37 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6:
% 217.47/39.37 int] : ! [v7: int] : ( ~ (minus_minus_int(v5, v6) = v7) | ~
% 217.47/39.37 (power_power_int(v4, v2) = v6) | ~ (power_power_int(v3, v2) = v5) | ~
% 217.47/39.37 int(v4) | ~ int(v3) | ? [v8: int] : ? [v9: int] : (minus_minus_int(v3,
% 217.47/39.37 v4) = v9 & plus_plus_int(v3, v4) = v8 & times_times_int(v8, v9) = v7 &
% 217.47/39.37 int(v9) & int(v8) & int(v7))))
% 217.47/39.37
% 217.47/39.37 (fact_537_power2__diff)
% 217.47/39.37 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: real] :
% 217.47/39.37 (number267125858f_real(v1) = v3 & number_number_of_nat(v1) = v2 & bit1(pls) =
% 217.47/39.37 v0 & bit0(v0) = v1 & real(v3) & nat(v2) & int(v1) & int(v0) & ! [v4: real]
% 217.47/39.37 : ! [v5: real] : ! [v6: real] : ! [v7: real] : ! [v8: real] : ! [v9:
% 217.47/39.37 real] : ! [v10: real] : ! [v11: real] : ( ~ (minus_minus_real(v8, v10) =
% 217.47/39.37 v11) | ~ (times_times_real(v9, v5) = v10) | ~ (times_times_real(v3,
% 217.47/39.37 v4) = v9) | ~ (power_power_real(v5, v2) = v7) | ~
% 217.47/39.37 (power_power_real(v4, v2) = v6) | ~ (plus_plus_real(v6, v7) = v8) | ~
% 217.47/39.37 real(v5) | ~ real(v4) | ? [v12: real] : (minus_minus_real(v4, v5) = v12
% 217.47/39.37 & power_power_real(v12, v2) = v11 & real(v12) & real(v11))))
% 217.47/39.37
% 217.47/39.37 (fact_538_power2__diff)
% 217.47/39.38 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] :
% 217.47/39.38 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 217.47/39.38 number_number_of_int(v1) = v3 & nat(v2) & int(v3) & int(v1) & int(v0) & !
% 217.47/39.38 [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] : ! [v8: int] : !
% 217.47/39.38 [v9: int] : ! [v10: int] : ! [v11: int] : ( ~ (minus_minus_int(v8, v10) =
% 217.47/39.38 v11) | ~ (power_power_int(v5, v2) = v7) | ~ (power_power_int(v4, v2) =
% 217.47/39.38 v6) | ~ (plus_plus_int(v6, v7) = v8) | ~ (times_times_int(v9, v5) =
% 217.47/39.38 v10) | ~ (times_times_int(v3, v4) = v9) | ~ int(v5) | ~ int(v4) | ?
% 217.47/39.38 [v12: int] : (minus_minus_int(v4, v5) = v12 & power_power_int(v12, v2) =
% 217.47/39.38 v11 & int(v12) & int(v11))))
% 217.47/39.38
% 217.47/39.38 (fact_539_zdiff__power2)
% 217.47/39.38 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] :
% 217.47/39.38 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 217.47/39.38 number_number_of_int(v1) = v3 & nat(v2) & int(v3) & int(v1) & int(v0) & !
% 217.47/39.38 [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] : ! [v8: int] : !
% 217.47/39.38 [v9: int] : ! [v10: int] : ! [v11: int] : ( ~ (minus_minus_int(v6, v8) =
% 217.47/39.38 v9) | ~ (power_power_int(v5, v2) = v10) | ~ (power_power_int(v4, v2) =
% 217.47/39.38 v6) | ~ (plus_plus_int(v9, v10) = v11) | ~ (times_times_int(v7, v5) =
% 217.47/39.38 v8) | ~ (times_times_int(v3, v4) = v7) | ~ int(v5) | ~ int(v4) | ?
% 217.47/39.38 [v12: int] : (minus_minus_int(v4, v5) = v12 & power_power_int(v12, v2) =
% 217.47/39.38 v11 & int(v12) & int(v11))))
% 217.47/39.38
% 217.47/39.38 (fact_540_zdiff__power3)
% 217.47/39.38 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 217.47/39.38 int] : ? [v5: nat] : (number_number_of_nat(v4) = v5 &
% 217.47/39.38 number_number_of_nat(v1) = v2 & bit1(v0) = v1 & bit1(pls) = v0 & bit0(v0) =
% 217.47/39.38 v4 & number_number_of_int(v1) = v3 & nat(v5) & nat(v2) & int(v4) & int(v3) &
% 217.47/39.38 int(v1) & int(v0) & ! [v6: int] : ! [v7: int] : ! [v8: int] : ! [v9:
% 217.47/39.38 int] : ! [v10: int] : ! [v11: int] : ! [v12: int] : ! [v13: int] : !
% 217.47/39.38 [v14: int] : ! [v15: int] : ! [v16: int] : ! [v17: int] : ! [v18: int] :
% 217.47/39.38 ( ~ (minus_minus_int(v16, v17) = v18) | ~ (minus_minus_int(v8, v11) = v12)
% 217.47/39.38 | ~ (power_power_int(v7, v5) = v14) | ~ (power_power_int(v7, v2) = v17)
% 217.47/39.38 | ~ (power_power_int(v6, v5) = v9) | ~ (power_power_int(v6, v2) = v8) |
% 217.47/39.38 ~ (plus_plus_int(v12, v15) = v16) | ~ (times_times_int(v13, v14) = v15) |
% 217.47/39.38 ~ (times_times_int(v10, v7) = v11) | ~ (times_times_int(v3, v9) = v10) |
% 217.47/39.38 ~ (times_times_int(v3, v6) = v13) | ~ int(v7) | ~ int(v6) | ? [v19:
% 217.47/39.38 int] : (minus_minus_int(v6, v7) = v19 & power_power_int(v19, v2) = v18 &
% 217.47/39.38 int(v19) & int(v18))))
% 217.47/39.38
% 217.47/39.38 (fact_554_Legendre__1mod4)
% 217.47/39.38 int(pls) & int(min) & int(one_one_int) & ? [v0: int] : ? [v1: int] : ? [v2:
% 217.47/39.39 int] : ? [v3: int] : ? [v4: int] : (bit1(pls) = v0 & bit0(v1) = v2 &
% 217.47/39.39 bit0(v0) = v1 & number_number_of_int(v2) = v3 & number_number_of_int(min) =
% 217.47/39.39 v4 & int(v4) & int(v3) & int(v2) & int(v1) & int(v0) & ! [v5: int] : !
% 217.47/39.39 [v6: int] : ( ~ (times_times_int(v3, v5) = v6) | ~ int(v5) | ? [v7: int] :
% 217.47/39.39 ? [v8: int] : (plus_plus_int(v6, one_one_int) = v7 & int(v7) & ( ~
% 217.47/39.39 zprime(v7) | (v8 = one_one_int & legendre(v4, v7) = one_one_int)))))
% 217.47/39.39
% 217.47/39.39 (fact_555_one__not__neg__one__mod__m)
% 217.47/39.39 int(pls) & int(min) & int(one_one_int) & ? [v0: int] : ? [v1: int] : ? [v2:
% 217.47/39.39 int] : ? [v3: int] : (bit1(pls) = v0 & bit0(v0) = v1 &
% 217.47/39.39 number_number_of_int(v1) = v2 & number_number_of_int(min) = v3 & int(v3) &
% 217.47/39.39 int(v2) & int(v1) & int(v0) & ! [v4: int] : ( ~ int(v4) | ~
% 217.47/39.39 ord_less_int(v2, v4) | ~ zcong(one_one_int, v3, v4)))
% 217.47/39.39
% 217.47/39.39 (fact_557_QuadRes__def)
% 217.80/39.39 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.80/39.39 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.80/39.39 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6:
% 217.80/39.39 int] : ( ~ (power_power_int(v5, v2) = v6) | ~ int(v5) | ~ int(v4) | ~
% 217.80/39.39 int(v3) | ~ zcong(v6, v4, v3) | quadRes(v3, v4)) & ! [v3: int] : ! [v4:
% 217.80/39.39 int] : ( ~ int(v4) | ~ int(v3) | ~ quadRes(v3, v4) | ? [v5: int] : ?
% 217.80/39.39 [v6: int] : (power_power_int(v5, v2) = v6 & int(v6) & int(v5) & zcong(v6,
% 217.80/39.39 v4, v3))))
% 217.80/39.39
% 217.80/39.39 (fact_558_real__sum__squared__expand)
% 217.80/39.39 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: real] :
% 217.80/39.39 (number267125858f_real(v1) = v3 & number_number_of_nat(v1) = v2 & bit1(pls) =
% 217.80/39.39 v0 & bit0(v0) = v1 & real(v3) & nat(v2) & int(v1) & int(v0) & ! [v4: real]
% 217.80/39.39 : ! [v5: real] : ! [v6: real] : ! [v7: real] : ! [v8: real] : ! [v9:
% 217.80/39.39 real] : ! [v10: real] : ! [v11: real] : ( ~ (times_times_real(v9, v5) =
% 217.80/39.39 v10) | ~ (times_times_real(v3, v4) = v9) | ~ (power_power_real(v5, v2)
% 217.80/39.39 = v7) | ~ (power_power_real(v4, v2) = v6) | ~ (plus_plus_real(v8, v10)
% 217.80/39.39 = v11) | ~ (plus_plus_real(v6, v7) = v8) | ~ real(v5) | ~ real(v4) |
% 217.80/39.39 ? [v12: real] : (power_power_real(v12, v2) = v11 & plus_plus_real(v4, v5)
% 217.80/39.39 = v12 & real(v12) & real(v11))))
% 217.80/39.39
% 217.80/39.39 (fact_561_diff__square)
% 217.80/39.40 int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.80/39.40 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.80/39.40 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : ! [v6:
% 217.80/39.40 nat] : ! [v7: nat] : ( ~ (minus_minus_nat(v5, v6) = v7) | ~
% 217.80/39.40 (power_power_nat(v4, v2) = v6) | ~ (power_power_nat(v3, v2) = v5) | ~
% 217.80/39.40 nat(v4) | ~ nat(v3) | ? [v8: nat] : ? [v9: nat] : (minus_minus_nat(v3,
% 217.80/39.40 v4) = v9 & times_times_nat(v8, v9) = v7 & plus_plus_nat(v3, v4) = v8 &
% 217.80/39.40 nat(v9) & nat(v8) & nat(v7))))
% 217.80/39.40
% 217.80/39.40 (fact_562_realpow__two__sum__zero__iff)
% 217.80/39.40 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.80/39.40 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.80/39.40 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6:
% 217.80/39.40 real] : (v4 = zero_zero_real | ~ (power_power_real(v4, v2) = v6) | ~
% 217.80/39.40 (power_power_real(v3, v2) = v5) | ~ (plus_plus_real(v5, v6) =
% 217.80/39.40 zero_zero_real) | ~ real(v4) | ~ real(v3)) & ! [v3: real] : ! [v4:
% 217.80/39.40 real] : ! [v5: real] : ! [v6: real] : (v3 = zero_zero_real | ~
% 217.80/39.40 (power_power_real(v4, v2) = v6) | ~ (power_power_real(v3, v2) = v5) | ~
% 217.80/39.40 (plus_plus_real(v5, v6) = zero_zero_real) | ~ real(v4) | ~ real(v3)) &
% 217.80/39.40 ! [v3: real] : ! [v4: real] : (v4 = zero_zero_real | ~
% 217.80/39.40 (power_power_real(zero_zero_real, v2) = v3) | ~ (plus_plus_real(v3, v3) =
% 217.80/39.40 v4)))
% 217.80/39.40
% 217.80/39.40 (fact_592_two__realpow__ge__one)
% 217.80/39.40 real(one_one_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: real] :
% 217.80/39.40 (number267125858f_real(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & real(v2) &
% 217.80/39.40 int(v1) & int(v0) & ! [v3: nat] : ! [v4: real] : ( ~ (power_power_real(v2,
% 217.80/39.40 v3) = v4) | ~ nat(v3) | ord_less_eq_real(one_one_real, v4)))
% 217.80/39.40
% 217.80/39.40 (fact_697_divides__cases)
% 217.80/39.40 nat(zero_zero_nat) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.80/39.40 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.80/39.40 int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : (v4 = v3 |
% 217.80/39.40 v4 = zero_zero_nat | ~ (times_times_nat(v2, v3) = v5) | ~ nat(v4) | ~
% 217.80/39.40 nat(v3) | ~ dvd_dvd_nat(v3, v4) | ord_less_eq_nat(v5, v4)))
% 217.80/39.40
% 217.80/39.40 (fact_6_p0)
% 217.80/39.40 int(m) & int(pls) & int(zero_zero_int) & int(one_one_int) & ? [v0: int] : ?
% 217.80/39.40 [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4: int] : ? [v5: int] :
% 217.80/39.40 (bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 & number_number_of_int(v2) =
% 217.80/39.40 v3 & plus_plus_int(v4, one_one_int) = v5 & times_times_int(v3, m) = v4 &
% 217.80/39.40 int(v5) & int(v4) & int(v3) & int(v2) & int(v1) & int(v0) &
% 217.80/39.40 ord_less_int(zero_zero_int, v5))
% 217.80/39.40
% 217.80/39.40 (fact_7_not__sum__power2__lt__zero)
% 217.80/39.40 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.80/39.40 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.80/39.40 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6:
% 217.80/39.40 real] : ! [v7: real] : ( ~ (power_power_real(v4, v2) = v6) | ~
% 217.80/39.40 (power_power_real(v3, v2) = v5) | ~ (plus_plus_real(v5, v6) = v7) | ~
% 217.80/39.40 real(v4) | ~ real(v3) | ~ ord_less_real(v7, zero_zero_real)))
% 217.80/39.40
% 217.80/39.40 (fact_83_le__special_I4_J)
% 217.80/39.40 real(one_one_real) & int(pls) & ? [v0: int] : (bit1(pls) = v0 & int(v0) & !
% 217.80/39.40 [v1: int] : ! [v2: real] : ( ~ (number267125858f_real(v1) = v2) | ~
% 217.80/39.40 int(v1) | ~ ord_less_eq_real(v2, one_one_real) | ord_less_eq_int(v1, v0))
% 217.80/39.40 & ! [v1: int] : ! [v2: real] : ( ~ (number267125858f_real(v1) = v2) | ~
% 217.80/39.40 int(v1) | ~ ord_less_eq_int(v1, v0) | ord_less_eq_real(v2,
% 217.80/39.40 one_one_real)))
% 217.80/39.40
% 217.80/39.40 (fact_84_le__special_I4_J)
% 217.80/39.41 int(pls) & int(one_one_int) & ? [v0: int] : (bit1(pls) = v0 & int(v0) & !
% 217.80/39.41 [v1: int] : ! [v2: int] : ( ~ (number_number_of_int(v1) = v2) | ~ int(v1)
% 217.80/39.41 | ~ ord_less_eq_int(v2, one_one_int) | ord_less_eq_int(v1, v0)) & ! [v1:
% 217.80/39.41 int] : ! [v2: int] : ( ~ (number_number_of_int(v1) = v2) | ~ int(v1) |
% 217.80/39.41 ~ ord_less_eq_int(v1, v0) | ord_less_eq_int(v2, one_one_int)))
% 217.80/39.41
% 217.80/39.41 (fact_85_le__special_I2_J)
% 217.80/39.41 real(one_one_real) & int(pls) & ? [v0: int] : (bit1(pls) = v0 & int(v0) & !
% 217.80/39.41 [v1: int] : ! [v2: real] : ( ~ (number267125858f_real(v1) = v2) | ~
% 217.80/39.41 int(v1) | ~ ord_less_eq_real(one_one_real, v2) | ord_less_eq_int(v0, v1))
% 217.80/39.41 & ! [v1: int] : ! [v2: real] : ( ~ (number267125858f_real(v1) = v2) | ~
% 217.80/39.41 int(v1) | ~ ord_less_eq_int(v0, v1) | ord_less_eq_real(one_one_real,
% 217.80/39.41 v2)))
% 217.80/39.41
% 217.80/39.41 (fact_86_le__special_I2_J)
% 217.80/39.41 int(pls) & int(one_one_int) & ? [v0: int] : (bit1(pls) = v0 & int(v0) & !
% 217.80/39.41 [v1: int] : ! [v2: int] : ( ~ (number_number_of_int(v1) = v2) | ~ int(v1)
% 217.80/39.41 | ~ ord_less_eq_int(v0, v1) | ord_less_eq_int(one_one_int, v2)) & ! [v1:
% 217.80/39.41 int] : ! [v2: int] : ( ~ (number_number_of_int(v1) = v2) | ~ int(v1) |
% 217.80/39.41 ~ ord_less_eq_int(one_one_int, v2) | ord_less_eq_int(v0, v1)))
% 217.80/39.41
% 217.80/39.41 (fact_87_nat__1__add__1)
% 217.80/39.41 nat(one_one_nat) & int(pls) & ? [v0: nat] : ? [v1: int] : ? [v2: int] :
% 217.80/39.41 (plus_plus_nat(one_one_nat, one_one_nat) = v0 & number_number_of_nat(v2) = v0
% 217.80/39.41 & bit1(pls) = v1 & bit0(v1) = v2 & nat(v0) & int(v2) & int(v1))
% 217.80/39.41
% 217.80/39.41 (fact_8_not__sum__power2__lt__zero)
% 217.80/39.41 int(pls) & int(zero_zero_int) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.80/39.41 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.80/39.41 int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6:
% 217.80/39.41 int] : ! [v7: int] : ( ~ (power_power_int(v4, v2) = v6) | ~
% 217.80/39.41 (power_power_int(v3, v2) = v5) | ~ (plus_plus_int(v5, v6) = v7) | ~
% 217.80/39.41 int(v4) | ~ int(v3) | ~ ord_less_int(v7, zero_zero_int)))
% 217.80/39.41
% 217.80/39.41 (fact_9_sum__power2__gt__zero__iff)
% 217.80/39.41 real(zero_zero_real) & int(pls) & ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.80/39.41 (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) &
% 217.80/39.41 int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6:
% 217.80/39.41 real] : ! [v7: real] : (v4 = zero_zero_real | ~ (power_power_real(v4,
% 217.80/39.41 v2) = v6) | ~ (power_power_real(v3, v2) = v5) | ~
% 217.80/39.41 (plus_plus_real(v5, v6) = v7) | ~ real(v4) | ~ real(v3) |
% 217.80/39.41 ord_less_real(zero_zero_real, v7)) & ! [v3: real] : ! [v4: real] : !
% 217.80/39.41 [v5: real] : ! [v6: real] : ! [v7: real] : (v3 = zero_zero_real | ~
% 217.80/39.41 (power_power_real(v4, v2) = v6) | ~ (power_power_real(v3, v2) = v5) | ~
% 217.80/39.41 (plus_plus_real(v5, v6) = v7) | ~ real(v4) | ~ real(v3) |
% 217.80/39.41 ord_less_real(zero_zero_real, v7)) & ! [v3: real] : ! [v4: real] : ( ~
% 217.80/39.41 (power_power_real(zero_zero_real, v2) = v3) | ~ (plus_plus_real(v3, v3) =
% 217.80/39.41 v4) | ~ ord_less_real(zero_zero_real, v4)))
% 217.80/39.41
% 217.80/39.41 (function-axioms)
% 217.80/39.42 ! [v0: nat] : ! [v1: nat] : ! [v2: nat] : ! [v3: nat] : (v1 = v0 | ~
% 217.80/39.42 (minus_minus_nat(v3, v2) = v1) | ~ (minus_minus_nat(v3, v2) = v0)) & !
% 217.80/39.42 [v0: real] : ! [v1: real] : ! [v2: real] : ! [v3: real] : (v1 = v0 | ~
% 217.80/39.42 (minus_minus_real(v3, v2) = v1) | ~ (minus_minus_real(v3, v2) = v0)) & !
% 217.80/39.42 [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3: int] : (v1 = v0 | ~
% 217.80/39.42 (minus_minus_int(v3, v2) = v1) | ~ (minus_minus_int(v3, v2) = v0)) & !
% 217.80/39.42 [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3: int] : (v1 = v0 | ~
% 217.80/39.42 (legendre(v3, v2) = v1) | ~ (legendre(v3, v2) = v0)) & ! [v0: nat] : !
% 217.80/39.42 [v1: nat] : ! [v2: nat] : ! [v3: nat] : (v1 = v0 | ~ (times_times_nat(v3,
% 217.80/39.42 v2) = v1) | ~ (times_times_nat(v3, v2) = v0)) & ! [v0: real] : ! [v1:
% 217.80/39.42 real] : ! [v2: real] : ! [v3: real] : (v1 = v0 | ~ (times_times_real(v3,
% 217.80/39.42 v2) = v1) | ~ (times_times_real(v3, v2) = v0)) & ! [v0: nat] : ! [v1:
% 217.80/39.42 nat] : ! [v2: nat] : ! [v3: nat] : (v1 = v0 | ~ (plus_plus_nat(v3, v2) =
% 217.80/39.42 v1) | ~ (plus_plus_nat(v3, v2) = v0)) & ! [v0: nat] : ! [v1: nat] : !
% 217.80/39.42 [v2: nat] : ! [v3: nat] : (v1 = v0 | ~ (power_power_nat(v3, v2) = v1) | ~
% 217.80/39.42 (power_power_nat(v3, v2) = v0)) & ! [v0: real] : ! [v1: real] : ! [v2:
% 217.80/39.42 nat] : ! [v3: real] : (v1 = v0 | ~ (power_power_real(v3, v2) = v1) | ~
% 217.80/39.42 (power_power_real(v3, v2) = v0)) & ! [v0: real] : ! [v1: real] : ! [v2:
% 217.80/39.42 real] : ! [v3: real] : (v1 = v0 | ~ (plus_plus_real(v3, v2) = v1) | ~
% 217.80/39.42 (plus_plus_real(v3, v2) = v0)) & ! [v0: int] : ! [v1: int] : ! [v2: nat]
% 217.80/39.42 : ! [v3: int] : (v1 = v0 | ~ (power_power_int(v3, v2) = v1) | ~
% 217.80/39.42 (power_power_int(v3, v2) = v0)) & ! [v0: int] : ! [v1: int] : ! [v2: int]
% 217.80/39.42 : ! [v3: int] : (v1 = v0 | ~ (plus_plus_int(v3, v2) = v1) | ~
% 217.80/39.42 (plus_plus_int(v3, v2) = v0)) & ! [v0: int] : ! [v1: int] : ! [v2: int] :
% 217.80/39.42 ! [v3: int] : (v1 = v0 | ~ (times_times_int(v3, v2) = v1) | ~
% 217.80/39.42 (times_times_int(v3, v2) = v0)) & ! [v0: real] : ! [v1: real] : ! [v2:
% 217.80/39.42 int] : (v1 = v0 | ~ (number267125858f_real(v2) = v1) | ~
% 217.80/39.42 (number267125858f_real(v2) = v0)) & ! [v0: nat] : ! [v1: nat] : ! [v2:
% 217.80/39.42 int] : (v1 = v0 | ~ (number_number_of_nat(v2) = v1) | ~
% 217.80/39.42 (number_number_of_nat(v2) = v0)) & ! [v0: int] : ! [v1: int] : ! [v2:
% 217.80/39.42 int] : (v1 = v0 | ~ (bit1(v2) = v1) | ~ (bit1(v2) = v0)) & ! [v0: int] :
% 217.80/39.42 ! [v1: int] : ! [v2: int] : (v1 = v0 | ~ (bit0(v2) = v1) | ~ (bit0(v2) =
% 217.80/39.42 v0)) & ! [v0: int] : ! [v1: int] : ! [v2: int] : (v1 = v0 | ~
% 217.80/39.42 (number_number_of_int(v2) = v1) | ~ (number_number_of_int(v2) = v0))
% 217.80/39.42
% 217.80/39.42 Further assumptions not needed in the proof:
% 217.80/39.42 --------------------------------------------
% 217.80/39.42 fact_0__096t_A_060_A0_096, fact_100_less__int__code_I14_J,
% 217.80/39.42 fact_101_rel__simps_I15_J, fact_102_less__nat__number__of,
% 217.80/39.42 fact_103_int__one__le__iff__zero__less, fact_106_zless__imp__add1__zle,
% 217.80/39.42 fact_107_add1__zle__eq, fact_108_zle__add1__eq__le,
% 217.80/39.42 fact_109_semiring__add__number__of, fact_110_semiring__add__number__of,
% 217.80/39.42 fact_111_semiring__add__number__of, fact_112_add__nat__number__of,
% 217.80/39.42 fact_113_le__imp__0__less, fact_114_eq__number__of, fact_115_eq__number__of,
% 217.80/39.42 fact_116_number__of__reorient, fact_117_number__of__reorient,
% 217.80/39.42 fact_118_number__of__reorient, fact_119_rel__simps_I51_J,
% 217.80/39.42 fact_120_rel__simps_I48_J, fact_121_zless__linear,
% 217.80/39.42 fact_122_sum__squares__eq__zero__iff, fact_123_sum__squares__eq__zero__iff,
% 217.80/39.42 fact_124_left__distrib__number__of, fact_125_left__distrib__number__of,
% 217.80/39.42 fact_126_left__distrib__number__of, fact_127_right__distrib__number__of,
% 217.80/39.42 fact_128_right__distrib__number__of, fact_129_right__distrib__number__of,
% 217.80/39.42 fact_130_zadd__assoc, fact_131_zadd__left__commute, fact_132_zadd__commute,
% 217.80/39.42 fact_133_zero__is__num__zero, fact_134_zmult__zless__mono2,
% 217.80/39.42 fact_150_sum__squares__gt__zero__iff, fact_151_sum__squares__gt__zero__iff,
% 217.80/39.42 fact_152_not__sum__squares__lt__zero, fact_153_not__sum__squares__lt__zero,
% 217.80/39.42 fact_159_mult__Bit1, fact_160_pos__zmult__eq__1__iff,
% 217.80/39.42 fact_161_double__eq__0__iff, fact_162_double__eq__0__iff,
% 217.80/39.42 fact_163_rel__simps_I46_J, fact_164_rel__simps_I39_J, fact_165_rel__simps_I50_J,
% 217.80/39.42 fact_166_rel__simps_I49_J, fact_167_rel__simps_I44_J, fact_168_rel__simps_I38_J,
% 217.80/39.42 fact_169_Bit0__Pls, fact_171_less__int__code_I16_J, fact_172_rel__simps_I17_J,
% 217.80/39.42 fact_173_rel__simps_I2_J, fact_174_less__int__code_I13_J,
% 217.80/39.42 fact_175_rel__simps_I14_J, fact_176_int__0__neq__1, fact_177_add__Pls__right,
% 217.80/39.42 fact_178_add__Pls, fact_179_add__Bit0__Bit0, fact_180_Bit0__def,
% 217.80/39.42 fact_181_zadd__0__right, fact_182_zadd__0, fact_183_zadd__strict__right__mono,
% 217.80/39.42 fact_184_double__number__of__Bit0, fact_185_double__number__of__Bit0,
% 217.80/39.42 fact_1_calculation_I1_J, fact_202_even__less__0__iff,
% 217.80/39.42 fact_203_even__less__0__iff, fact_204_semiring__numeral__0__eq__0,
% 217.80/39.42 fact_205_semiring__numeral__0__eq__0, fact_206_semiring__numeral__0__eq__0,
% 217.80/39.42 fact_207_number__of__Pls, fact_208_number__of__Pls,
% 217.80/39.42 fact_209_semiring__norm_I112_J, fact_210_semiring__norm_I112_J,
% 217.80/39.42 fact_211_add__numeral__0, fact_212_add__numeral__0,
% 217.80/39.42 fact_213_add__numeral__0__right, fact_214_add__numeral__0__right,
% 217.80/39.42 fact_215_less__number__of, fact_216_less__number__of,
% 217.80/39.42 fact_217_add__number__of__left, fact_218_add__number__of__left,
% 217.80/39.42 fact_219_add__number__of__eq, fact_220_add__number__of__eq,
% 217.80/39.42 fact_221_number__of__add, fact_222_number__of__add, fact_223_rel__simps_I12_J,
% 217.80/39.42 fact_224_less__int__code_I15_J, fact_225_rel__simps_I16_J,
% 217.80/39.42 fact_226_bin__less__0__simps_I4_J, fact_227_rel__simps_I10_J,
% 217.80/39.42 fact_228_rel__simps_I4_J, fact_229_bin__less__0__simps_I1_J,
% 217.80/39.42 fact_230_bin__less__0__simps_I3_J, fact_231_add__Bit1__Bit0,
% 217.80/39.42 fact_232_add__Bit0__Bit1, fact_233_int__0__less__1, fact_234_Bit1__def,
% 217.80/39.42 fact_235_odd__nonzero, fact_236_zless__add1__eq, fact_243_number__of__Bit0,
% 217.80/39.42 fact_244_number__of__Bit0, fact_245_number__of__Bit1, fact_246_number__of__Bit1,
% 217.80/39.42 fact_254_odd__less__0, fact_255_less__special_I3_J, fact_256_less__special_I3_J,
% 217.80/39.42 fact_257_less__special_I1_J, fact_258_less__special_I1_J,
% 217.80/39.42 fact_275_self__quotient__aux1, fact_276_self__quotient__aux2,
% 217.80/39.42 fact_285_zero__less__power__nat__eq, fact_286_zprime__zdvd__power,
% 217.80/39.42 fact_287_comm__semiring__1__class_Onormalizing__semiring__rules_I31_J,
% 217.80/39.42 fact_288_comm__semiring__1__class_Onormalizing__semiring__rules_I31_J,
% 217.80/39.42 fact_289_comm__semiring__1__class_Onormalizing__semiring__rules_I31_J,
% 217.80/39.42 fact_290_zprime__power__zdvd__cancel__right,
% 217.80/39.42 fact_291_zprime__power__zdvd__cancel__left, fact_292_zpower__zpower,
% 217.80/39.42 fact_293_zdvd__not__zless, fact_294_zdvd__antisym__nonneg,
% 217.80/39.42 fact_295_zdvd__mult__cancel, fact_296_zdvd__reduce, fact_297_zdvd__period,
% 217.80/39.42 fact_299_zdvd__imp__le, fact_300_is__mult__sum2sq, fact_301_le__nat__number__of,
% 217.80/39.42 fact_302_comm__semiring__1__class_Onormalizing__semiring__rules_I13_J,
% 217.80/39.42 fact_303_comm__semiring__1__class_Onormalizing__semiring__rules_I13_J,
% 217.80/39.42 fact_304_comm__semiring__1__class_Onormalizing__semiring__rules_I13_J,
% 217.80/39.42 fact_305_comm__semiring__1__class_Onormalizing__semiring__rules_I15_J,
% 217.80/39.42 fact_306_comm__semiring__1__class_Onormalizing__semiring__rules_I15_J,
% 217.80/39.42 fact_307_comm__semiring__1__class_Onormalizing__semiring__rules_I15_J,
% 217.80/39.42 fact_308_comm__semiring__1__class_Onormalizing__semiring__rules_I14_J,
% 217.80/39.42 fact_309_comm__semiring__1__class_Onormalizing__semiring__rules_I14_J,
% 217.80/39.42 fact_310_comm__semiring__1__class_Onormalizing__semiring__rules_I14_J,
% 217.80/39.42 fact_311_comm__semiring__1__class_Onormalizing__semiring__rules_I16_J,
% 217.80/39.42 fact_312_comm__semiring__1__class_Onormalizing__semiring__rules_I16_J,
% 217.80/39.42 fact_313_comm__semiring__1__class_Onormalizing__semiring__rules_I16_J,
% 217.80/39.42 fact_314_comm__semiring__1__class_Onormalizing__semiring__rules_I17_J,
% 217.80/39.42 fact_315_comm__semiring__1__class_Onormalizing__semiring__rules_I17_J,
% 217.80/39.42 fact_316_comm__semiring__1__class_Onormalizing__semiring__rules_I17_J,
% 217.80/39.42 fact_317_comm__semiring__1__class_Onormalizing__semiring__rules_I18_J,
% 217.80/39.42 fact_318_comm__semiring__1__class_Onormalizing__semiring__rules_I18_J,
% 217.80/39.42 fact_319_comm__semiring__1__class_Onormalizing__semiring__rules_I18_J,
% 217.80/39.42 fact_320_comm__semiring__1__class_Onormalizing__semiring__rules_I19_J,
% 217.80/39.42 fact_321_comm__semiring__1__class_Onormalizing__semiring__rules_I19_J,
% 217.80/39.42 fact_322_comm__semiring__1__class_Onormalizing__semiring__rules_I19_J,
% 217.80/39.42 fact_323_comm__semiring__1__class_Onormalizing__semiring__rules_I7_J,
% 217.80/39.42 fact_324_comm__semiring__1__class_Onormalizing__semiring__rules_I7_J,
% 217.80/39.42 fact_325_comm__semiring__1__class_Onormalizing__semiring__rules_I7_J,
% 217.80/39.42 fact_326_comm__semiring__1__class_Onormalizing__semiring__rules_I24_J,
% 217.80/39.42 fact_327_comm__semiring__1__class_Onormalizing__semiring__rules_I24_J,
% 217.80/39.42 fact_328_comm__semiring__1__class_Onormalizing__semiring__rules_I24_J,
% 217.80/39.42 fact_329_comm__semiring__1__class_Onormalizing__semiring__rules_I22_J,
% 217.80/39.42 fact_330_comm__semiring__1__class_Onormalizing__semiring__rules_I22_J,
% 217.80/39.42 fact_331_comm__semiring__1__class_Onormalizing__semiring__rules_I22_J,
% 217.80/39.42 fact_332_comm__semiring__1__class_Onormalizing__semiring__rules_I25_J,
% 217.80/39.42 fact_333_comm__semiring__1__class_Onormalizing__semiring__rules_I25_J,
% 217.80/39.42 fact_334_comm__semiring__1__class_Onormalizing__semiring__rules_I25_J,
% 217.80/39.42 fact_335_comm__semiring__1__class_Onormalizing__semiring__rules_I21_J,
% 217.80/39.42 fact_336_comm__semiring__1__class_Onormalizing__semiring__rules_I21_J,
% 217.80/39.42 fact_337_comm__semiring__1__class_Onormalizing__semiring__rules_I21_J,
% 217.80/39.42 fact_338_comm__semiring__1__class_Onormalizing__semiring__rules_I23_J,
% 217.80/39.42 fact_339_comm__semiring__1__class_Onormalizing__semiring__rules_I23_J,
% 217.80/39.42 fact_33_zle__refl,
% 217.80/39.42 fact_340_comm__semiring__1__class_Onormalizing__semiring__rules_I23_J,
% 217.80/39.42 fact_341_comm__semiring__1__class_Onormalizing__semiring__rules_I20_J,
% 217.80/39.42 fact_342_comm__semiring__1__class_Onormalizing__semiring__rules_I20_J,
% 217.80/39.42 fact_343_comm__semiring__1__class_Onormalizing__semiring__rules_I20_J,
% 217.80/39.42 fact_344_comm__semiring__1__class_Onormalizing__semiring__rules_I33_J,
% 217.80/39.42 fact_345_comm__semiring__1__class_Onormalizing__semiring__rules_I33_J,
% 217.80/39.42 fact_346_comm__semiring__1__class_Onormalizing__semiring__rules_I33_J,
% 217.80/39.42 fact_347_zero__less__power__nat__eq__number__of, fact_34_number__of__is__id,
% 217.80/39.42 fact_350_mult__nat__number__of, fact_351_nat__number__of__mult__left,
% 217.80/39.42 fact_357_comm__semiring__1__class_Onormalizing__semiring__rules_I9_J,
% 217.80/39.42 fact_358_comm__semiring__1__class_Onormalizing__semiring__rules_I9_J,
% 217.80/39.42 fact_359_comm__semiring__1__class_Onormalizing__semiring__rules_I9_J,
% 217.80/39.42 fact_35_zmult__commute,
% 217.80/39.42 fact_360_comm__semiring__1__class_Onormalizing__semiring__rules_I10_J,
% 217.80/39.42 fact_361_comm__semiring__1__class_Onormalizing__semiring__rules_I10_J,
% 217.80/39.42 fact_363_comm__semiring__1__class_Onormalizing__semiring__rules_I5_J,
% 217.80/39.42 fact_364_comm__semiring__1__class_Onormalizing__semiring__rules_I5_J,
% 217.80/39.42 fact_365_comm__semiring__1__class_Onormalizing__semiring__rules_I5_J,
% 217.80/39.42 fact_366_comm__semiring__1__class_Onormalizing__semiring__rules_I6_J,
% 217.80/39.42 fact_367_comm__semiring__1__class_Onormalizing__semiring__rules_I6_J,
% 217.80/39.42 fact_368_comm__semiring__1__class_Onormalizing__semiring__rules_I6_J,
% 217.80/39.42 fact_369_add__0__iff, fact_36_zle__linear, fact_370_add__0__iff,
% 217.80/39.42 fact_371_add__0__iff,
% 217.80/39.42 fact_372_comm__semiring__1__class_Onormalizing__semiring__rules_I34_J,
% 217.80/39.42 fact_373_comm__semiring__1__class_Onormalizing__semiring__rules_I34_J,
% 217.80/39.42 fact_374_comm__semiring__1__class_Onormalizing__semiring__rules_I34_J,
% 217.80/39.42 fact_375_crossproduct__noteq, fact_376_crossproduct__noteq,
% 217.80/39.42 fact_377_crossproduct__noteq,
% 217.80/39.42 fact_378_comm__semiring__1__class_Onormalizing__semiring__rules_I8_J,
% 217.80/39.42 fact_379_comm__semiring__1__class_Onormalizing__semiring__rules_I8_J,
% 217.80/39.42 fact_37_times__numeral__code_I5_J,
% 217.80/39.42 fact_380_comm__semiring__1__class_Onormalizing__semiring__rules_I8_J,
% 217.80/39.42 fact_381_comm__semiring__1__class_Onormalizing__semiring__rules_I1_J,
% 217.80/39.42 fact_382_comm__semiring__1__class_Onormalizing__semiring__rules_I1_J,
% 217.80/39.42 fact_383_comm__semiring__1__class_Onormalizing__semiring__rules_I1_J,
% 217.80/39.42 fact_384_crossproduct__eq, fact_385_crossproduct__eq, fact_386_crossproduct__eq,
% 217.80/39.42 fact_387_comm__semiring__1__class_Onormalizing__semiring__rules_I11_J,
% 217.80/39.42 fact_388_comm__semiring__1__class_Onormalizing__semiring__rules_I11_J,
% 217.80/39.42 fact_389_comm__semiring__1__class_Onormalizing__semiring__rules_I11_J,
% 217.80/39.42 fact_38_less__eq__number__of__int__code,
% 217.80/39.42 fact_390_comm__semiring__1__class_Onormalizing__semiring__rules_I12_J,
% 217.80/39.42 fact_391_comm__semiring__1__class_Onormalizing__semiring__rules_I12_J,
% 217.80/39.42 fact_392_comm__semiring__1__class_Onormalizing__semiring__rules_I12_J,
% 217.80/39.42 fact_393_comm__semiring__1__class_Onormalizing__semiring__rules_I30_J,
% 217.80/39.42 fact_394_comm__semiring__1__class_Onormalizing__semiring__rules_I30_J,
% 217.80/39.42 fact_395_comm__semiring__1__class_Onormalizing__semiring__rules_I30_J,
% 217.80/39.42 fact_396_comm__semiring__1__class_Onormalizing__semiring__rules_I26_J,
% 217.80/39.42 fact_397_comm__semiring__1__class_Onormalizing__semiring__rules_I26_J,
% 217.80/39.42 fact_398_comm__semiring__1__class_Onormalizing__semiring__rules_I26_J,
% 217.80/39.42 fact_399_comm__semiring__1__class_Onormalizing__semiring__rules_I32_J,
% 217.80/39.42 fact_39_le__number__of,
% 217.80/39.42 fact_400_comm__semiring__1__class_Onormalizing__semiring__rules_I32_J,
% 217.80/39.42 fact_401_comm__semiring__1__class_Onormalizing__semiring__rules_I32_J,
% 217.80/39.42 fact_402_Nat__Transfer_Otransfer__nat__int__function__closures_I5_J,
% 217.80/39.42 fact_405_add__scale__eq__noteq, fact_406_add__scale__eq__noteq,
% 217.80/39.42 fact_407_add__scale__eq__noteq,
% 217.80/39.42 fact_408_comm__semiring__1__class_Onormalizing__semiring__rules_I4_J,
% 217.80/39.42 fact_40_le__number__of,
% 217.80/39.42 fact_410_comm__semiring__1__class_Onormalizing__semiring__rules_I4_J,
% 217.80/39.42 fact_411_comm__semiring__1__class_Onormalizing__semiring__rules_I3_J,
% 217.80/39.42 fact_412_comm__semiring__1__class_Onormalizing__semiring__rules_I3_J,
% 217.80/39.42 fact_413_comm__semiring__1__class_Onormalizing__semiring__rules_I3_J,
% 217.80/39.42 fact_414_comm__semiring__1__class_Onormalizing__semiring__rules_I2_J,
% 217.80/39.42 fact_415_comm__semiring__1__class_Onormalizing__semiring__rules_I2_J,
% 217.80/39.42 fact_416_comm__semiring__1__class_Onormalizing__semiring__rules_I2_J,
% 217.80/39.42 fact_417_power__eq__0__iff__number__of, fact_418_power__eq__0__iff__number__of,
% 217.80/39.42 fact_419_power__eq__0__iff__number__of, fact_41_zmult__assoc,
% 217.80/39.42 fact_420_pos__zmult__pos,
% 217.80/39.42 fact_421_Nat__Transfer_Otransfer__nat__int__function__closures_I6_J,
% 217.80/39.42 fact_422_Nat__Transfer_Otransfer__nat__int__function__closures_I2_J,
% 217.80/39.42 fact_423_Nat__Transfer_Otransfer__nat__int__function__closures_I1_J,
% 217.80/39.42 fact_424_Nat__Transfer_Otransfer__nat__int__function__closures_I4_J,
% 217.80/39.42 fact_425_power__0__left__number__of, fact_426_power__0__left__number__of,
% 217.80/39.42 fact_427_power__0__left__number__of, fact_429_q__pos__lemma, fact_42_zle__trans,
% 217.80/39.42 fact_430_q__neg__lemma, fact_431_unique__quotient__lemma,
% 217.80/39.42 fact_432_zdiv__mono2__lemma, fact_433_unique__quotient__lemma__neg,
% 217.80/39.42 fact_434_zdiv__mono2__neg__lemma, fact_43_zle__antisym, fact_441_zprime__def,
% 217.80/39.42 fact_446_Bit1__Min, fact_447_rel__simps_I43_J, fact_448_rel__simps_I47_J,
% 217.80/39.42 fact_449_rel__simps_I40_J, fact_44_zpower__zadd__distrib,
% 217.80/39.42 fact_450_rel__simps_I37_J, fact_451_rel__simps_I42_J, fact_452_rel__simps_I45_J,
% 217.80/39.42 fact_453_rel__simps_I7_J, fact_454_rel__simps_I24_J, fact_455_rel__simps_I13_J,
% 217.80/39.42 fact_456_rel__simps_I9_J, fact_457_rel__simps_I3_J, fact_458_rel__simps_I6_J,
% 217.80/39.42 fact_459_rel__simps_I8_J, fact_45_less__eq__int__code_I16_J,
% 217.80/39.42 fact_460_bin__less__0__simps_I2_J, fact_461_rel__simps_I26_J,
% 217.80/39.42 fact_462_rel__simps_I30_J, fact_463_rel__simps_I23_J, fact_464_rel__simps_I20_J,
% 217.80/39.42 fact_465_rel__simps_I28_J, fact_466_eq__number__of__Pls__Min,
% 217.80/39.42 fact_467_rel__simps_I11_J, fact_468_rel__simps_I25_J,
% 217.80/39.42 fact_469_zmult__eq__1__iff, fact_46_rel__simps_I34_J,
% 217.80/39.42 fact_470_pos__zmult__eq__1__iff__lemma, fact_471_zcong__sym,
% 217.80/39.42 fact_472_zcong__refl, fact_473_zcong__trans,
% 217.80/39.42 fact_474_order__le__neq__implies__less, fact_475_order__le__neq__implies__less,
% 217.80/39.42 fact_476_order__le__neq__implies__less, fact_477_Euler_Oaux2,
% 217.80/39.42 fact_478_IntPrimes_Ozcong__zero, fact_479_zcong__1, fact_47_rel__simps_I19_J,
% 217.80/39.42 fact_480_zcong__zmult__self, fact_481_zcong__scalar, fact_482_zcong__scalar2,
% 217.80/39.42 fact_483_zcong__zmult, fact_484_zcong__zadd, fact_487_zcong__not,
% 217.80/39.42 fact_488_zcong__iff__lin, fact_48_less__eq__int__code_I13_J,
% 217.80/39.42 fact_490_zcong__zless__0, fact_491_zcong__zless__imp__eq,
% 217.80/39.42 fact_492_zcong__zpower__zmult, fact_493_zprime__zdvd__zmult,
% 217.80/39.42 fact_49_rel__simps_I31_J, fact_4_calculation_I2_J,
% 217.80/39.42 fact_500_not__real__square__gt__zero, fact_501_zcong__zdiff,
% 217.80/39.43 fact_502_zdvd__zdiffD, fact_503_zdiff__zmult__distrib2,
% 217.80/39.43 fact_504_zdiff__zmult__distrib, fact_505_diff__bin__simps_I7_J,
% 217.80/39.43 fact_506_diff__bin__simps_I1_J, fact_507_Int2_Oaux1, fact_508_number__of__diff,
% 217.80/39.43 fact_509_number__of__diff, fact_50_zless__le,
% 217.80/39.43 fact_510_right__diff__distrib__number__of,
% 217.80/39.43 fact_511_right__diff__distrib__number__of,
% 217.80/39.43 fact_512_left__diff__distrib__number__of,
% 217.80/39.43 fact_513_left__diff__distrib__number__of, fact_514_diff__bin__simps_I9_J,
% 217.80/39.43 fact_515_diff__bin__simps_I10_J, fact_516_diff__bin__simps_I3_J,
% 217.80/39.43 fact_517_less__bin__lemma, fact_518_xzgcda__linear__aux1, fact_519_zcong__def,
% 217.80/39.43 fact_51_zadd__left__mono, fact_520_add__number__of__diff1,
% 217.80/39.43 fact_521_add__number__of__diff1, fact_522_Euler_Oaux1, fact_523_zle__diff1__eq,
% 217.80/39.43 fact_524_diff__bin__simps_I4_J, fact_525_diff__bin__simps_I6_J,
% 217.80/39.43 fact_526_diff__bin__simps_I5_J, fact_527_inv__not__p__minus__1__aux,
% 217.80/39.43 fact_528_zcong__eq__trans, fact_529_zcong__square__zless,
% 217.80/39.43 fact_52_eq__number__of__0, fact_530_zcong__square, fact_532_zcong__id,
% 217.80/39.43 fact_533_zcong__zmult__prop2, fact_534_zcong__zmult__prop1,
% 217.80/39.43 fact_535_zcong__shift, fact_536_zcong__zpower, fact_53_eq__0__number__of,
% 217.80/39.43 fact_541_zcong__less__eq, fact_542_zcong__not__zero, fact_543_zdvd__bounds,
% 217.80/39.43 fact_544_zcong__zero__equiv__div, fact_545_zcong__eq__zdvd__prop,
% 217.80/39.43 fact_546_zprime__zdvd__zmult__better, fact_547_Int2_Ozcong__zero,
% 217.80/39.43 fact_548_zpower__zdvd__prop1, fact_549_neg__one__power,
% 217.80/39.43 fact_54_semiring__mult__number__of, fact_550_zcong__zmult__prop3,
% 217.80/39.43 fact_551_zcong__zprime__prod__zero__contra, fact_552_zcong__zprime__prod__zero,
% 217.80/39.43 fact_553_zpower__zdvd__prop2, fact_556_Legendre__def, fact_559_mult__eq__if,
% 217.80/39.43 fact_55_semiring__mult__number__of, fact_560_power__eq__if,
% 217.80/39.43 fact_563_real__zero__not__eq__one, fact_564_real__le__eq__diff,
% 217.80/39.43 fact_565_real__less__def, fact_566_less__eq__real__def,
% 217.80/39.43 fact_567_real__mult__assoc, fact_568_real__mult__commute,
% 217.80/39.43 fact_569_real__mult__1, fact_56_semiring__mult__number__of,
% 217.80/39.43 fact_570_real__add__left__mono, fact_571_add__diff__add,
% 217.80/39.43 fact_572_add__diff__add, fact_573_real__mult__left__cancel,
% 217.80/39.43 fact_574_real__mult__right__cancel, fact_575_nat__mult__eq__one,
% 217.80/39.43 fact_576_real__add__mult__distrib, fact_577_nat__power__eq__0__iff,
% 217.80/39.43 fact_578_mult__diff__mult, fact_579_mult__diff__mult,
% 217.80/39.43 fact_57_mult__number__of__left, fact_580_real__mult__le__cancel__iff1,
% 217.80/39.43 fact_581_real__mult__le__cancel__iff2, fact_582_real__mult__less__mono2,
% 217.80/39.43 fact_583_real__mult__order, fact_584_real__mult__less__iff1,
% 217.80/39.43 fact_585_real__two__squares__add__zero__iff, fact_586_exp__eq__1,
% 217.80/39.43 fact_587_real__squared__diff__one__factored,
% 217.80/39.43 fact_588_real__squared__diff__one__factored, fact_589_realpow__minus__mult,
% 217.80/39.43 fact_58_mult__number__of__left, fact_590_realpow__minus__mult,
% 217.80/39.43 fact_591_realpow__minus__mult, fact_593_realpow__num__eq__if,
% 217.80/39.43 fact_594_realpow__num__eq__if, fact_595_realpow__num__eq__if,
% 217.80/39.43 fact_596_power__strict__mono, fact_597_power__strict__mono,
% 217.80/39.43 fact_598_power__strict__mono, fact_599_real__le__refl,
% 217.80/39.43 fact_59_arith__simps_I32_J, fact_5__096_126_A1_A_060_061_At_096,
% 217.80/39.43 fact_600_real__le__linear, fact_601_real__le__trans, fact_602_real__le__antisym,
% 217.80/39.43 fact_603_field__power__not__zero, fact_604_field__power__not__zero,
% 217.80/39.43 fact_605_power__mult__distrib, fact_606_power__mult__distrib,
% 217.80/39.43 fact_607_power__mult__distrib, fact_608_power__commutes,
% 217.80/39.43 fact_609_power__commutes, fact_60_arith__simps_I32_J, fact_610_power__commutes,
% 217.80/39.43 fact_611_power__one, fact_612_power__one, fact_613_power__one,
% 217.80/39.43 fact_614_dvd__power__same, fact_615_dvd__power__same, fact_616_dvd__power__same,
% 217.80/39.43 fact_617_power__mult, fact_618_power__mult, fact_619_power__mult,
% 217.80/39.43 fact_61_number__of__mult, fact_620_power__one__right,
% 217.80/39.43 fact_621_power__one__right, fact_622_power__one__right, fact_623_power__mono,
% 217.80/39.43 fact_624_power__mono, fact_625_power__mono, fact_626_zero__le__power,
% 217.80/39.43 fact_627_zero__le__power, fact_628_zero__le__power, fact_629_zero__less__power,
% 217.80/39.43 fact_62_number__of__mult, fact_630_zero__less__power,
% 217.80/39.43 fact_631_zero__less__power, fact_632_one__le__power, fact_633_one__le__power,
% 217.80/39.43 fact_634_one__le__power, fact_635_power__inject__exp,
% 217.80/39.43 fact_636_power__inject__exp, fact_637_power__inject__exp,
% 217.80/39.43 fact_638_power__eq__0__iff, fact_639_power__eq__0__iff,
% 217.80/39.43 fact_63_sum__squares__le__zero__iff, fact_640_power__eq__0__iff,
% 217.80/39.43 fact_641_power__0, fact_642_power__0, fact_643_power__0, fact_644_power__add,
% 217.80/39.43 fact_645_power__add, fact_646_power__add, fact_647_power__le__dvd,
% 217.80/39.43 fact_648_power__le__dvd, fact_649_power__le__dvd,
% 217.80/39.43 fact_64_sum__squares__le__zero__iff, fact_650_dvd__power__le,
% 217.80/39.43 fact_651_dvd__power__le, fact_652_dvd__power__le, fact_653_le__imp__power__dvd,
% 217.80/39.43 fact_654_le__imp__power__dvd, fact_655_le__imp__power__dvd,
% 217.80/39.43 fact_656_nat__power__less__imp__less, fact_657_nat__zero__less__power__iff,
% 217.80/39.43 fact_658_power__less__imp__less__base, fact_659_power__less__imp__less__base,
% 217.80/39.43 fact_65_sum__squares__ge__zero, fact_660_power__less__imp__less__base,
% 217.80/39.43 fact_661_power__less__power__Suc, fact_662_power__less__power__Suc,
% 217.80/39.43 fact_663_power__less__power__Suc, fact_664_power__gt1__lemma,
% 217.80/39.43 fact_665_power__gt1__lemma, fact_666_power__gt1__lemma, fact_667_power__0__left,
% 217.80/39.43 fact_668_power__0__left, fact_669_power__0__left,
% 217.80/39.43 fact_66_sum__squares__ge__zero, fact_670_power__strict__increasing,
% 217.80/39.43 fact_671_power__strict__increasing, fact_672_power__strict__increasing,
% 217.80/39.43 fact_673_power__less__imp__less__exp, fact_674_power__less__imp__less__exp,
% 217.80/39.43 fact_675_power__less__imp__less__exp, fact_676_power__strict__increasing__iff,
% 217.80/39.43 fact_677_power__strict__increasing__iff,
% 217.80/39.43 fact_678_power__strict__increasing__iff, fact_679_power__increasing,
% 217.80/39.43 fact_67_le__special_I3_J, fact_680_power__increasing,
% 217.80/39.43 fact_681_power__increasing, fact_682_power__Suc__less,
% 217.80/39.43 fact_683_power__Suc__less, fact_684_power__Suc__less,
% 217.80/39.43 fact_685_power__strict__decreasing, fact_686_realpow__pos__nth__unique,
% 217.80/39.43 fact_687_divides__ge, fact_688_divides__exp, fact_689_divides__mul__l,
% 217.80/39.43 fact_68_le__special_I3_J, fact_690_divides__mul__r, fact_691_divides__add__revr,
% 217.80/39.43 fact_692_nat__mult__dvd__cancel__disj_H, fact_693_divides__rev,
% 217.80/39.43 fact_694_divides__exp2, fact_695_divides__div__not,
% 217.80/39.43 fact_696_power__dvd__imp__le, fact_69_le__special_I1_J,
% 217.80/39.43 fact_70_le__special_I1_J, fact_71_less__0__number__of,
% 217.80/39.43 fact_72_le__number__of__eq__not__less, fact_73_le__number__of__eq__not__less,
% 217.80/39.43 fact_74_le__number__of__eq__not__less, fact_75_rel__simps_I22_J,
% 217.80/39.43 fact_76_less__eq__int__code_I14_J, fact_77_rel__simps_I32_J,
% 217.80/39.43 fact_78_rel__simps_I27_J, fact_79_rel__simps_I21_J, fact_80_zadd__zless__mono,
% 217.80/39.43 fact_81_nat__number__of__Pls, fact_82_semiring__norm_I113_J, fact_88_mult__Pls,
% 217.80/39.43 fact_89_mult__Bit0, fact_90_less__number__of__int__code,
% 217.80/39.43 fact_91_zmult__1__right, fact_92_zmult__1, fact_93_plus__numeral__code_I9_J,
% 217.80/39.43 fact_94_zadd__zmult__distrib, fact_95_zadd__zmult__distrib2,
% 217.80/39.43 fact_96_rel__simps_I29_J, fact_97_rel__simps_I5_J,
% 217.80/39.43 fact_98_less__eq__int__code_I15_J, fact_99_rel__simps_I33_J
% 217.80/39.43
% 217.80/39.43 Those formulas are unsatisfiable:
% 217.80/39.43 ---------------------------------
% 217.80/39.43
% 217.80/39.43 Begin of proof
% 217.80/39.44 |
% 217.80/39.44 | ALPHA: (fact_2__096_I4_A_K_Am_A_L_A1_J_A_K_At_A_060_A_I4_A_K_Am_A_L_A1_J_A_K_A0_096)
% 217.80/39.44 | implies:
% 217.80/39.44 | (1) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 217.80/39.44 | int] : ? [v5: int] : ? [v6: int] : ? [v7: int] : (bit1(pls) = v0 &
% 217.80/39.44 | bit0(v1) = v2 & bit0(v0) = v1 & number_number_of_int(v2) = v3 &
% 217.80/39.44 | plus_plus_int(v4, one_one_int) = v5 & times_times_int(v5, t) = v6 &
% 217.80/39.44 | times_times_int(v5, zero_zero_int) = v7 & times_times_int(v3, m) = v4
% 217.80/39.44 | & int(v7) & int(v6) & int(v5) & int(v4) & int(v3) & int(v2) & int(v1)
% 217.80/39.44 | & int(v0) & ord_less_int(v6, v7))
% 217.80/39.44 |
% 217.80/39.44 | ALPHA: (fact_3_t) implies:
% 217.80/39.45 | (2) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 217.80/39.45 | int] : ? [v5: int] : ? [v6: int] : ? [v7: int] : ? [v8: int] :
% 217.80/39.45 | (number_number_of_nat(v1) = v2 & power_power_int(s, v2) = v3 &
% 217.80/39.45 | bit1(pls) = v0 & bit0(v1) = v5 & bit0(v0) = v1 &
% 217.80/39.45 | number_number_of_int(v5) = v6 & plus_plus_int(v7, one_one_int) = v8 &
% 217.80/39.45 | plus_plus_int(v3, one_one_int) = v4 & times_times_int(v8, t) = v4 &
% 217.80/39.45 | times_times_int(v6, m) = v7 & nat(v2) & int(v8) & int(v7) & int(v6) &
% 217.80/39.45 | int(v5) & int(v4) & int(v3) & int(v1) & int(v0))
% 217.80/39.45 |
% 217.80/39.45 | ALPHA: (fact_6_p0) implies:
% 217.80/39.45 | (3) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 217.80/39.45 | int] : ? [v5: int] : (bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1
% 217.80/39.45 | & number_number_of_int(v2) = v3 & plus_plus_int(v4, one_one_int) = v5
% 217.80/39.45 | & times_times_int(v3, m) = v4 & int(v5) & int(v4) & int(v3) & int(v2)
% 217.80/39.45 | & int(v1) & int(v0) & ord_less_int(zero_zero_int, v5))
% 217.80/39.45 |
% 217.80/39.45 | ALPHA: (fact_7_not__sum__power2__lt__zero) implies:
% 217.80/39.45 | (4) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.45 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0) &
% 217.80/39.45 | ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6: real] : !
% 217.80/39.45 | [v7: real] : ( ~ (power_power_real(v4, v2) = v6) | ~
% 217.80/39.45 | (power_power_real(v3, v2) = v5) | ~ (plus_plus_real(v5, v6) = v7)
% 217.80/39.45 | | ~ real(v4) | ~ real(v3) | ~ ord_less_real(v7,
% 217.80/39.45 | zero_zero_real)))
% 217.80/39.45 |
% 217.80/39.45 | ALPHA: (fact_8_not__sum__power2__lt__zero) implies:
% 217.80/39.45 | (5) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.45 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0) &
% 217.80/39.45 | ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7:
% 217.80/39.45 | int] : ( ~ (power_power_int(v4, v2) = v6) | ~ (power_power_int(v3,
% 217.80/39.45 | v2) = v5) | ~ (plus_plus_int(v5, v6) = v7) | ~ int(v4) | ~
% 217.80/39.45 | int(v3) | ~ ord_less_int(v7, zero_zero_int)))
% 217.80/39.45 |
% 217.80/39.45 | ALPHA: (fact_9_sum__power2__gt__zero__iff) implies:
% 217.80/39.45 | (6) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.45 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0) &
% 217.80/39.45 | ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6: real] : !
% 217.80/39.45 | [v7: real] : (v4 = zero_zero_real | ~ (power_power_real(v4, v2) =
% 217.80/39.45 | v6) | ~ (power_power_real(v3, v2) = v5) | ~ (plus_plus_real(v5,
% 217.80/39.45 | v6) = v7) | ~ real(v4) | ~ real(v3) |
% 217.80/39.45 | ord_less_real(zero_zero_real, v7)) & ! [v3: real] : ! [v4: real]
% 217.80/39.45 | : ! [v5: real] : ! [v6: real] : ! [v7: real] : (v3 =
% 217.80/39.45 | zero_zero_real | ~ (power_power_real(v4, v2) = v6) | ~
% 217.80/39.45 | (power_power_real(v3, v2) = v5) | ~ (plus_plus_real(v5, v6) = v7)
% 217.80/39.45 | | ~ real(v4) | ~ real(v3) | ord_less_real(zero_zero_real, v7)) &
% 217.80/39.45 | ! [v3: real] : ! [v4: real] : ( ~ (power_power_real(zero_zero_real,
% 217.80/39.45 | v2) = v3) | ~ (plus_plus_real(v3, v3) = v4) | ~
% 217.80/39.45 | ord_less_real(zero_zero_real, v4)))
% 217.80/39.45 |
% 217.80/39.45 | ALPHA: (fact_10_sum__power2__gt__zero__iff) implies:
% 217.80/39.46 | (7) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.46 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0) &
% 217.80/39.46 | ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7:
% 217.80/39.46 | int] : (v4 = zero_zero_int | ~ (power_power_int(v4, v2) = v6) | ~
% 217.80/39.46 | (power_power_int(v3, v2) = v5) | ~ (plus_plus_int(v5, v6) = v7) |
% 217.80/39.46 | ~ int(v4) | ~ int(v3) | ord_less_int(zero_zero_int, v7)) & ! [v3:
% 217.80/39.46 | int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] :
% 217.80/39.46 | (v3 = zero_zero_int | ~ (power_power_int(v4, v2) = v6) | ~
% 217.80/39.46 | (power_power_int(v3, v2) = v5) | ~ (plus_plus_int(v5, v6) = v7) |
% 217.80/39.46 | ~ int(v4) | ~ int(v3) | ord_less_int(zero_zero_int, v7)) & ! [v3:
% 217.80/39.46 | int] : ! [v4: int] : ( ~ (power_power_int(zero_zero_int, v2) = v3)
% 217.80/39.46 | | ~ (plus_plus_int(v3, v3) = v4) | ~ ord_less_int(zero_zero_int,
% 217.80/39.46 | v4)))
% 217.80/39.46 |
% 217.80/39.46 | ALPHA: (fact_12_sum__power2__eq__zero__iff) implies:
% 217.80/39.46 | (8) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.46 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0) &
% 217.80/39.46 | ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : (v4 =
% 217.80/39.46 | zero_zero_int | ~ (power_power_int(v4, v2) = v6) | ~
% 217.80/39.46 | (power_power_int(v3, v2) = v5) | ~ (plus_plus_int(v5, v6) =
% 217.80/39.46 | zero_zero_int) | ~ int(v4) | ~ int(v3)) & ! [v3: int] : !
% 217.80/39.46 | [v4: int] : ! [v5: int] : ! [v6: int] : (v3 = zero_zero_int | ~
% 217.80/39.46 | (power_power_int(v4, v2) = v6) | ~ (power_power_int(v3, v2) = v5)
% 217.80/39.46 | | ~ (plus_plus_int(v5, v6) = zero_zero_int) | ~ int(v4) | ~
% 217.80/39.46 | int(v3)) & ! [v3: int] : ! [v4: int] : (v4 = zero_zero_int | ~
% 217.80/39.46 | (power_power_int(zero_zero_int, v2) = v3) | ~ (plus_plus_int(v3,
% 217.80/39.46 | v3) = v4)))
% 217.80/39.46 |
% 217.80/39.46 | ALPHA: (fact_13_power2__less__0) implies:
% 217.80/39.46 | (9) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.46 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0) &
% 217.80/39.46 | ! [v3: real] : ! [v4: real] : ( ~ (power_power_real(v3, v2) = v4) |
% 217.80/39.46 | ~ real(v3) | ~ ord_less_real(v4, zero_zero_real)))
% 217.80/39.46 |
% 217.80/39.46 | ALPHA: (fact_14_power2__less__0) implies:
% 217.80/39.46 | (10) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.46 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 217.80/39.46 | & ! [v3: int] : ! [v4: int] : ( ~ (power_power_int(v3, v2) = v4) |
% 217.80/39.46 | ~ int(v3) | ~ ord_less_int(v4, zero_zero_int)))
% 217.80/39.46 |
% 217.80/39.46 | ALPHA: (fact_15_zero__less__power2) implies:
% 217.80/39.46 | (11) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.46 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 217.80/39.46 | & ! [v3: real] : ! [v4: real] : (v3 = zero_zero_real | ~
% 217.80/39.46 | (power_power_real(v3, v2) = v4) | ~ real(v3) |
% 217.80/39.46 | ord_less_real(zero_zero_real, v4)) & ! [v3: real] : ( ~
% 217.80/39.46 | (power_power_real(zero_zero_real, v2) = v3) | ~
% 217.80/39.46 | ord_less_real(zero_zero_real, v3)))
% 217.80/39.46 |
% 217.80/39.46 | ALPHA: (fact_16_zero__less__power2) implies:
% 217.80/39.46 | (12) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.46 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 217.80/39.46 | & ! [v3: int] : ! [v4: int] : (v3 = zero_zero_int | ~
% 217.80/39.46 | (power_power_int(v3, v2) = v4) | ~ int(v3) |
% 217.80/39.46 | ord_less_int(zero_zero_int, v4)) & ! [v3: int] : ( ~
% 217.80/39.46 | (power_power_int(zero_zero_int, v2) = v3) | ~
% 217.80/39.46 | ord_less_int(zero_zero_int, v3)))
% 217.80/39.46 |
% 217.80/39.46 | ALPHA: (fact_17_one__power2) implies:
% 217.80/39.46 | (13) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.80/39.46 | (power_power_real(one_one_real, v2) = one_one_real &
% 217.80/39.46 | number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 217.80/39.46 | nat(v2) & int(v1) & int(v0))
% 217.80/39.46 |
% 217.80/39.46 | ALPHA: (fact_18_one__power2) implies:
% 217.80/39.46 | (14) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.80/39.46 | (power_power_nat(one_one_nat, v2) = one_one_nat &
% 217.80/39.46 | number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 217.80/39.46 | nat(v2) & int(v1) & int(v0))
% 217.80/39.46 |
% 217.80/39.47 | ALPHA: (fact_19_one__power2) implies:
% 217.80/39.47 | (15) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.47 | = v2 & power_power_int(one_one_int, v2) = one_one_int & bit1(pls) =
% 217.80/39.47 | v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0))
% 217.80/39.47 |
% 217.80/39.47 | ALPHA: (fact_20_zero__power2) implies:
% 217.80/39.47 | (16) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.80/39.47 | (power_power_real(zero_zero_real, v2) = zero_zero_real &
% 217.80/39.47 | number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 217.80/39.47 | nat(v2) & int(v1) & int(v0))
% 217.80/39.47 |
% 217.80/39.47 | ALPHA: (fact_21_zero__power2) implies:
% 217.80/39.47 | (17) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 217.80/39.47 | (power_power_nat(zero_zero_nat, v2) = zero_zero_nat &
% 217.80/39.47 | number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 217.80/39.47 | nat(v2) & int(v1) & int(v0))
% 217.80/39.47 |
% 217.80/39.47 | ALPHA: (fact_22_zero__power2) implies:
% 217.80/39.47 | (18) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.47 | = v2 & power_power_int(zero_zero_int, v2) = zero_zero_int &
% 217.80/39.47 | bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0))
% 217.80/39.47 |
% 217.80/39.47 | ALPHA: (fact_23_zero__eq__power2) implies:
% 217.80/39.47 | (19) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.47 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 217.80/39.47 | & ! [v3: real] : (v3 = zero_zero_real | ~ (power_power_real(v3,
% 217.80/39.47 | v2) = zero_zero_real) | ~ real(v3)) & ! [v3: real] : (v3 =
% 217.80/39.47 | zero_zero_real | ~ (power_power_real(zero_zero_real, v2) = v3)))
% 217.80/39.47 |
% 217.80/39.47 | ALPHA: (fact_24_zero__eq__power2) implies:
% 217.80/39.47 | (20) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 217.80/39.47 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 217.80/39.47 | & ! [v3: int] : (v3 = zero_zero_int | ~ (power_power_int(v3, v2) =
% 217.80/39.47 | zero_zero_int) | ~ int(v3)) & ! [v3: int] : (v3 =
% 217.80/39.47 | zero_zero_int | ~ (power_power_int(zero_zero_int, v2) = v3)))
% 217.80/39.47 |
% 217.80/39.47 | ALPHA: (fact_25_add__special_I2_J) implies:
% 218.13/39.47 | (21) ? [v0: int] : (bit1(pls) = v0 & int(v0) & ! [v1: int] : ! [v2: int]
% 218.13/39.47 | : ( ~ (plus_plus_int(v0, v1) = v2) | ~ int(v1) | ? [v3: real] : ?
% 218.13/39.47 | [v4: real] : (number267125858f_real(v2) = v4 &
% 218.13/39.47 | number267125858f_real(v1) = v3 & plus_plus_real(one_one_real,
% 218.13/39.47 | v3) = v4 & real(v4) & real(v3))))
% 218.13/39.47 |
% 218.13/39.47 | ALPHA: (fact_26_add__special_I2_J) implies:
% 218.13/39.47 | (22) ? [v0: int] : (bit1(pls) = v0 & int(v0) & ! [v1: int] : ! [v2: int]
% 218.13/39.47 | : ( ~ (plus_plus_int(v0, v1) = v2) | ~ int(v1) | ? [v3: int] : ?
% 218.13/39.47 | [v4: int] : (number_number_of_int(v2) = v4 &
% 218.13/39.47 | number_number_of_int(v1) = v3 & plus_plus_int(one_one_int, v3) =
% 218.13/39.47 | v4 & int(v4) & int(v3))))
% 218.13/39.47 |
% 218.13/39.47 | ALPHA: (fact_27_add__special_I3_J) implies:
% 218.13/39.47 | (23) ? [v0: int] : (bit1(pls) = v0 & int(v0) & ! [v1: int] : ! [v2: int]
% 218.13/39.47 | : ( ~ (plus_plus_int(v1, v0) = v2) | ~ int(v1) | ? [v3: real] : ?
% 218.13/39.47 | [v4: real] : (number267125858f_real(v2) = v4 &
% 218.13/39.47 | number267125858f_real(v1) = v3 & plus_plus_real(v3,
% 218.13/39.47 | one_one_real) = v4 & real(v4) & real(v3))))
% 218.13/39.47 |
% 218.13/39.47 | ALPHA: (fact_28_add__special_I3_J) implies:
% 218.13/39.47 | (24) ? [v0: int] : (bit1(pls) = v0 & int(v0) & ! [v1: int] : ! [v2: int]
% 218.13/39.47 | : ( ~ (plus_plus_int(v1, v0) = v2) | ~ int(v1) | ? [v3: int] : ?
% 218.13/39.47 | [v4: int] : (number_number_of_int(v2) = v4 &
% 218.13/39.47 | number_number_of_int(v1) = v3 & plus_plus_int(v3, one_one_int) =
% 218.13/39.47 | v4 & int(v4) & int(v3))))
% 218.13/39.47 |
% 218.13/39.47 | ALPHA: (fact_29_t__l__p) implies:
% 218.13/39.48 | (25) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.13/39.48 | int] : ? [v5: int] : (bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) =
% 218.13/39.48 | v1 & number_number_of_int(v2) = v3 & plus_plus_int(v4, one_one_int)
% 218.13/39.48 | = v5 & times_times_int(v3, m) = v4 & int(v5) & int(v4) & int(v3) &
% 218.13/39.48 | int(v2) & int(v1) & int(v0) & ord_less_int(t, v5))
% 218.13/39.48 |
% 218.13/39.48 | ALPHA: (fact_30__096_B_Bthesis_O_A_I_B_Bt_O_As_A_094_A2_A_L_A1_A_061_A_I4_A_K_Am_A_L_A1_)
% 218.13/39.48 | implies:
% 218.13/39.48 | (26) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 218.13/39.48 | int] : ? [v5: int] : ? [v6: int] : ? [v7: int] : ? [v8: int] :
% 218.13/39.48 | ? [v9: int] : (number_number_of_nat(v1) = v2 & power_power_int(s, v2)
% 218.13/39.48 | = v3 & bit1(pls) = v0 & bit0(v1) = v5 & bit0(v0) = v1 &
% 218.13/39.48 | number_number_of_int(v5) = v6 & plus_plus_int(v7, one_one_int) = v8
% 218.13/39.48 | & plus_plus_int(v3, one_one_int) = v4 & times_times_int(v8, v9) = v4
% 218.13/39.48 | & times_times_int(v6, m) = v7 & nat(v2) & int(v9) & int(v8) &
% 218.13/39.48 | int(v7) & int(v6) & int(v5) & int(v4) & int(v3) & int(v1) & int(v0))
% 218.13/39.48 |
% 218.13/39.48 | ALPHA: (fact_31_p) implies:
% 218.13/39.48 | (27) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.13/39.48 | int] : ? [v5: int] : (bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) =
% 218.13/39.48 | v1 & number_number_of_int(v2) = v3 & plus_plus_int(v4, one_one_int)
% 218.13/39.48 | = v5 & times_times_int(v3, m) = v4 & int(v5) & int(v4) & int(v3) &
% 218.13/39.48 | int(v2) & int(v1) & int(v0) & zprime(v5))
% 218.13/39.48 |
% 218.13/39.48 | ALPHA: (fact_32_qf1pt) implies:
% 218.16/39.48 | (28) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.16/39.48 | int] : ? [v5: int] : ? [v6: int] : (bit1(pls) = v0 & bit0(v1) = v2
% 218.16/39.48 | & bit0(v0) = v1 & number_number_of_int(v2) = v3 & plus_plus_int(v4,
% 218.16/39.48 | one_one_int) = v5 & times_times_int(v5, t) = v6 &
% 218.16/39.48 | times_times_int(v3, m) = v4 & int(v6) & int(v5) & int(v4) & int(v3)
% 218.16/39.48 | & int(v2) & int(v1) & int(v0) & twoSqu512355103sum2sq(v6))
% 218.16/39.48 |
% 218.16/39.48 | ALPHA: (fact_83_le__special_I4_J) implies:
% 218.16/39.48 | (29) ? [v0: int] : (bit1(pls) = v0 & int(v0) & ! [v1: int] : ! [v2:
% 218.16/39.48 | real] : ( ~ (number267125858f_real(v1) = v2) | ~ int(v1) | ~
% 218.16/39.48 | ord_less_eq_real(v2, one_one_real) | ord_less_eq_int(v1, v0)) & !
% 218.16/39.48 | [v1: int] : ! [v2: real] : ( ~ (number267125858f_real(v1) = v2) |
% 218.16/39.48 | ~ int(v1) | ~ ord_less_eq_int(v1, v0) | ord_less_eq_real(v2,
% 218.16/39.48 | one_one_real)))
% 218.16/39.48 |
% 218.16/39.48 | ALPHA: (fact_84_le__special_I4_J) implies:
% 218.16/39.48 | (30) ? [v0: int] : (bit1(pls) = v0 & int(v0) & ! [v1: int] : ! [v2: int]
% 218.16/39.48 | : ( ~ (number_number_of_int(v1) = v2) | ~ int(v1) | ~
% 218.16/39.48 | ord_less_eq_int(v2, one_one_int) | ord_less_eq_int(v1, v0)) & !
% 218.16/39.48 | [v1: int] : ! [v2: int] : ( ~ (number_number_of_int(v1) = v2) | ~
% 218.16/39.48 | int(v1) | ~ ord_less_eq_int(v1, v0) | ord_less_eq_int(v2,
% 218.16/39.48 | one_one_int)))
% 218.16/39.48 |
% 218.16/39.48 | ALPHA: (fact_85_le__special_I2_J) implies:
% 218.16/39.48 | (31) ? [v0: int] : (bit1(pls) = v0 & int(v0) & ! [v1: int] : ! [v2:
% 218.16/39.48 | real] : ( ~ (number267125858f_real(v1) = v2) | ~ int(v1) | ~
% 218.16/39.48 | ord_less_eq_real(one_one_real, v2) | ord_less_eq_int(v0, v1)) & !
% 218.16/39.48 | [v1: int] : ! [v2: real] : ( ~ (number267125858f_real(v1) = v2) |
% 218.16/39.48 | ~ int(v1) | ~ ord_less_eq_int(v0, v1) |
% 218.16/39.48 | ord_less_eq_real(one_one_real, v2)))
% 218.16/39.48 |
% 218.16/39.48 | ALPHA: (fact_86_le__special_I2_J) implies:
% 218.16/39.48 | (32) ? [v0: int] : (bit1(pls) = v0 & int(v0) & ! [v1: int] : ! [v2: int]
% 218.16/39.48 | : ( ~ (number_number_of_int(v1) = v2) | ~ int(v1) | ~
% 218.16/39.48 | ord_less_eq_int(v0, v1) | ord_less_eq_int(one_one_int, v2)) & !
% 218.16/39.48 | [v1: int] : ! [v2: int] : ( ~ (number_number_of_int(v1) = v2) | ~
% 218.16/39.48 | int(v1) | ~ ord_less_eq_int(one_one_int, v2) |
% 218.16/39.48 | ord_less_eq_int(v0, v1)))
% 218.16/39.48 |
% 218.16/39.48 | ALPHA: (fact_135_power2__eq__imp__eq) implies:
% 218.16/39.49 | (33) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.49 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.49 | & ! [v3: real] : ! [v4: real] : ! [v5: real] : (v4 = v3 | ~
% 218.16/39.49 | (power_power_real(v4, v2) = v5) | ~ (power_power_real(v3, v2) =
% 218.16/39.49 | v5) | ~ real(v4) | ~ real(v3) | ~
% 218.16/39.49 | ord_less_eq_real(zero_zero_real, v4) | ~
% 218.16/39.49 | ord_less_eq_real(zero_zero_real, v3)))
% 218.16/39.49 |
% 218.16/39.49 | ALPHA: (fact_136_power2__eq__imp__eq) implies:
% 218.16/39.49 | (34) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.49 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.49 | & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : (v4 = v3 | ~
% 218.16/39.49 | (power_power_nat(v4, v2) = v5) | ~ (power_power_nat(v3, v2) = v5)
% 218.16/39.49 | | ~ nat(v4) | ~ nat(v3) | ~ ord_less_eq_nat(zero_zero_nat, v4)
% 218.16/39.49 | | ~ ord_less_eq_nat(zero_zero_nat, v3)))
% 218.16/39.49 |
% 218.16/39.49 | ALPHA: (fact_137_power2__eq__imp__eq) implies:
% 218.16/39.49 | (35) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.49 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.49 | & ! [v3: int] : ! [v4: int] : ! [v5: int] : (v4 = v3 | ~
% 218.16/39.49 | (power_power_int(v4, v2) = v5) | ~ (power_power_int(v3, v2) = v5)
% 218.16/39.49 | | ~ int(v4) | ~ int(v3) | ~ ord_less_eq_int(zero_zero_int, v4)
% 218.16/39.49 | | ~ ord_less_eq_int(zero_zero_int, v3)))
% 218.16/39.49 |
% 218.16/39.49 | ALPHA: (fact_138_power2__le__imp__le) implies:
% 218.16/39.49 | (36) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.49 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.49 | & ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6: real] : (
% 218.16/39.49 | ~ (power_power_real(v4, v2) = v6) | ~ (power_power_real(v3, v2) =
% 218.16/39.49 | v5) | ~ real(v4) | ~ real(v3) | ~ ord_less_eq_real(v5, v6) |
% 218.16/39.49 | ~ ord_less_eq_real(zero_zero_real, v4) | ord_less_eq_real(v3,
% 218.16/39.49 | v4)))
% 218.16/39.49 |
% 218.16/39.49 | ALPHA: (fact_139_power2__le__imp__le) implies:
% 218.16/39.49 | (37) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.49 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.49 | & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : ! [v6: nat] : ( ~
% 218.16/39.49 | (power_power_nat(v4, v2) = v6) | ~ (power_power_nat(v3, v2) = v5)
% 218.16/39.49 | | ~ nat(v4) | ~ nat(v3) | ~ ord_less_eq_nat(v5, v6) | ~
% 218.16/39.49 | ord_less_eq_nat(zero_zero_nat, v4) | ord_less_eq_nat(v3, v4)))
% 218.16/39.49 |
% 218.16/39.49 | ALPHA: (fact_140_power2__le__imp__le) implies:
% 218.16/39.49 | (38) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.49 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.49 | & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ( ~
% 218.16/39.49 | (power_power_int(v4, v2) = v6) | ~ (power_power_int(v3, v2) = v5)
% 218.16/39.49 | | ~ int(v4) | ~ int(v3) | ~ ord_less_eq_int(v5, v6) | ~
% 218.16/39.49 | ord_less_eq_int(zero_zero_int, v4) | ord_less_eq_int(v3, v4)))
% 218.16/39.49 |
% 218.16/39.49 | ALPHA: (fact_141_zero__le__power2) implies:
% 218.16/39.49 | (39) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.49 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.49 | & ! [v3: real] : ! [v4: real] : ( ~ (power_power_real(v3, v2) =
% 218.16/39.49 | v4) | ~ real(v3) | ord_less_eq_real(zero_zero_real, v4)))
% 218.16/39.49 |
% 218.16/39.49 | ALPHA: (fact_142_zero__le__power2) implies:
% 218.16/39.49 | (40) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.49 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.49 | & ! [v3: int] : ! [v4: int] : ( ~ (power_power_int(v3, v2) = v4) |
% 218.16/39.49 | ~ int(v3) | ord_less_eq_int(zero_zero_int, v4)))
% 218.16/39.49 |
% 218.16/39.49 | ALPHA: (fact_143_power2__less__imp__less) implies:
% 218.16/39.50 | (41) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.50 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.50 | & ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6: real] : (
% 218.16/39.50 | ~ (power_power_real(v4, v2) = v6) | ~ (power_power_real(v3, v2) =
% 218.16/39.50 | v5) | ~ real(v4) | ~ real(v3) | ~
% 218.16/39.50 | ord_less_eq_real(zero_zero_real, v4) | ~ ord_less_real(v5, v6) |
% 218.16/39.50 | ord_less_real(v3, v4)))
% 218.16/39.50 |
% 218.16/39.50 | ALPHA: (fact_144_power2__less__imp__less) implies:
% 218.16/39.50 | (42) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.50 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.50 | & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : ! [v6: nat] : ( ~
% 218.16/39.50 | (power_power_nat(v4, v2) = v6) | ~ (power_power_nat(v3, v2) = v5)
% 218.16/39.50 | | ~ nat(v4) | ~ nat(v3) | ~ ord_less_eq_nat(zero_zero_nat, v4)
% 218.16/39.50 | | ~ ord_less_nat(v5, v6) | ord_less_nat(v3, v4)))
% 218.16/39.50 |
% 218.16/39.50 | ALPHA: (fact_145_power2__less__imp__less) implies:
% 218.16/39.50 | (43) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.50 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.50 | & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ( ~
% 218.16/39.50 | (power_power_int(v4, v2) = v6) | ~ (power_power_int(v3, v2) = v5)
% 218.16/39.50 | | ~ int(v4) | ~ int(v3) | ~ ord_less_eq_int(zero_zero_int, v4)
% 218.16/39.50 | | ~ ord_less_int(v5, v6) | ord_less_int(v3, v4)))
% 218.16/39.50 |
% 218.16/39.50 | ALPHA: (fact_146_sum__power2__le__zero__iff) implies:
% 218.16/39.50 | (44) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.50 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.50 | & ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6: real] : !
% 218.16/39.50 | [v7: real] : (v4 = zero_zero_real | ~ (power_power_real(v4, v2) =
% 218.16/39.50 | v6) | ~ (power_power_real(v3, v2) = v5) | ~
% 218.16/39.50 | (plus_plus_real(v5, v6) = v7) | ~ real(v4) | ~ real(v3) | ~
% 218.16/39.50 | ord_less_eq_real(v7, zero_zero_real)) & ! [v3: real] : ! [v4:
% 218.16/39.50 | real] : ! [v5: real] : ! [v6: real] : ! [v7: real] : (v3 =
% 218.16/39.50 | zero_zero_real | ~ (power_power_real(v4, v2) = v6) | ~
% 218.16/39.50 | (power_power_real(v3, v2) = v5) | ~ (plus_plus_real(v5, v6) = v7)
% 218.16/39.50 | | ~ real(v4) | ~ real(v3) | ~ ord_less_eq_real(v7,
% 218.16/39.50 | zero_zero_real)) & ! [v3: real] : ! [v4: real] : ( ~
% 218.16/39.50 | (power_power_real(zero_zero_real, v2) = v3) | ~
% 218.16/39.50 | (plus_plus_real(v3, v3) = v4) | ord_less_eq_real(v4,
% 218.16/39.50 | zero_zero_real)))
% 218.16/39.50 |
% 218.16/39.50 | ALPHA: (fact_147_sum__power2__le__zero__iff) implies:
% 218.16/39.50 | (45) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.16/39.50 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.16/39.50 | & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : !
% 218.16/39.50 | [v7: int] : (v4 = zero_zero_int | ~ (power_power_int(v4, v2) = v6)
% 218.16/39.50 | | ~ (power_power_int(v3, v2) = v5) | ~ (plus_plus_int(v5, v6) =
% 218.16/39.50 | v7) | ~ int(v4) | ~ int(v3) | ~ ord_less_eq_int(v7,
% 218.16/39.50 | zero_zero_int)) & ! [v3: int] : ! [v4: int] : ! [v5: int] :
% 218.16/39.50 | ! [v6: int] : ! [v7: int] : (v3 = zero_zero_int | ~
% 218.16/39.50 | (power_power_int(v4, v2) = v6) | ~ (power_power_int(v3, v2) = v5)
% 218.16/39.50 | | ~ (plus_plus_int(v5, v6) = v7) | ~ int(v4) | ~ int(v3) | ~
% 218.16/39.50 | ord_less_eq_int(v7, zero_zero_int)) & ! [v3: int] : ! [v4: int]
% 218.16/39.50 | : ( ~ (power_power_int(zero_zero_int, v2) = v3) | ~
% 218.16/39.50 | (plus_plus_int(v3, v3) = v4) | ord_less_eq_int(v4,
% 218.16/39.50 | zero_zero_int)))
% 218.16/39.50 |
% 218.16/39.50 | ALPHA: (fact_148_sum__power2__ge__zero) implies:
% 218.26/39.51 | (46) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.26/39.51 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.26/39.51 | & ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6: real] : !
% 218.26/39.51 | [v7: real] : ( ~ (power_power_real(v4, v2) = v6) | ~
% 218.26/39.51 | (power_power_real(v3, v2) = v5) | ~ (plus_plus_real(v5, v6) = v7)
% 218.26/39.51 | | ~ real(v4) | ~ real(v3) | ord_less_eq_real(zero_zero_real,
% 218.26/39.51 | v7)))
% 218.26/39.51 |
% 218.26/39.51 | ALPHA: (fact_149_sum__power2__ge__zero) implies:
% 218.26/39.51 | (47) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.26/39.51 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.26/39.51 | & ! [v3: int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : !
% 218.26/39.51 | [v7: int] : ( ~ (power_power_int(v4, v2) = v6) | ~
% 218.26/39.51 | (power_power_int(v3, v2) = v5) | ~ (plus_plus_int(v5, v6) = v7) |
% 218.26/39.51 | ~ int(v4) | ~ int(v3) | ord_less_eq_int(zero_zero_int, v7)))
% 218.26/39.51 |
% 218.26/39.51 | ALPHA: (fact_154_mult__numeral__1) implies:
% 218.26/39.51 | (48) ? [v0: int] : ? [v1: real] : (number267125858f_real(v0) = v1 &
% 218.26/39.51 | bit1(pls) = v0 & real(v1) & int(v0) & ! [v2: real] : ! [v3: real]
% 218.26/39.51 | : (v3 = v2 | ~ (times_times_real(v1, v2) = v3) | ~ real(v2)))
% 218.26/39.51 |
% 218.26/39.51 | ALPHA: (fact_155_mult__numeral__1) implies:
% 218.26/39.51 | (49) ? [v0: int] : ? [v1: int] : (bit1(pls) = v0 &
% 218.26/39.51 | number_number_of_int(v0) = v1 & int(v1) & int(v0) & ! [v2: int] :
% 218.26/39.51 | ! [v3: int] : (v3 = v2 | ~ (times_times_int(v1, v2) = v3) | ~
% 218.26/39.51 | int(v2)))
% 218.26/39.51 |
% 218.26/39.51 | ALPHA: (fact_156_mult__numeral__1__right) implies:
% 218.26/39.51 | (50) ? [v0: int] : ? [v1: real] : (number267125858f_real(v0) = v1 &
% 218.26/39.51 | bit1(pls) = v0 & real(v1) & int(v0) & ! [v2: real] : ! [v3: real]
% 218.26/39.51 | : (v3 = v2 | ~ (times_times_real(v2, v1) = v3) | ~ real(v2)))
% 218.26/39.51 |
% 218.26/39.51 | ALPHA: (fact_157_mult__numeral__1__right) implies:
% 218.26/39.51 | (51) ? [v0: int] : ? [v1: int] : (bit1(pls) = v0 &
% 218.26/39.51 | number_number_of_int(v0) = v1 & int(v1) & int(v0) & ! [v2: int] :
% 218.26/39.51 | ! [v3: int] : (v3 = v2 | ~ (times_times_int(v2, v1) = v3) | ~
% 218.26/39.51 | int(v2)))
% 218.26/39.51 |
% 218.26/39.51 | ALPHA: (fact_170_Pls__def) implies:
% 218.26/39.51 | (52) pls = zero_zero_int
% 218.26/39.51 |
% 218.26/39.51 | ALPHA: (fact_186_power3__eq__cube) implies:
% 218.26/39.51 | (53) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.26/39.51 | = v2 & bit1(v0) = v1 & bit1(pls) = v0 & nat(v2) & int(v1) & int(v0)
% 218.26/39.51 | & ! [v3: real] : ! [v4: real] : ( ~ (power_power_real(v3, v2) =
% 218.26/39.51 | v4) | ~ real(v3) | ? [v5: real] : (times_times_real(v5, v3) =
% 218.26/39.51 | v4 & times_times_real(v3, v3) = v5 & real(v5) & real(v4))))
% 218.26/39.51 |
% 218.26/39.51 | ALPHA: (fact_187_power3__eq__cube) implies:
% 218.26/39.51 | (54) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.26/39.51 | = v2 & bit1(v0) = v1 & bit1(pls) = v0 & nat(v2) & int(v1) & int(v0)
% 218.26/39.51 | & ! [v3: nat] : ! [v4: nat] : ( ~ (power_power_nat(v3, v2) = v4) |
% 218.26/39.51 | ~ nat(v3) | ? [v5: nat] : (times_times_nat(v5, v3) = v4 &
% 218.26/39.51 | times_times_nat(v3, v3) = v5 & nat(v5) & nat(v4))))
% 218.26/39.51 |
% 218.26/39.51 | ALPHA: (fact_188_power3__eq__cube) implies:
% 218.26/39.52 | (55) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.26/39.52 | = v2 & bit1(v0) = v1 & bit1(pls) = v0 & nat(v2) & int(v1) & int(v0)
% 218.26/39.52 | & ! [v3: int] : ! [v4: int] : ( ~ (power_power_int(v3, v2) = v4) |
% 218.26/39.52 | ~ int(v3) | ? [v5: int] : (times_times_int(v5, v3) = v4 &
% 218.26/39.52 | times_times_int(v3, v3) = v5 & int(v5) & int(v4))))
% 218.26/39.52 |
% 218.26/39.52 | ALPHA: (fact_192_mult__2) implies:
% 218.26/39.52 | (56) ? [v0: int] : ? [v1: int] : ? [v2: real] :
% 218.26/39.52 | (number267125858f_real(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.26/39.52 | real(v2) & int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ( ~
% 218.26/39.52 | (times_times_real(v2, v3) = v4) | ~ real(v3) |
% 218.26/39.52 | (plus_plus_real(v3, v3) = v4 & real(v4))))
% 218.26/39.52 |
% 218.26/39.52 | ALPHA: (fact_193_mult__2) implies:
% 218.26/39.52 | (57) ? [v0: int] : ? [v1: int] : ? [v2: int] : (bit1(pls) = v0 &
% 218.26/39.52 | bit0(v0) = v1 & number_number_of_int(v1) = v2 & int(v2) & int(v1) &
% 218.26/39.52 | int(v0) & ! [v3: int] : ! [v4: int] : ( ~ (times_times_int(v2, v3)
% 218.26/39.52 | = v4) | ~ int(v3) | (plus_plus_int(v3, v3) = v4 & int(v4))))
% 218.26/39.52 |
% 218.26/39.52 | ALPHA: (fact_197_mult__2__right) implies:
% 218.26/39.52 | (58) ? [v0: int] : ? [v1: int] : ? [v2: real] :
% 218.26/39.52 | (number267125858f_real(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.26/39.52 | real(v2) & int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ( ~
% 218.26/39.52 | (times_times_real(v3, v2) = v4) | ~ real(v3) |
% 218.26/39.52 | (plus_plus_real(v3, v3) = v4 & real(v4))))
% 218.26/39.52 |
% 218.26/39.52 | ALPHA: (fact_198_mult__2__right) implies:
% 218.26/39.52 | (59) ? [v0: int] : ? [v1: int] : ? [v2: int] : (bit1(pls) = v0 &
% 218.26/39.52 | bit0(v0) = v1 & number_number_of_int(v1) = v2 & int(v2) & int(v1) &
% 218.26/39.52 | int(v0) & ! [v3: int] : ! [v4: int] : ( ~ (times_times_int(v3, v2)
% 218.26/39.52 | = v4) | ~ int(v3) | (plus_plus_int(v3, v3) = v4 & int(v4))))
% 218.26/39.52 |
% 218.26/39.52 | ALPHA: (fact_237_power2__eq__square__number__of) implies:
% 218.26/39.52 | (60) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.26/39.52 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.26/39.52 | & ! [v3: int] : ! [v4: real] : ! [v5: real] : ( ~
% 218.26/39.52 | (times_times_real(v4, v4) = v5) | ~ (number267125858f_real(v3) =
% 218.26/39.52 | v4) | ~ int(v3) | (power_power_real(v4, v2) = v5 & real(v5))))
% 218.26/39.52 |
% 218.26/39.52 | ALPHA: (fact_238_power2__eq__square__number__of) implies:
% 218.26/39.52 | (61) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.26/39.52 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.26/39.52 | & ! [v3: int] : ! [v4: nat] : ! [v5: nat] : ( ~
% 218.26/39.52 | (times_times_nat(v4, v4) = v5) | ~ (number_number_of_nat(v3) =
% 218.26/39.52 | v4) | ~ int(v3) | (power_power_nat(v4, v2) = v5 & nat(v5))))
% 218.26/39.52 |
% 218.26/39.52 | ALPHA: (fact_239_power2__eq__square__number__of) implies:
% 218.35/39.52 | (62) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.52 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.52 | & ! [v3: int] : ! [v4: int] : ! [v5: int] : ( ~
% 218.35/39.52 | (number_number_of_int(v3) = v4) | ~ (times_times_int(v4, v4) =
% 218.35/39.52 | v5) | ~ int(v3) | (power_power_int(v4, v2) = v5 & int(v5))))
% 218.35/39.52 |
% 218.35/39.52 | ALPHA: (fact_241_power2__sum) implies:
% 218.35/39.53 | (63) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.53 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.53 | & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : ! [v6: nat] : !
% 218.35/39.53 | [v7: nat] : ! [v8: nat] : ! [v9: nat] : ! [v10: nat] : ( ~
% 218.35/39.53 | (times_times_nat(v8, v4) = v9) | ~ (times_times_nat(v2, v3) = v8)
% 218.35/39.53 | | ~ (plus_plus_nat(v7, v9) = v10) | ~ (plus_plus_nat(v5, v6) =
% 218.35/39.53 | v7) | ~ (power_power_nat(v4, v2) = v6) | ~
% 218.35/39.53 | (power_power_nat(v3, v2) = v5) | ~ nat(v4) | ~ nat(v3) | ?
% 218.35/39.53 | [v11: nat] : (plus_plus_nat(v3, v4) = v11 & power_power_nat(v11,
% 218.35/39.53 | v2) = v10 & nat(v11) & nat(v10))))
% 218.35/39.53 |
% 218.35/39.53 | ALPHA: (fact_242_power2__sum) implies:
% 218.35/39.53 | (64) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] :
% 218.35/39.53 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.35/39.53 | number_number_of_int(v1) = v3 & nat(v2) & int(v3) & int(v1) &
% 218.35/39.53 | int(v0) & ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int]
% 218.35/39.53 | : ! [v8: int] : ! [v9: int] : ! [v10: int] : ! [v11: int] : ( ~
% 218.35/39.53 | (power_power_int(v5, v2) = v7) | ~ (power_power_int(v4, v2) = v6)
% 218.35/39.53 | | ~ (plus_plus_int(v8, v10) = v11) | ~ (plus_plus_int(v6, v7) =
% 218.35/39.53 | v8) | ~ (times_times_int(v9, v5) = v10) | ~
% 218.35/39.53 | (times_times_int(v3, v4) = v9) | ~ int(v5) | ~ int(v4) | ?
% 218.35/39.53 | [v12: int] : (power_power_int(v12, v2) = v11 & plus_plus_int(v4,
% 218.35/39.53 | v5) = v12 & int(v12) & int(v11))))
% 218.35/39.53 |
% 218.35/39.53 | ALPHA: (fact_248_semiring__numeral__1__eq__1) implies:
% 218.35/39.53 | (65) ? [v0: int] : (number_number_of_nat(v0) = one_one_nat & bit1(pls) =
% 218.35/39.53 | v0 & int(v0))
% 218.35/39.53 |
% 218.35/39.53 | ALPHA: (fact_252_semiring__norm_I110_J) implies:
% 218.35/39.53 | (66) ? [v0: int] : (number267125858f_real(v0) = one_one_real & bit1(pls) =
% 218.35/39.53 | v0 & int(v0))
% 218.35/39.53 |
% 218.35/39.53 | ALPHA: (fact_253_semiring__norm_I110_J) implies:
% 218.35/39.53 | (67) ? [v0: int] : (bit1(pls) = v0 & number_number_of_int(v0) =
% 218.35/39.53 | one_one_int & int(v0))
% 218.35/39.53 |
% 218.35/39.53 | ALPHA: (fact_87_nat__1__add__1) implies:
% 218.35/39.53 | (68) ? [v0: nat] : ? [v1: int] : ? [v2: int] :
% 218.35/39.53 | (plus_plus_nat(one_one_nat, one_one_nat) = v0 &
% 218.35/39.53 | number_number_of_nat(v2) = v0 & bit1(pls) = v1 & bit0(v1) = v2 &
% 218.35/39.53 | nat(v0) & int(v2) & int(v1))
% 218.35/39.53 |
% 218.35/39.53 | ALPHA: (fact_262_one__add__one__is__two) implies:
% 218.35/39.53 | (69) ? [v0: real] : ? [v1: int] : ? [v2: int] :
% 218.35/39.53 | (number267125858f_real(v2) = v0 & plus_plus_real(one_one_real,
% 218.35/39.53 | one_one_real) = v0 & bit1(pls) = v1 & bit0(v1) = v2 & real(v0) &
% 218.35/39.53 | int(v2) & int(v1))
% 218.35/39.53 |
% 218.35/39.53 | ALPHA: (fact_263_one__add__one__is__two) implies:
% 218.35/39.53 | (70) ? [v0: int] : ? [v1: int] : ? [v2: int] : (bit1(pls) = v1 &
% 218.35/39.53 | bit0(v1) = v2 & number_number_of_int(v2) = v0 &
% 218.35/39.53 | plus_plus_int(one_one_int, one_one_int) = v0 & int(v2) & int(v1) &
% 218.35/39.53 | int(v0))
% 218.35/39.53 |
% 218.35/39.53 | ALPHA: (fact_264_less__special_I4_J) implies:
% 218.35/39.53 | (71) ? [v0: int] : (bit1(pls) = v0 & int(v0) & ! [v1: int] : ! [v2:
% 218.35/39.53 | real] : ( ~ (number267125858f_real(v1) = v2) | ~ int(v1) | ~
% 218.35/39.53 | ord_less_real(v2, one_one_real) | ord_less_int(v1, v0)) & ! [v1:
% 218.35/39.53 | int] : ! [v2: real] : ( ~ (number267125858f_real(v1) = v2) | ~
% 218.35/39.53 | int(v1) | ~ ord_less_int(v1, v0) | ord_less_real(v2,
% 218.35/39.53 | one_one_real)))
% 218.35/39.53 |
% 218.35/39.53 | ALPHA: (fact_265_less__special_I4_J) implies:
% 218.35/39.53 | (72) ? [v0: int] : (bit1(pls) = v0 & int(v0) & ! [v1: int] : ! [v2: int]
% 218.35/39.53 | : ( ~ (number_number_of_int(v1) = v2) | ~ int(v1) | ~
% 218.35/39.53 | ord_less_int(v2, one_one_int) | ord_less_int(v1, v0)) & ! [v1:
% 218.35/39.53 | int] : ! [v2: int] : ( ~ (number_number_of_int(v1) = v2) | ~
% 218.35/39.53 | int(v1) | ~ ord_less_int(v1, v0) | ord_less_int(v2,
% 218.35/39.53 | one_one_int)))
% 218.35/39.53 |
% 218.35/39.53 | ALPHA: (fact_266_less__special_I2_J) implies:
% 218.35/39.53 | (73) ? [v0: int] : (bit1(pls) = v0 & int(v0) & ! [v1: int] : ! [v2:
% 218.35/39.53 | real] : ( ~ (number267125858f_real(v1) = v2) | ~ int(v1) | ~
% 218.35/39.53 | ord_less_real(one_one_real, v2) | ord_less_int(v0, v1)) & ! [v1:
% 218.35/39.53 | int] : ! [v2: real] : ( ~ (number267125858f_real(v1) = v2) | ~
% 218.35/39.53 | int(v1) | ~ ord_less_int(v0, v1) | ord_less_real(one_one_real,
% 218.35/39.53 | v2)))
% 218.35/39.53 |
% 218.35/39.53 | ALPHA: (fact_267_less__special_I2_J) implies:
% 218.35/39.54 | (74) ? [v0: int] : (bit1(pls) = v0 & int(v0) & ! [v1: int] : ! [v2: int]
% 218.35/39.54 | : ( ~ (number_number_of_int(v1) = v2) | ~ int(v1) | ~
% 218.35/39.54 | ord_less_int(v0, v1) | ord_less_int(one_one_int, v2)) & ! [v1:
% 218.35/39.54 | int] : ! [v2: int] : ( ~ (number_number_of_int(v1) = v2) | ~
% 218.35/39.54 | int(v1) | ~ ord_less_int(one_one_int, v2) | ord_less_int(v0,
% 218.35/39.54 | v1)))
% 218.35/39.54 |
% 218.35/39.54 | ALPHA: (fact_268__0964_A_K_Am_A_L_A1_Advd_As_A_094_A2_A_L_A1_096) implies:
% 218.35/39.54 | (75) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.35/39.54 | int] : ? [v5: int] : ? [v6: nat] : ? [v7: int] : ? [v8: int] :
% 218.35/39.54 | (number_number_of_nat(v1) = v6 & power_power_int(s, v6) = v7 &
% 218.35/39.54 | bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 &
% 218.35/39.54 | number_number_of_int(v2) = v3 & plus_plus_int(v7, one_one_int) = v8
% 218.35/39.54 | & plus_plus_int(v4, one_one_int) = v5 & times_times_int(v3, m) = v4
% 218.35/39.54 | & nat(v6) & int(v8) & int(v7) & int(v5) & int(v4) & int(v3) &
% 218.35/39.54 | int(v2) & int(v1) & int(v0) & dvd_dvd_int(v5, v8))
% 218.35/39.54 |
% 218.35/39.54 | ALPHA: (fact_269_zadd__power3) implies:
% 218.35/39.54 | (76) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 218.35/39.54 | int] : ? [v5: nat] : (number_number_of_nat(v4) = v5 &
% 218.35/39.54 | number_number_of_nat(v1) = v2 & bit1(v0) = v1 & bit1(pls) = v0 &
% 218.35/39.54 | bit0(v0) = v4 & number_number_of_int(v1) = v3 & nat(v5) & nat(v2) &
% 218.35/39.54 | int(v4) & int(v3) & int(v1) & int(v0) & ! [v6: int] : ! [v7: int]
% 218.35/39.54 | : ! [v8: int] : ! [v9: int] : ! [v10: int] : ! [v11: int] : !
% 218.35/39.54 | [v12: int] : ! [v13: int] : ! [v14: int] : ! [v15: int] : !
% 218.35/39.54 | [v16: int] : ! [v17: int] : ! [v18: int] : ( ~
% 218.35/39.54 | (power_power_int(v7, v5) = v14) | ~ (power_power_int(v7, v2) =
% 218.35/39.54 | v17) | ~ (power_power_int(v6, v5) = v9) | ~
% 218.35/39.54 | (power_power_int(v6, v2) = v8) | ~ (plus_plus_int(v16, v17) =
% 218.35/39.54 | v18) | ~ (plus_plus_int(v12, v15) = v16) | ~
% 218.35/39.54 | (plus_plus_int(v8, v11) = v12) | ~ (times_times_int(v13, v14) =
% 218.35/39.54 | v15) | ~ (times_times_int(v10, v7) = v11) | ~
% 218.35/39.54 | (times_times_int(v3, v9) = v10) | ~ (times_times_int(v3, v6) =
% 218.35/39.54 | v13) | ~ int(v7) | ~ int(v6) | ? [v19: int] :
% 218.35/39.54 | (power_power_int(v19, v2) = v18 & plus_plus_int(v6, v7) = v19 &
% 218.35/39.54 | int(v19) & int(v18))))
% 218.35/39.54 |
% 218.35/39.54 | ALPHA: (fact_270_zadd__power2) implies:
% 218.35/39.54 | (77) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] :
% 218.35/39.54 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.35/39.54 | number_number_of_int(v1) = v3 & nat(v2) & int(v3) & int(v1) &
% 218.35/39.54 | int(v0) & ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int]
% 218.35/39.54 | : ! [v8: int] : ! [v9: int] : ! [v10: int] : ! [v11: int] : ( ~
% 218.35/39.54 | (power_power_int(v5, v2) = v10) | ~ (power_power_int(v4, v2) =
% 218.35/39.54 | v6) | ~ (plus_plus_int(v9, v10) = v11) | ~ (plus_plus_int(v6,
% 218.35/39.54 | v8) = v9) | ~ (times_times_int(v7, v5) = v8) | ~
% 218.35/39.54 | (times_times_int(v3, v4) = v7) | ~ int(v5) | ~ int(v4) | ?
% 218.35/39.54 | [v12: int] : (power_power_int(v12, v2) = v11 & plus_plus_int(v4,
% 218.35/39.54 | v5) = v12 & int(v12) & int(v11))))
% 218.35/39.54 |
% 218.35/39.54 | ALPHA: (fact_271_int__pos__lt__two__imp__zero__or__one) implies:
% 218.35/39.54 | (78) ? [v0: int] : ? [v1: int] : ? [v2: int] : (bit1(pls) = v0 &
% 218.35/39.54 | bit0(v0) = v1 & number_number_of_int(v1) = v2 & int(v2) & int(v1) &
% 218.35/39.54 | int(v0) & ! [v3: int] : (v3 = zero_zero_int | v3 = one_one_int | ~
% 218.35/39.54 | int(v3) | ~ ord_less_eq_int(zero_zero_int, v3) | ~
% 218.35/39.54 | ord_less_int(v3, v2)))
% 218.35/39.54 |
% 218.35/39.54 | ALPHA: (fact_272_s0p) implies:
% 218.35/39.55 | (79) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.35/39.55 | int] : ? [v5: int] : (bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) =
% 218.35/39.55 | v1 & number_number_of_int(v2) = v3 & plus_plus_int(v4, one_one_int)
% 218.35/39.55 | = v5 & times_times_int(v3, m) = v4 & int(v5) & int(v4) & int(v3) &
% 218.35/39.55 | int(v2) & int(v1) & int(v0) & ord_less_eq_int(zero_zero_int, s) &
% 218.35/39.55 | ord_less_int(s, v5) & zcong(s1, s, v5))
% 218.35/39.55 |
% 218.35/39.55 | ALPHA: (fact_273_cube__square) implies:
% 218.35/39.55 | (80) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 218.35/39.55 | nat] : (number_number_of_nat(v3) = v4 & number_number_of_nat(v1) =
% 218.35/39.55 | v2 & bit1(v0) = v3 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v4) &
% 218.35/39.55 | nat(v2) & int(v3) & int(v1) & int(v0) & ! [v5: int] : ! [v6: int]
% 218.35/39.55 | : ! [v7: int] : ( ~ (power_power_int(v5, v2) = v6) | ~
% 218.35/39.55 | (times_times_int(v5, v6) = v7) | ~ int(v5) | (power_power_int(v5,
% 218.35/39.55 | v4) = v7 & int(v7))))
% 218.35/39.55 |
% 218.35/39.55 | ALPHA: (fact_274_power2__ge__self) implies:
% 218.35/39.55 | (81) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.55 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.55 | & ! [v3: int] : ! [v4: int] : ( ~ (power_power_int(v3, v2) = v4) |
% 218.35/39.55 | ~ int(v3) | ord_less_eq_int(v3, v4)))
% 218.35/39.55 |
% 218.35/39.55 | ALPHA: (fact_277_Nat__Transfer_Otransfer__nat__int__function__closures_I7_J)
% 218.35/39.55 | implies:
% 218.35/39.55 | (82) ? [v0: int] : ? [v1: int] : ? [v2: int] : (bit1(pls) = v0 &
% 218.35/39.55 | bit0(v0) = v1 & number_number_of_int(v1) = v2 & int(v2) & int(v1) &
% 218.35/39.55 | int(v0) & ord_less_eq_int(zero_zero_int, v2))
% 218.35/39.55 |
% 218.35/39.55 | ALPHA: (fact_278_comm__semiring__1__class_Onormalizing__semiring__rules_I36_J)
% 218.35/39.55 | implies:
% 218.35/39.55 | (83) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.55 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.55 | & ! [v3: real] : ! [v4: nat] : ! [v5: nat] : ! [v6: real] : ( ~
% 218.35/39.55 | (times_times_nat(v2, v4) = v5) | ~ (power_power_real(v3, v5) =
% 218.35/39.55 | v6) | ~ real(v3) | ~ nat(v4) | ? [v7: real] :
% 218.35/39.55 | (times_times_real(v7, v7) = v6 & power_power_real(v3, v4) = v7 &
% 218.35/39.55 | real(v7) & real(v6))))
% 218.35/39.55 |
% 218.35/39.55 | ALPHA: (fact_279_comm__semiring__1__class_Onormalizing__semiring__rules_I36_J)
% 218.35/39.55 | implies:
% 218.35/39.55 | (84) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.55 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.55 | & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : ! [v6: nat] : ( ~
% 218.35/39.55 | (times_times_nat(v2, v4) = v5) | ~ (power_power_nat(v3, v5) = v6)
% 218.35/39.55 | | ~ nat(v4) | ~ nat(v3) | ? [v7: nat] : (times_times_nat(v7,
% 218.35/39.55 | v7) = v6 & power_power_nat(v3, v4) = v7 & nat(v7) & nat(v6))))
% 218.35/39.55 |
% 218.35/39.55 | ALPHA: (fact_280_comm__semiring__1__class_Onormalizing__semiring__rules_I36_J)
% 218.35/39.55 | implies:
% 218.35/39.56 | (85) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.56 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.56 | & ! [v3: int] : ! [v4: nat] : ! [v5: nat] : ! [v6: int] : ( ~
% 218.35/39.56 | (times_times_nat(v2, v4) = v5) | ~ (power_power_int(v3, v5) = v6)
% 218.35/39.56 | | ~ nat(v4) | ~ int(v3) | ? [v7: int] : (power_power_int(v3,
% 218.35/39.56 | v4) = v7 & times_times_int(v7, v7) = v6 & int(v7) & int(v6))))
% 218.35/39.56 |
% 218.35/39.56 | ALPHA: (fact_281__096_091s_A_094_A2_A_061_As1_A_094_A2_093_A_Imod_A4_A_K_Am_A_L_A1_J_096)
% 218.35/39.56 | implies:
% 218.35/39.56 | (86) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 218.35/39.56 | int] : ? [v5: int] : ? [v6: int] : ? [v7: int] : ? [v8: int] :
% 218.35/39.56 | (number_number_of_nat(v1) = v2 & power_power_int(s, v2) = v3 &
% 218.35/39.56 | power_power_int(s1, v2) = v4 & bit1(pls) = v0 & bit0(v1) = v5 &
% 218.35/39.56 | bit0(v0) = v1 & number_number_of_int(v5) = v6 & plus_plus_int(v7,
% 218.35/39.56 | one_one_int) = v8 & times_times_int(v6, m) = v7 & nat(v2) &
% 218.35/39.56 | int(v8) & int(v7) & int(v6) & int(v5) & int(v4) & int(v3) & int(v1)
% 218.35/39.56 | & int(v0) & zcong(v3, v4, v8))
% 218.35/39.56 |
% 218.35/39.56 | ALPHA: (fact_282__096EX_B_As_O_A0_A_060_061_As_A_G_As_A_060_A4_A_K_Am_A_L_A1_A_G_A_091s1)
% 218.35/39.56 | implies:
% 218.35/39.56 | (87) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.35/39.56 | int] : ? [v5: int] : ? [v6: int] : (bit1(pls) = v0 & bit0(v1) = v2
% 218.35/39.56 | & bit0(v0) = v1 & number_number_of_int(v2) = v3 & plus_plus_int(v4,
% 218.35/39.56 | one_one_int) = v5 & times_times_int(v3, m) = v4 & int(v6) &
% 218.35/39.56 | int(v5) & int(v4) & int(v3) & int(v2) & int(v1) & int(v0) &
% 218.35/39.56 | ord_less_eq_int(zero_zero_int, v6) & ord_less_int(v6, v5) &
% 218.35/39.56 | zcong(s1, v6, v5) & ! [v7: int] : (v7 = v6 | ~ int(v7) | ~
% 218.35/39.56 | ord_less_eq_int(zero_zero_int, v7) | ~ ord_less_int(v7, v5) | ~
% 218.35/39.56 | zcong(s1, v7, v5)))
% 218.35/39.56 |
% 218.35/39.56 | ALPHA: (fact_283__096_B_Bthesis_O_A_I_B_Bs_O_A0_A_060_061_As_A_G_As_A_060_A4_A_K_Am_A_L_)
% 218.35/39.56 | implies:
% 218.35/39.56 | (88) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.35/39.56 | int] : ? [v5: int] : ? [v6: int] : (bit1(pls) = v0 & bit0(v1) = v2
% 218.35/39.56 | & bit0(v0) = v1 & number_number_of_int(v2) = v3 & plus_plus_int(v4,
% 218.35/39.56 | one_one_int) = v5 & times_times_int(v3, m) = v4 & int(v6) &
% 218.35/39.56 | int(v5) & int(v4) & int(v3) & int(v2) & int(v1) & int(v0) &
% 218.35/39.56 | ord_less_eq_int(zero_zero_int, v6) & ord_less_int(v6, v5) &
% 218.35/39.56 | zcong(s1, v6, v5))
% 218.35/39.56 |
% 218.35/39.56 | ALPHA: (fact_284_s1) implies:
% 218.35/39.56 | (89) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 218.35/39.57 | int] : ? [v5: int] : ? [v6: int] : ? [v7: int] : ? [v8: int] :
% 218.35/39.57 | (number_number_of_nat(v1) = v2 & power_power_int(s1, v2) = v3 &
% 218.35/39.57 | bit1(pls) = v0 & bit0(v1) = v5 & bit0(v0) = v1 &
% 218.35/39.57 | number_number_of_int(v5) = v6 & number_number_of_int(min) = v4 &
% 218.35/39.57 | plus_plus_int(v7, one_one_int) = v8 & times_times_int(v6, m) = v7 &
% 218.35/39.57 | nat(v2) & int(v8) & int(v7) & int(v6) & int(v5) & int(v4) & int(v3)
% 218.35/39.57 | & int(v1) & int(v0) & zcong(v3, v4, v8))
% 218.35/39.57 |
% 218.35/39.57 | ALPHA: (fact_298_zprime__2) implies:
% 218.35/39.57 | (90) ? [v0: int] : ? [v1: int] : ? [v2: int] : (bit1(pls) = v0 &
% 218.35/39.57 | bit0(v0) = v1 & number_number_of_int(v1) = v2 & int(v2) & int(v1) &
% 218.35/39.57 | int(v0) & zprime(v2))
% 218.35/39.57 |
% 218.35/39.57 | ALPHA: (fact_348_nat__mult__2__right) implies:
% 218.35/39.57 | (91) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.57 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.57 | & ! [v3: nat] : ! [v4: nat] : ( ~ (times_times_nat(v3, v2) = v4) |
% 218.35/39.57 | ~ nat(v3) | (plus_plus_nat(v3, v3) = v4 & nat(v4))))
% 218.35/39.57 |
% 218.35/39.57 | ALPHA: (fact_349_nat__mult__2) implies:
% 218.35/39.57 | (92) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.57 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.57 | & ! [v3: nat] : ! [v4: nat] : ( ~ (times_times_nat(v2, v3) = v4) |
% 218.35/39.57 | ~ nat(v3) | (plus_plus_nat(v3, v3) = v4 & nat(v4))))
% 218.35/39.57 |
% 218.35/39.57 | ALPHA: (fact_352_power__even__eq) implies:
% 218.35/39.57 | (93) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.57 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.57 | & ! [v3: real] : ! [v4: nat] : ! [v5: nat] : ! [v6: real] : ( ~
% 218.35/39.57 | (times_times_nat(v2, v4) = v5) | ~ (power_power_real(v3, v5) =
% 218.35/39.57 | v6) | ~ real(v3) | ~ nat(v4) | ? [v7: real] :
% 218.35/39.57 | (power_power_real(v7, v2) = v6 & power_power_real(v3, v4) = v7 &
% 218.35/39.57 | real(v7) & real(v6))))
% 218.35/39.57 |
% 218.35/39.57 | ALPHA: (fact_353_power__even__eq) implies:
% 218.35/39.57 | (94) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.57 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.57 | & ! [v3: nat] : ! [v4: nat] : ! [v5: nat] : ! [v6: nat] : ( ~
% 218.35/39.57 | (times_times_nat(v2, v4) = v5) | ~ (power_power_nat(v3, v5) = v6)
% 218.35/39.57 | | ~ nat(v4) | ~ nat(v3) | ? [v7: nat] : (power_power_nat(v7,
% 218.35/39.57 | v2) = v6 & power_power_nat(v3, v4) = v7 & nat(v7) & nat(v6))))
% 218.35/39.57 |
% 218.35/39.57 | ALPHA: (fact_354_power__even__eq) implies:
% 218.35/39.57 | (95) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.57 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.57 | & ! [v3: int] : ! [v4: nat] : ! [v5: nat] : ! [v6: int] : ( ~
% 218.35/39.57 | (times_times_nat(v2, v4) = v5) | ~ (power_power_int(v3, v5) = v6)
% 218.35/39.57 | | ~ nat(v4) | ~ int(v3) | ? [v7: int] : (power_power_int(v7,
% 218.35/39.57 | v2) = v6 & power_power_int(v3, v4) = v7 & int(v7) & int(v6))))
% 218.35/39.57 |
% 218.35/39.57 | ALPHA: (fact_355_even__power__le__0__imp__0) implies:
% 218.35/39.58 | (96) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.58 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.58 | & ! [v3: real] : ! [v4: nat] : ! [v5: nat] : ! [v6: real] : (v3
% 218.35/39.58 | = zero_zero_real | ~ (times_times_nat(v2, v4) = v5) | ~
% 218.35/39.58 | (power_power_real(v3, v5) = v6) | ~ real(v3) | ~ nat(v4) | ~
% 218.35/39.58 | ord_less_eq_real(v6, zero_zero_real)))
% 218.35/39.58 |
% 218.35/39.58 | ALPHA: (fact_356_even__power__le__0__imp__0) implies:
% 218.35/39.58 | (97) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.58 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.58 | & ! [v3: int] : ! [v4: nat] : ! [v5: nat] : ! [v6: int] : (v3 =
% 218.35/39.58 | zero_zero_int | ~ (times_times_nat(v2, v4) = v5) | ~
% 218.35/39.58 | (power_power_int(v3, v5) = v6) | ~ nat(v4) | ~ int(v3) | ~
% 218.35/39.58 | ord_less_eq_int(v6, zero_zero_int)))
% 218.35/39.58 |
% 218.35/39.58 | ALPHA: (fact_362_comm__semiring__1__class_Onormalizing__semiring__rules_I10_J)
% 218.35/39.58 | implies:
% 218.35/39.58 | (98) ! [v0: int] : ! [v1: int] : (v1 = zero_zero_int | ~
% 218.35/39.58 | (times_times_int(v0, zero_zero_int) = v1) | ~ int(v0))
% 218.35/39.58 |
% 218.35/39.58 | ALPHA: (fact_403_zero__le__even__power_H) implies:
% 218.35/39.58 | (99) ? [v0: int] : ? [v1: int] : ? [v2: nat] : (number_number_of_nat(v1)
% 218.35/39.58 | = v2 & bit1(pls) = v0 & bit0(v0) = v1 & nat(v2) & int(v1) & int(v0)
% 218.35/39.58 | & ! [v3: real] : ! [v4: nat] : ! [v5: nat] : ! [v6: real] : ( ~
% 218.35/39.58 | (times_times_nat(v2, v4) = v5) | ~ (power_power_real(v3, v5) =
% 218.35/39.58 | v6) | ~ real(v3) | ~ nat(v4) |
% 218.35/39.58 | ord_less_eq_real(zero_zero_real, v6)))
% 218.35/39.58 |
% 218.35/39.58 | ALPHA: (fact_404_zero__le__even__power_H) implies:
% 218.35/39.58 | (100) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 218.35/39.58 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.35/39.58 | nat(v2) & int(v1) & int(v0) & ! [v3: int] : ! [v4: nat] : ! [v5:
% 218.35/39.58 | nat] : ! [v6: int] : ( ~ (times_times_nat(v2, v4) = v5) | ~
% 218.35/39.58 | (power_power_int(v3, v5) = v6) | ~ nat(v4) | ~ int(v3) |
% 218.35/39.58 | ord_less_eq_int(zero_zero_int, v6)))
% 218.35/39.58 |
% 218.35/39.58 | ALPHA: (fact_409_comm__semiring__1__class_Onormalizing__semiring__rules_I4_J)
% 218.35/39.58 | implies:
% 218.35/39.58 | (101) ? [v0: nat] : (plus_plus_nat(one_one_nat, one_one_nat) = v0 &
% 218.35/39.58 | nat(v0) & ! [v1: nat] : ! [v2: nat] : ( ~ (times_times_nat(v0,
% 218.35/39.58 | v1) = v2) | ~ nat(v1) | (plus_plus_nat(v1, v1) = v2 &
% 218.35/39.58 | nat(v2))))
% 218.35/39.58 |
% 218.35/39.58 | ALPHA: (fact_428_Nat__Transfer_Otransfer__nat__int__function__closures_I8_J)
% 218.35/39.58 | implies:
% 218.35/39.58 | (102) ? [v0: int] : ? [v1: int] : ? [v2: int] : (bit1(v0) = v1 &
% 218.35/39.58 | bit1(pls) = v0 & number_number_of_int(v1) = v2 & int(v2) & int(v1)
% 218.35/39.58 | & int(v0) & ord_less_eq_int(zero_zero_int, v2))
% 218.35/39.58 |
% 218.35/39.58 | ALPHA: (fact_435_quartic__square__square) implies:
% 218.35/39.59 | (103) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 218.35/39.59 | nat] : (number_number_of_nat(v3) = v4 & number_number_of_nat(v1) =
% 218.35/39.59 | v2 & bit1(pls) = v0 & bit0(v1) = v3 & bit0(v0) = v1 & nat(v4) &
% 218.35/39.59 | nat(v2) & int(v3) & int(v1) & int(v0) & ! [v5: int] : ! [v6: int]
% 218.35/39.59 | : ( ~ (power_power_int(v5, v4) = v6) | ~ int(v5) | ? [v7: int] :
% 218.35/39.59 | (power_power_int(v7, v2) = v6 & power_power_int(v5, v2) = v7 &
% 218.35/39.59 | int(v7) & int(v6))))
% 218.35/39.59 |
% 218.35/39.59 | ALPHA: (fact_436_comm__semiring__1__class_Onormalizing__semiring__rules_I29_J)
% 218.35/39.59 | implies:
% 218.35/39.59 | (104) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 218.35/39.59 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.35/39.59 | nat(v2) & int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : ( ~
% 218.35/39.59 | (power_power_real(v3, v2) = v4) | ~ real(v3) |
% 218.35/39.59 | (times_times_real(v3, v3) = v4 & real(v4))))
% 218.35/39.59 |
% 218.35/39.59 | ALPHA: (fact_437_comm__semiring__1__class_Onormalizing__semiring__rules_I29_J)
% 218.35/39.59 | implies:
% 218.35/39.59 | (105) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 218.35/39.59 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.35/39.59 | nat(v2) & int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ( ~
% 218.35/39.59 | (power_power_nat(v3, v2) = v4) | ~ nat(v3) |
% 218.35/39.59 | (times_times_nat(v3, v3) = v4 & nat(v4))))
% 218.35/39.59 |
% 218.35/39.59 | ALPHA: (fact_438_comm__semiring__1__class_Onormalizing__semiring__rules_I29_J)
% 218.35/39.59 | implies:
% 218.35/39.59 | (106) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 218.35/39.59 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.35/39.59 | nat(v2) & int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ( ~
% 218.35/39.59 | (power_power_int(v3, v2) = v4) | ~ int(v3) |
% 218.35/39.59 | (times_times_int(v3, v3) = v4 & int(v4))))
% 218.35/39.59 |
% 218.35/39.59 | ALPHA: (fact_439_s) implies:
% 218.35/39.59 | (107) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 218.35/39.59 | int] : ? [v5: int] : ? [v6: int] : ? [v7: int] : ? [v8: int] :
% 218.35/39.59 | (number_number_of_nat(v1) = v2 & power_power_int(s, v2) = v3 &
% 218.35/39.59 | bit1(pls) = v0 & bit0(v1) = v5 & bit0(v0) = v1 &
% 218.35/39.59 | number_number_of_int(v5) = v6 & number_number_of_int(min) = v4 &
% 218.35/39.59 | plus_plus_int(v7, one_one_int) = v8 & times_times_int(v6, m) = v7 &
% 218.35/39.59 | nat(v2) & int(v8) & int(v7) & int(v6) & int(v5) & int(v4) & int(v3)
% 218.35/39.59 | & int(v1) & int(v0) & zcong(v3, v4, v8))
% 218.35/39.59 |
% 218.35/39.59 | ALPHA: (fact_440_Euler_Oaux____1) implies:
% 218.35/39.59 | (108) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 218.35/39.59 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.35/39.59 | nat(v2) & int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5:
% 218.35/39.59 | int] : ! [v6: int] : ( ~ (power_power_int(v3, v2) = v6) | ~
% 218.35/39.59 | int(v5) | ~ int(v4) | ~ int(v3) | ~ dvd_dvd_int(v5, v3) | ~
% 218.35/39.59 | zcong(v6, v4, v5) | zcong(v4, zero_zero_int, v5)))
% 218.35/39.59 |
% 218.35/39.59 | ALPHA: (fact_442_prime__g__5) implies:
% 218.35/39.60 | (109) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.35/39.60 | int] : ? [v5: int] : ? [v6: int] : (bit1(v1) = v5 & bit1(v0) = v3
% 218.35/39.60 | & bit1(pls) = v0 & bit0(v0) = v1 & number_number_of_int(v5) = v6 &
% 218.35/39.60 | number_number_of_int(v3) = v4 & number_number_of_int(v1) = v2 &
% 218.35/39.60 | int(v6) & int(v5) & int(v4) & int(v3) & int(v2) & int(v1) & int(v0)
% 218.35/39.60 | & ! [v7: int] : (v7 = v4 | v7 = v2 | ~ int(v7) | ~ zprime(v7) |
% 218.35/39.60 | ord_less_eq_int(v6, v7)))
% 218.35/39.60 |
% 218.35/39.60 | ALPHA: (fact_443_pos2) implies:
% 218.35/39.60 | (110) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 218.35/39.60 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.35/39.60 | nat(v2) & int(v1) & int(v0) & ord_less_nat(zero_zero_nat, v2))
% 218.35/39.60 |
% 218.35/39.60 | ALPHA: (fact_444__096_B_Bthesis_O_A_I_B_Bs1_O_A_091s1_A_094_A2_A_061_A_N1_093_A_Imod_A4_)
% 218.35/39.60 | implies:
% 218.35/39.60 | (111) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 218.35/39.60 | int] : ? [v5: int] : ? [v6: int] : ? [v7: int] : ? [v8: int] :
% 218.35/39.60 | ? [v9: int] : (number_number_of_nat(v1) = v2 & power_power_int(v8,
% 218.35/39.60 | v2) = v9 & bit1(pls) = v0 & bit0(v1) = v4 & bit0(v0) = v1 &
% 218.35/39.60 | number_number_of_int(v4) = v5 & number_number_of_int(min) = v3 &
% 218.35/39.60 | plus_plus_int(v6, one_one_int) = v7 & times_times_int(v5, m) = v6 &
% 218.35/39.60 | nat(v2) & int(v9) & int(v8) & int(v7) & int(v6) & int(v5) & int(v4)
% 218.35/39.60 | & int(v3) & int(v1) & int(v0) & zcong(v9, v3, v7))
% 218.35/39.60 |
% 218.35/39.60 | ALPHA: (fact_445__096Legendre_A_N1_A_I4_A_K_Am_A_L_A1_J_A_061_A1_096) implies:
% 218.35/39.60 | (112) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.35/39.60 | int] : ? [v5: int] : ? [v6: int] : (legendre(v0, v6) =
% 218.35/39.60 | one_one_int & bit1(pls) = v1 & bit0(v2) = v3 & bit0(v1) = v2 &
% 218.35/39.60 | number_number_of_int(v3) = v4 & number_number_of_int(min) = v0 &
% 218.35/39.60 | plus_plus_int(v5, one_one_int) = v6 & times_times_int(v4, m) = v5 &
% 218.35/39.60 | int(v6) & int(v5) & int(v4) & int(v3) & int(v2) & int(v1) &
% 218.35/39.60 | int(v0))
% 218.35/39.60 |
% 218.35/39.60 | ALPHA: (fact_485_power__m1__even) implies:
% 218.35/39.61 | (113) ? [v0: real] : ? [v1: int] : ? [v2: int] : ? [v3: nat] :
% 218.35/39.61 | (number267125858f_real(min) = v0 & number_number_of_nat(v2) = v3 &
% 218.35/39.61 | bit1(pls) = v1 & bit0(v1) = v2 & real(v0) & nat(v3) & int(v2) &
% 218.35/39.61 | int(v1) & ! [v4: nat] : ! [v5: nat] : ( ~ (times_times_nat(v3,
% 218.35/39.61 | v4) = v5) | ~ nat(v4) | power_power_real(v0, v5) =
% 218.35/39.61 | one_one_real))
% 218.35/39.61 |
% 218.35/39.61 | ALPHA: (fact_486_power__m1__even) implies:
% 218.35/39.61 | (114) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: nat] :
% 218.35/39.61 | (number_number_of_nat(v2) = v3 & bit1(pls) = v1 & bit0(v1) = v2 &
% 218.35/39.61 | number_number_of_int(min) = v0 & nat(v3) & int(v2) & int(v1) &
% 218.35/39.61 | int(v0) & ! [v4: nat] : ! [v5: nat] : ( ~ (times_times_nat(v3,
% 218.35/39.61 | v4) = v5) | ~ nat(v4) | power_power_int(v0, v5) =
% 218.35/39.61 | one_one_int))
% 218.35/39.61 |
% 218.35/39.61 | ALPHA: (fact_489_four__x__squared) implies:
% 218.35/39.61 | (115) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: real] : ? [v4:
% 218.35/39.61 | nat] : ? [v5: real] : (number267125858f_real(v2) = v3 &
% 218.35/39.61 | number267125858f_real(v1) = v5 & number_number_of_nat(v1) = v4 &
% 218.35/39.61 | bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 & real(v5) &
% 218.35/39.61 | real(v3) & nat(v4) & int(v2) & int(v1) & int(v0) & ! [v6: real] :
% 218.35/39.61 | ! [v7: real] : ( ~ (times_times_real(v5, v6) = v7) | ~ real(v6) |
% 218.35/39.61 | ? [v8: real] : ? [v9: real] : (times_times_real(v3, v8) = v9 &
% 218.35/39.61 | power_power_real(v7, v4) = v9 & power_power_real(v6, v4) = v8 &
% 218.35/39.61 | real(v9) & real(v8))))
% 218.35/39.61 |
% 218.35/39.61 | ALPHA: (fact_494__096QuadRes_A_I4_A_K_Am_A_L_A1_J_A_N1_096) implies:
% 218.35/39.61 | (116) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.35/39.61 | int] : ? [v5: int] : ? [v6: int] : (bit1(pls) = v0 & bit0(v1) =
% 218.35/39.61 | v2 & bit0(v0) = v1 & number_number_of_int(v2) = v3 &
% 218.35/39.61 | number_number_of_int(min) = v6 & plus_plus_int(v4, one_one_int) =
% 218.35/39.61 | v5 & times_times_int(v3, m) = v4 & int(v6) & int(v5) & int(v4) &
% 218.35/39.61 | int(v3) & int(v2) & int(v1) & int(v0) & quadRes(v5, v6))
% 218.35/39.61 |
% 218.35/39.61 | ALPHA: (fact_495__0964_A_K_Am_A_L_A1_Advd_As_A_094_A2_A_N_A_N1_096) implies:
% 218.35/39.61 | (117) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.35/39.61 | int] : ? [v5: int] : ? [v6: nat] : ? [v7: int] : ? [v8: int] :
% 218.35/39.61 | ? [v9: int] : (minus_minus_int(v7, v8) = v9 &
% 218.35/39.61 | number_number_of_nat(v1) = v6 & power_power_int(s, v6) = v7 &
% 218.35/39.61 | bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 &
% 218.35/39.61 | number_number_of_int(v2) = v3 & number_number_of_int(min) = v8 &
% 218.35/39.61 | plus_plus_int(v4, one_one_int) = v5 & times_times_int(v3, m) = v4 &
% 218.35/39.61 | nat(v6) & int(v9) & int(v8) & int(v7) & int(v5) & int(v4) & int(v3)
% 218.35/39.61 | & int(v2) & int(v1) & int(v0) & dvd_dvd_int(v5, v9))
% 218.70/39.61 |
% 218.70/39.61 | ALPHA: (fact_496_neg__one__power__eq__mod__m) implies:
% 218.70/39.62 | (118) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] :
% 218.70/39.62 | (bit1(pls) = v0 & bit0(v0) = v1 & number_number_of_int(v1) = v2 &
% 218.70/39.62 | number_number_of_int(min) = v3 & int(v3) & int(v2) & int(v1) &
% 218.70/39.62 | int(v0) & ! [v4: nat] : ! [v5: nat] : ! [v6: int] : ! [v7: int]
% 218.70/39.62 | : ! [v8: int] : (v8 = v7 | ~ (power_power_int(v3, v5) = v8) | ~
% 218.70/39.62 | (power_power_int(v3, v4) = v7) | ~ nat(v5) | ~ nat(v4) | ~
% 218.70/39.62 | int(v6) | ~ ord_less_int(v2, v6) | ~ zcong(v7, v8, v6)))
% 218.70/39.62 |
% 218.70/39.62 | ALPHA: (fact_497_zcong__neg__1__impl__ne__1) implies:
% 218.70/39.62 | (119) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] :
% 218.70/39.62 | (bit1(pls) = v0 & bit0(v0) = v1 & number_number_of_int(v1) = v2 &
% 218.70/39.62 | number_number_of_int(min) = v3 & int(v3) & int(v2) & int(v1) &
% 218.70/39.62 | int(v0) & ! [v4: int] : ! [v5: int] : ( ~ int(v5) | ~ int(v4) |
% 218.70/39.62 | ~ ord_less_int(v2, v5) | ~ zcong(v4, v3, v5) | ~ zcong(v4,
% 218.70/39.62 | one_one_int, v5)))
% 218.70/39.62 |
% 218.70/39.62 | ALPHA: (fact_498__096s_A_094_A2_A_N_A_N1_A_061_As_A_094_A2_A_L_A1_096)
% 218.70/39.62 | implies:
% 218.70/39.62 | (120) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 218.70/39.62 | int] : ? [v5: int] : (minus_minus_int(v3, v4) = v5 &
% 218.70/39.62 | number_number_of_nat(v1) = v2 & power_power_int(s, v2) = v3 &
% 218.70/39.62 | bit1(pls) = v0 & bit0(v0) = v1 & number_number_of_int(min) = v4 &
% 218.70/39.62 | plus_plus_int(v3, one_one_int) = v5 & nat(v2) & int(v5) & int(v4) &
% 218.70/39.62 | int(v3) & int(v1) & int(v0))
% 218.70/39.62 |
% 218.70/39.62 | ALPHA: (fact_499__096_126_AQuadRes_A_I4_A_K_Am_A_L_A1_J_A_N1_A_061_061_062_ALegendre_A_N)
% 218.70/39.62 | implies:
% 218.70/39.62 | (121) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.70/39.62 | int] : ? [v5: int] : ? [v6: int] : ? [v7: int] : (bit1(pls) = v0
% 218.70/39.62 | & bit0(v1) = v2 & bit0(v0) = v1 & number_number_of_int(v2) = v3 &
% 218.70/39.62 | number_number_of_int(min) = v6 & plus_plus_int(v4, one_one_int) =
% 218.70/39.62 | v5 & times_times_int(v3, m) = v4 & int(v6) & int(v5) & int(v4) &
% 218.70/39.62 | int(v3) & int(v2) & int(v1) & int(v0) & (quadRes(v5, v6) | ( ~ (v7
% 218.70/39.62 | = one_one_int) & legendre(v6, v5) = v7 & int(v7))))
% 218.70/39.62 |
% 218.70/39.62 | ALPHA: (fact_531_zspecial__product) implies:
% 218.70/39.62 | (122) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 218.70/39.62 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.70/39.62 | nat(v2) & int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5:
% 218.70/39.62 | int] : ! [v6: int] : ! [v7: int] : ( ~ (minus_minus_int(v5, v6)
% 218.70/39.62 | = v7) | ~ (power_power_int(v4, v2) = v6) | ~
% 218.70/39.62 | (power_power_int(v3, v2) = v5) | ~ int(v4) | ~ int(v3) | ?
% 218.70/39.62 | [v8: int] : ? [v9: int] : (minus_minus_int(v3, v4) = v9 &
% 218.70/39.62 | plus_plus_int(v3, v4) = v8 & times_times_int(v8, v9) = v7 &
% 218.70/39.62 | int(v9) & int(v8) & int(v7))))
% 218.70/39.62 |
% 218.70/39.62 | ALPHA: (fact_537_power2__diff) implies:
% 218.70/39.63 | (123) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: real] :
% 218.70/39.63 | (number267125858f_real(v1) = v3 & number_number_of_nat(v1) = v2 &
% 218.70/39.63 | bit1(pls) = v0 & bit0(v0) = v1 & real(v3) & nat(v2) & int(v1) &
% 218.70/39.63 | int(v0) & ! [v4: real] : ! [v5: real] : ! [v6: real] : ! [v7:
% 218.70/39.63 | real] : ! [v8: real] : ! [v9: real] : ! [v10: real] : ! [v11:
% 218.70/39.63 | real] : ( ~ (minus_minus_real(v8, v10) = v11) | ~
% 218.70/39.63 | (times_times_real(v9, v5) = v10) | ~ (times_times_real(v3, v4) =
% 218.70/39.63 | v9) | ~ (power_power_real(v5, v2) = v7) | ~
% 218.70/39.63 | (power_power_real(v4, v2) = v6) | ~ (plus_plus_real(v6, v7) =
% 218.70/39.63 | v8) | ~ real(v5) | ~ real(v4) | ? [v12: real] :
% 218.70/39.63 | (minus_minus_real(v4, v5) = v12 & power_power_real(v12, v2) = v11
% 218.70/39.63 | & real(v12) & real(v11))))
% 218.70/39.63 |
% 218.70/39.63 | ALPHA: (fact_538_power2__diff) implies:
% 218.70/39.63 | (124) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] :
% 218.70/39.63 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.70/39.63 | number_number_of_int(v1) = v3 & nat(v2) & int(v3) & int(v1) &
% 218.70/39.63 | int(v0) & ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int]
% 218.70/39.63 | : ! [v8: int] : ! [v9: int] : ! [v10: int] : ! [v11: int] : ( ~
% 218.70/39.63 | (minus_minus_int(v8, v10) = v11) | ~ (power_power_int(v5, v2) =
% 218.70/39.63 | v7) | ~ (power_power_int(v4, v2) = v6) | ~ (plus_plus_int(v6,
% 218.70/39.63 | v7) = v8) | ~ (times_times_int(v9, v5) = v10) | ~
% 218.70/39.63 | (times_times_int(v3, v4) = v9) | ~ int(v5) | ~ int(v4) | ?
% 218.70/39.63 | [v12: int] : (minus_minus_int(v4, v5) = v12 &
% 218.70/39.63 | power_power_int(v12, v2) = v11 & int(v12) & int(v11))))
% 218.70/39.63 |
% 218.70/39.63 | ALPHA: (fact_539_zdiff__power2) implies:
% 218.70/39.63 | (125) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] :
% 218.70/39.63 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.70/39.63 | number_number_of_int(v1) = v3 & nat(v2) & int(v3) & int(v1) &
% 218.70/39.63 | int(v0) & ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int]
% 218.70/39.63 | : ! [v8: int] : ! [v9: int] : ! [v10: int] : ! [v11: int] : ( ~
% 218.70/39.63 | (minus_minus_int(v6, v8) = v9) | ~ (power_power_int(v5, v2) =
% 218.70/39.63 | v10) | ~ (power_power_int(v4, v2) = v6) | ~
% 218.70/39.63 | (plus_plus_int(v9, v10) = v11) | ~ (times_times_int(v7, v5) =
% 218.70/39.63 | v8) | ~ (times_times_int(v3, v4) = v7) | ~ int(v5) | ~
% 218.70/39.63 | int(v4) | ? [v12: int] : (minus_minus_int(v4, v5) = v12 &
% 218.70/39.63 | power_power_int(v12, v2) = v11 & int(v12) & int(v11))))
% 218.70/39.63 |
% 218.70/39.63 | ALPHA: (fact_540_zdiff__power3) implies:
% 218.70/39.63 | (126) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 218.70/39.63 | int] : ? [v5: nat] : (number_number_of_nat(v4) = v5 &
% 218.70/39.63 | number_number_of_nat(v1) = v2 & bit1(v0) = v1 & bit1(pls) = v0 &
% 218.70/39.63 | bit0(v0) = v4 & number_number_of_int(v1) = v3 & nat(v5) & nat(v2) &
% 218.70/39.63 | int(v4) & int(v3) & int(v1) & int(v0) & ! [v6: int] : ! [v7: int]
% 218.70/39.63 | : ! [v8: int] : ! [v9: int] : ! [v10: int] : ! [v11: int] : !
% 218.70/39.64 | [v12: int] : ! [v13: int] : ! [v14: int] : ! [v15: int] : !
% 218.70/39.64 | [v16: int] : ! [v17: int] : ! [v18: int] : ( ~
% 218.70/39.64 | (minus_minus_int(v16, v17) = v18) | ~ (minus_minus_int(v8, v11)
% 218.70/39.64 | = v12) | ~ (power_power_int(v7, v5) = v14) | ~
% 218.70/39.64 | (power_power_int(v7, v2) = v17) | ~ (power_power_int(v6, v5) =
% 218.70/39.64 | v9) | ~ (power_power_int(v6, v2) = v8) | ~
% 218.70/39.64 | (plus_plus_int(v12, v15) = v16) | ~ (times_times_int(v13, v14) =
% 218.70/39.64 | v15) | ~ (times_times_int(v10, v7) = v11) | ~
% 218.70/39.64 | (times_times_int(v3, v9) = v10) | ~ (times_times_int(v3, v6) =
% 218.70/39.64 | v13) | ~ int(v7) | ~ int(v6) | ? [v19: int] :
% 218.70/39.64 | (minus_minus_int(v6, v7) = v19 & power_power_int(v19, v2) = v18 &
% 218.70/39.64 | int(v19) & int(v18))))
% 218.70/39.64 |
% 218.70/39.64 | ALPHA: (fact_554_Legendre__1mod4) implies:
% 218.70/39.64 | (127) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] : ? [v4:
% 218.70/39.64 | int] : (bit1(pls) = v0 & bit0(v1) = v2 & bit0(v0) = v1 &
% 218.70/39.64 | number_number_of_int(v2) = v3 & number_number_of_int(min) = v4 &
% 218.70/39.64 | int(v4) & int(v3) & int(v2) & int(v1) & int(v0) & ! [v5: int] : !
% 218.70/39.64 | [v6: int] : ( ~ (times_times_int(v3, v5) = v6) | ~ int(v5) | ?
% 218.70/39.64 | [v7: int] : ? [v8: int] : (plus_plus_int(v6, one_one_int) = v7 &
% 218.70/39.64 | int(v7) & ( ~ zprime(v7) | (v8 = one_one_int & legendre(v4, v7)
% 218.70/39.64 | = one_one_int)))))
% 218.70/39.64 |
% 218.70/39.64 | ALPHA: (fact_555_one__not__neg__one__mod__m) implies:
% 218.70/39.64 | (128) ? [v0: int] : ? [v1: int] : ? [v2: int] : ? [v3: int] :
% 218.70/39.64 | (bit1(pls) = v0 & bit0(v0) = v1 & number_number_of_int(v1) = v2 &
% 218.70/39.64 | number_number_of_int(min) = v3 & int(v3) & int(v2) & int(v1) &
% 218.70/39.64 | int(v0) & ! [v4: int] : ( ~ int(v4) | ~ ord_less_int(v2, v4) | ~
% 218.70/39.64 | zcong(one_one_int, v3, v4)))
% 218.70/39.64 |
% 218.70/39.64 | ALPHA: (fact_557_QuadRes__def) implies:
% 218.70/39.64 | (129) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 218.70/39.64 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.70/39.64 | nat(v2) & int(v1) & int(v0) & ! [v3: int] : ! [v4: int] : ! [v5:
% 218.70/39.64 | int] : ! [v6: int] : ( ~ (power_power_int(v5, v2) = v6) | ~
% 218.70/39.64 | int(v5) | ~ int(v4) | ~ int(v3) | ~ zcong(v6, v4, v3) |
% 218.70/39.64 | quadRes(v3, v4)) & ! [v3: int] : ! [v4: int] : ( ~ int(v4) | ~
% 218.70/39.64 | int(v3) | ~ quadRes(v3, v4) | ? [v5: int] : ? [v6: int] :
% 218.70/39.64 | (power_power_int(v5, v2) = v6 & int(v6) & int(v5) & zcong(v6, v4,
% 218.70/39.64 | v3))))
% 218.70/39.64 |
% 218.70/39.64 | ALPHA: (fact_558_real__sum__squared__expand) implies:
% 218.70/39.64 | (130) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: real] :
% 218.70/39.64 | (number267125858f_real(v1) = v3 & number_number_of_nat(v1) = v2 &
% 218.70/39.64 | bit1(pls) = v0 & bit0(v0) = v1 & real(v3) & nat(v2) & int(v1) &
% 218.70/39.64 | int(v0) & ! [v4: real] : ! [v5: real] : ! [v6: real] : ! [v7:
% 218.70/39.64 | real] : ! [v8: real] : ! [v9: real] : ! [v10: real] : ! [v11:
% 218.70/39.64 | real] : ( ~ (times_times_real(v9, v5) = v10) | ~
% 218.70/39.64 | (times_times_real(v3, v4) = v9) | ~ (power_power_real(v5, v2) =
% 218.70/39.64 | v7) | ~ (power_power_real(v4, v2) = v6) | ~
% 218.70/39.64 | (plus_plus_real(v8, v10) = v11) | ~ (plus_plus_real(v6, v7) =
% 218.70/39.64 | v8) | ~ real(v5) | ~ real(v4) | ? [v12: real] :
% 218.70/39.64 | (power_power_real(v12, v2) = v11 & plus_plus_real(v4, v5) = v12 &
% 218.70/39.64 | real(v12) & real(v11))))
% 218.70/39.64 |
% 218.70/39.64 | ALPHA: (fact_561_diff__square) implies:
% 218.70/39.65 | (131) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 218.70/39.65 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.70/39.65 | nat(v2) & int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ! [v5:
% 218.70/39.65 | nat] : ! [v6: nat] : ! [v7: nat] : ( ~ (minus_minus_nat(v5, v6)
% 218.70/39.65 | = v7) | ~ (power_power_nat(v4, v2) = v6) | ~
% 218.70/39.65 | (power_power_nat(v3, v2) = v5) | ~ nat(v4) | ~ nat(v3) | ?
% 218.70/39.65 | [v8: nat] : ? [v9: nat] : (minus_minus_nat(v3, v4) = v9 &
% 218.70/39.65 | times_times_nat(v8, v9) = v7 & plus_plus_nat(v3, v4) = v8 &
% 218.70/39.65 | nat(v9) & nat(v8) & nat(v7))))
% 218.70/39.65 |
% 218.70/39.65 | ALPHA: (fact_562_realpow__two__sum__zero__iff) implies:
% 218.70/39.65 | (132) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 218.70/39.65 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.70/39.65 | nat(v2) & int(v1) & int(v0) & ! [v3: real] : ! [v4: real] : !
% 218.70/39.65 | [v5: real] : ! [v6: real] : (v4 = zero_zero_real | ~
% 218.70/39.65 | (power_power_real(v4, v2) = v6) | ~ (power_power_real(v3, v2) =
% 218.70/39.65 | v5) | ~ (plus_plus_real(v5, v6) = zero_zero_real) | ~
% 218.70/39.65 | real(v4) | ~ real(v3)) & ! [v3: real] : ! [v4: real] : ! [v5:
% 218.70/39.65 | real] : ! [v6: real] : (v3 = zero_zero_real | ~
% 218.70/39.65 | (power_power_real(v4, v2) = v6) | ~ (power_power_real(v3, v2) =
% 218.70/39.65 | v5) | ~ (plus_plus_real(v5, v6) = zero_zero_real) | ~
% 218.70/39.65 | real(v4) | ~ real(v3)) & ! [v3: real] : ! [v4: real] : (v4 =
% 218.70/39.65 | zero_zero_real | ~ (power_power_real(zero_zero_real, v2) = v3) |
% 218.70/39.65 | ~ (plus_plus_real(v3, v3) = v4)))
% 218.70/39.65 |
% 218.70/39.65 | ALPHA: (fact_592_two__realpow__ge__one) implies:
% 218.70/39.65 | (133) ? [v0: int] : ? [v1: int] : ? [v2: real] :
% 218.70/39.65 | (number267125858f_real(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.70/39.65 | real(v2) & int(v1) & int(v0) & ! [v3: nat] : ! [v4: real] : ( ~
% 218.70/39.65 | (power_power_real(v2, v3) = v4) | ~ nat(v3) |
% 218.70/39.65 | ord_less_eq_real(one_one_real, v4)))
% 218.70/39.65 |
% 218.70/39.65 | ALPHA: (fact_697_divides__cases) implies:
% 218.70/39.65 | (134) ? [v0: int] : ? [v1: int] : ? [v2: nat] :
% 218.70/39.65 | (number_number_of_nat(v1) = v2 & bit1(pls) = v0 & bit0(v0) = v1 &
% 218.70/39.65 | nat(v2) & int(v1) & int(v0) & ! [v3: nat] : ! [v4: nat] : ! [v5:
% 218.70/39.65 | nat] : (v4 = v3 | v4 = zero_zero_nat | ~ (times_times_nat(v2,
% 218.70/39.65 | v3) = v5) | ~ nat(v4) | ~ nat(v3) | ~ dvd_dvd_nat(v3, v4)
% 218.70/39.65 | | ord_less_eq_nat(v5, v4)))
% 218.70/39.65 |
% 218.70/39.65 | ALPHA: (conj_0) implies:
% 218.70/39.65 | (135) ? [v0: int] : ? [v1: int] : ? [v2: nat] : ? [v3: int] : ? [v4:
% 218.70/39.65 | int] : (number_number_of_nat(v1) = v2 & power_power_int(s, v2) = v3
% 218.70/39.65 | & bit1(pls) = v0 & bit0(v0) = v1 & plus_plus_int(v3, one_one_int) =
% 218.70/39.65 | v4 & nat(v2) & int(v4) & int(v3) & int(v1) & int(v0) & ~
% 218.70/39.65 | ord_less_int(v4, zero_zero_int))
% 218.70/39.65 |
% 218.70/39.65 | ALPHA: (function-axioms) implies:
% 218.70/39.66 | (136) ! [v0: int] : ! [v1: int] : ! [v2: int] : (v1 = v0 | ~
% 218.70/39.66 | (number_number_of_int(v2) = v1) | ~ (number_number_of_int(v2) =
% 218.70/39.66 | v0))
% 218.70/39.66 | (137) ! [v0: int] : ! [v1: int] : ! [v2: int] : (v1 = v0 | ~ (bit0(v2)
% 218.70/39.66 | = v1) | ~ (bit0(v2) = v0))
% 218.70/39.66 | (138) ! [v0: int] : ! [v1: int] : ! [v2: int] : (v1 = v0 | ~ (bit1(v2)
% 218.70/39.66 | = v1) | ~ (bit1(v2) = v0))
% 218.70/39.66 | (139) ! [v0: nat] : ! [v1: nat] : ! [v2: int] : (v1 = v0 | ~
% 218.70/39.66 | (number_number_of_nat(v2) = v1) | ~ (number_number_of_nat(v2) =
% 218.70/39.66 | v0))
% 218.70/39.66 | (140) ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3: int] : (v1 = v0
% 218.70/39.66 | | ~ (times_times_int(v3, v2) = v1) | ~ (times_times_int(v3, v2) =
% 218.70/39.66 | v0))
% 218.70/39.66 | (141) ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3: int] : (v1 = v0
% 218.70/39.66 | | ~ (plus_plus_int(v3, v2) = v1) | ~ (plus_plus_int(v3, v2) =
% 218.70/39.66 | v0))
% 218.70/39.66 | (142) ! [v0: int] : ! [v1: int] : ! [v2: nat] : ! [v3: int] : (v1 = v0
% 218.70/39.66 | | ~ (power_power_int(v3, v2) = v1) | ~ (power_power_int(v3, v2) =
% 218.70/39.66 | v0))
% 218.70/39.66 | (143) ! [v0: nat] : ! [v1: nat] : ! [v2: nat] : ! [v3: nat] : (v1 = v0
% 218.70/39.66 | | ~ (plus_plus_nat(v3, v2) = v1) | ~ (plus_plus_nat(v3, v2) =
% 218.70/39.66 | v0))
% 218.70/39.66 |
% 218.70/39.66 | DELTA: instantiating (65) with fresh symbol all_501_0 gives:
% 218.70/39.66 | (144) number_number_of_nat(all_501_0) = one_one_nat & bit1(pls) = all_501_0
% 218.70/39.66 | & int(all_501_0)
% 218.70/39.66 |
% 218.70/39.66 | ALPHA: (144) implies:
% 218.70/39.66 | (145) bit1(pls) = all_501_0
% 218.70/39.66 |
% 218.70/39.66 | DELTA: instantiating (66) with fresh symbol all_504_0 gives:
% 218.70/39.66 | (146) number267125858f_real(all_504_0) = one_one_real & bit1(pls) =
% 218.70/39.66 | all_504_0 & int(all_504_0)
% 218.70/39.66 |
% 218.70/39.66 | ALPHA: (146) implies:
% 218.70/39.66 | (147) bit1(pls) = all_504_0
% 218.70/39.66 |
% 218.70/39.66 | DELTA: instantiating (67) with fresh symbol all_507_0 gives:
% 218.70/39.67 | (148) bit1(pls) = all_507_0 & number_number_of_int(all_507_0) = one_one_int
% 218.70/39.67 | & int(all_507_0)
% 218.70/39.67 |
% 218.70/39.67 | ALPHA: (148) implies:
% 218.70/39.67 | (149) bit1(pls) = all_507_0
% 218.70/39.67 |
% 218.70/39.67 | DELTA: instantiating (67) with fresh symbol all_509_0 gives:
% 218.70/39.67 | (150) bit1(pls) = all_509_0 & number_number_of_int(all_509_0) = one_one_int
% 218.70/39.67 | & int(all_509_0)
% 218.70/39.67 |
% 218.70/39.67 | ALPHA: (150) implies:
% 218.70/39.67 | (151) bit1(pls) = all_509_0
% 218.70/39.67 |
% 218.70/39.67 | DELTA: instantiating (67) with fresh symbol all_511_0 gives:
% 218.70/39.67 | (152) bit1(pls) = all_511_0 & number_number_of_int(all_511_0) = one_one_int
% 218.70/39.67 | & int(all_511_0)
% 218.70/39.67 |
% 218.70/39.67 | ALPHA: (152) implies:
% 218.70/39.67 | (153) bit1(pls) = all_511_0
% 218.70/39.67 |
% 218.70/39.67 | DELTA: instantiating (65) with fresh symbol all_513_0 gives:
% 218.70/39.67 | (154) number_number_of_nat(all_513_0) = one_one_nat & bit1(pls) = all_513_0
% 218.70/39.67 | & int(all_513_0)
% 218.70/39.67 |
% 218.70/39.67 | ALPHA: (154) implies:
% 218.70/39.67 | (155) bit1(pls) = all_513_0
% 218.70/39.67 |
% 218.70/39.67 | DELTA: instantiating (66) with fresh symbol all_515_0 gives:
% 218.70/39.67 | (156) number267125858f_real(all_515_0) = one_one_real & bit1(pls) =
% 218.70/39.67 | all_515_0 & int(all_515_0)
% 218.70/39.67 |
% 218.70/39.67 | ALPHA: (156) implies:
% 218.70/39.67 | (157) bit1(pls) = all_515_0
% 218.70/39.67 |
% 218.70/39.67 | DELTA: instantiating (65) with fresh symbol all_517_0 gives:
% 218.70/39.67 | (158) number_number_of_nat(all_517_0) = one_one_nat & bit1(pls) = all_517_0
% 218.70/39.67 | & int(all_517_0)
% 218.70/39.67 |
% 218.70/39.67 | ALPHA: (158) implies:
% 218.70/39.67 | (159) bit1(pls) = all_517_0
% 218.70/39.67 |
% 218.70/39.67 | DELTA: instantiating (67) with fresh symbol all_519_0 gives:
% 218.70/39.67 | (160) bit1(pls) = all_519_0 & number_number_of_int(all_519_0) = one_one_int
% 218.70/39.67 | & int(all_519_0)
% 218.70/39.67 |
% 218.70/39.67 | ALPHA: (160) implies:
% 218.70/39.67 | (161) bit1(pls) = all_519_0
% 218.70/39.67 |
% 218.70/39.67 | DELTA: instantiating (66) with fresh symbol all_521_0 gives:
% 218.70/39.67 | (162) number267125858f_real(all_521_0) = one_one_real & bit1(pls) =
% 218.70/39.67 | all_521_0 & int(all_521_0)
% 218.70/39.67 |
% 218.70/39.67 | ALPHA: (162) implies:
% 218.70/39.67 | (163) bit1(pls) = all_521_0
% 218.70/39.67 |
% 218.70/39.67 | DELTA: instantiating (101) with fresh symbol all_546_0 gives:
% 218.70/39.67 | (164) plus_plus_nat(one_one_nat, one_one_nat) = all_546_0 & nat(all_546_0)
% 218.70/39.67 | & ! [v0: nat] : ! [v1: nat] : ( ~ (times_times_nat(all_546_0, v0) =
% 218.70/39.67 | v1) | ~ nat(v0) | (plus_plus_nat(v0, v0) = v1 & nat(v1)))
% 218.70/39.67 |
% 218.70/39.67 | ALPHA: (164) implies:
% 218.70/39.67 | (165) plus_plus_nat(one_one_nat, one_one_nat) = all_546_0
% 218.70/39.67 |
% 218.70/39.67 | DELTA: instantiating (70) with fresh symbols all_552_0, all_552_1, all_552_2
% 218.70/39.67 | gives:
% 218.70/39.67 | (166) bit1(pls) = all_552_1 & bit0(all_552_1) = all_552_0 &
% 218.70/39.67 | number_number_of_int(all_552_0) = all_552_2 &
% 218.70/39.67 | plus_plus_int(one_one_int, one_one_int) = all_552_2 & int(all_552_0)
% 218.70/39.67 | & int(all_552_1) & int(all_552_2)
% 218.70/39.67 |
% 218.70/39.67 | ALPHA: (166) implies:
% 218.70/39.67 | (167) bit0(all_552_1) = all_552_0
% 218.70/39.67 | (168) bit1(pls) = all_552_1
% 218.70/39.67 |
% 218.70/39.67 | DELTA: instantiating (15) with fresh symbols all_554_0, all_554_1, all_554_2
% 218.70/39.67 | gives:
% 218.70/39.67 | (169) number_number_of_nat(all_554_1) = all_554_0 &
% 218.70/39.67 | power_power_int(one_one_int, all_554_0) = one_one_int & bit1(pls) =
% 218.70/39.67 | all_554_2 & bit0(all_554_2) = all_554_1 & nat(all_554_0) &
% 218.70/39.67 | int(all_554_1) & int(all_554_2)
% 218.70/39.67 |
% 218.70/39.67 | ALPHA: (169) implies:
% 218.70/39.68 | (170) bit0(all_554_2) = all_554_1
% 218.70/39.68 | (171) bit1(pls) = all_554_2
% 218.70/39.68 | (172) number_number_of_nat(all_554_1) = all_554_0
% 218.70/39.68 |
% 218.70/39.68 | DELTA: instantiating (17) with fresh symbols all_556_0, all_556_1, all_556_2
% 218.70/39.68 | gives:
% 218.70/39.68 | (173) power_power_nat(zero_zero_nat, all_556_0) = zero_zero_nat &
% 218.70/39.68 | number_number_of_nat(all_556_1) = all_556_0 & bit1(pls) = all_556_2 &
% 218.70/39.68 | bit0(all_556_2) = all_556_1 & nat(all_556_0) & int(all_556_1) &
% 218.70/39.68 | int(all_556_2)
% 218.70/39.68 |
% 218.70/39.68 | ALPHA: (173) implies:
% 218.70/39.68 | (174) bit0(all_556_2) = all_556_1
% 218.70/39.68 | (175) bit1(pls) = all_556_2
% 218.70/39.68 | (176) number_number_of_nat(all_556_1) = all_556_0
% 218.70/39.68 |
% 218.70/39.68 | DELTA: instantiating (48) with fresh symbols all_561_0, all_561_1 gives:
% 218.70/39.68 | (177) number267125858f_real(all_561_1) = all_561_0 & bit1(pls) = all_561_1
% 218.70/39.68 | & real(all_561_0) & int(all_561_1) & ! [v0: real] : ! [v1: real] :
% 218.70/39.68 | (v1 = v0 | ~ (times_times_real(all_561_0, v0) = v1) | ~ real(v0))
% 218.70/39.68 |
% 218.70/39.68 | ALPHA: (177) implies:
% 218.70/39.68 | (178) bit1(pls) = all_561_1
% 218.70/39.68 |
% 218.70/39.68 | DELTA: instantiating (13) with fresh symbols all_564_0, all_564_1, all_564_2
% 218.70/39.68 | gives:
% 218.70/39.68 | (179) power_power_real(one_one_real, all_564_0) = one_one_real &
% 218.70/39.68 | number_number_of_nat(all_564_1) = all_564_0 & bit1(pls) = all_564_2 &
% 218.70/39.68 | bit0(all_564_2) = all_564_1 & nat(all_564_0) & int(all_564_1) &
% 218.70/39.68 | int(all_564_2)
% 218.70/39.68 |
% 218.70/39.68 | ALPHA: (179) implies:
% 218.70/39.68 | (180) bit0(all_564_2) = all_564_1
% 218.70/39.68 | (181) bit1(pls) = all_564_2
% 218.70/39.68 | (182) number_number_of_nat(all_564_1) = all_564_0
% 218.70/39.68 |
% 218.70/39.68 | DELTA: instantiating (50) with fresh symbols all_566_0, all_566_1 gives:
% 218.70/39.68 | (183) number267125858f_real(all_566_1) = all_566_0 & bit1(pls) = all_566_1
% 218.70/39.68 | & real(all_566_0) & int(all_566_1) & ! [v0: real] : ! [v1: real] :
% 218.70/39.68 | (v1 = v0 | ~ (times_times_real(v0, all_566_0) = v1) | ~ real(v0))
% 218.70/39.68 |
% 218.70/39.68 | ALPHA: (183) implies:
% 218.70/39.68 | (184) bit1(pls) = all_566_1
% 218.70/39.68 |
% 218.70/39.68 | DELTA: instantiating (49) with fresh symbols all_569_0, all_569_1 gives:
% 218.70/39.68 | (185) bit1(pls) = all_569_1 & number_number_of_int(all_569_1) = all_569_0 &
% 218.70/39.68 | int(all_569_0) & int(all_569_1) & ! [v0: int] : ! [v1: int] : (v1 =
% 218.70/39.68 | v0 | ~ (times_times_int(all_569_0, v0) = v1) | ~ int(v0))
% 218.70/39.68 |
% 218.70/39.68 | ALPHA: (185) implies:
% 218.70/39.68 | (186) bit1(pls) = all_569_1
% 218.70/39.68 |
% 218.70/39.68 | DELTA: instantiating (68) with fresh symbols all_572_0, all_572_1, all_572_2
% 218.70/39.68 | gives:
% 218.70/39.68 | (187) plus_plus_nat(one_one_nat, one_one_nat) = all_572_2 &
% 218.70/39.68 | number_number_of_nat(all_572_0) = all_572_2 & bit1(pls) = all_572_1 &
% 218.70/39.68 | bit0(all_572_1) = all_572_0 & nat(all_572_2) & int(all_572_0) &
% 218.70/39.68 | int(all_572_1)
% 218.70/39.68 |
% 218.70/39.68 | ALPHA: (187) implies:
% 218.70/39.68 | (188) bit0(all_572_1) = all_572_0
% 218.70/39.68 | (189) bit1(pls) = all_572_1
% 218.70/39.68 | (190) number_number_of_nat(all_572_0) = all_572_2
% 218.70/39.68 | (191) plus_plus_nat(one_one_nat, one_one_nat) = all_572_2
% 218.70/39.68 |
% 218.70/39.68 | DELTA: instantiating (16) with fresh symbols all_574_0, all_574_1, all_574_2
% 218.70/39.68 | gives:
% 218.70/39.68 | (192) power_power_real(zero_zero_real, all_574_0) = zero_zero_real &
% 218.70/39.68 | number_number_of_nat(all_574_1) = all_574_0 & bit1(pls) = all_574_2 &
% 218.70/39.69 | bit0(all_574_2) = all_574_1 & nat(all_574_0) & int(all_574_1) &
% 218.70/39.69 | int(all_574_2)
% 218.70/39.69 |
% 218.70/39.69 | ALPHA: (192) implies:
% 218.70/39.69 | (193) bit0(all_574_2) = all_574_1
% 218.70/39.69 | (194) bit1(pls) = all_574_2
% 218.70/39.69 | (195) number_number_of_nat(all_574_1) = all_574_0
% 218.70/39.69 |
% 218.70/39.69 | DELTA: instantiating (110) with fresh symbols all_576_0, all_576_1, all_576_2
% 218.70/39.69 | gives:
% 218.70/39.69 | (196) number_number_of_nat(all_576_1) = all_576_0 & bit1(pls) = all_576_2 &
% 218.70/39.69 | bit0(all_576_2) = all_576_1 & nat(all_576_0) & int(all_576_1) &
% 218.70/39.69 | int(all_576_2) & ord_less_nat(zero_zero_nat, all_576_0)
% 218.70/39.69 |
% 218.70/39.69 | ALPHA: (196) implies:
% 218.70/39.69 | (197) bit0(all_576_2) = all_576_1
% 218.70/39.69 | (198) bit1(pls) = all_576_2
% 218.70/39.69 | (199) number_number_of_nat(all_576_1) = all_576_0
% 218.70/39.69 |
% 218.70/39.69 | DELTA: instantiating (69) with fresh symbols all_578_0, all_578_1, all_578_2
% 218.70/39.69 | gives:
% 218.70/39.69 | (200) number267125858f_real(all_578_0) = all_578_2 &
% 218.70/39.69 | plus_plus_real(one_one_real, one_one_real) = all_578_2 & bit1(pls) =
% 218.70/39.69 | all_578_1 & bit0(all_578_1) = all_578_0 & real(all_578_2) &
% 218.70/39.69 | int(all_578_0) & int(all_578_1)
% 218.70/39.69 |
% 218.70/39.69 | ALPHA: (200) implies:
% 218.70/39.69 | (201) bit0(all_578_1) = all_578_0
% 218.70/39.69 | (202) bit1(pls) = all_578_1
% 218.70/39.69 |
% 218.70/39.69 | DELTA: instantiating (14) with fresh symbols all_580_0, all_580_1, all_580_2
% 218.70/39.69 | gives:
% 218.70/39.69 | (203) power_power_nat(one_one_nat, all_580_0) = one_one_nat &
% 218.70/39.69 | number_number_of_nat(all_580_1) = all_580_0 & bit1(pls) = all_580_2 &
% 218.70/39.69 | bit0(all_580_2) = all_580_1 & nat(all_580_0) & int(all_580_1) &
% 218.70/39.69 | int(all_580_2)
% 218.70/39.69 |
% 218.70/39.69 | ALPHA: (203) implies:
% 218.70/39.69 | (204) bit0(all_580_2) = all_580_1
% 219.00/39.69 | (205) bit1(pls) = all_580_2
% 219.00/39.69 | (206) number_number_of_nat(all_580_1) = all_580_0
% 219.00/39.69 |
% 219.00/39.69 | DELTA: instantiating (18) with fresh symbols all_582_0, all_582_1, all_582_2
% 219.00/39.69 | gives:
% 219.00/39.69 | (207) number_number_of_nat(all_582_1) = all_582_0 &
% 219.00/39.69 | power_power_int(zero_zero_int, all_582_0) = zero_zero_int & bit1(pls)
% 219.00/39.69 | = all_582_2 & bit0(all_582_2) = all_582_1 & nat(all_582_0) &
% 219.00/39.69 | int(all_582_1) & int(all_582_2)
% 219.00/39.69 |
% 219.00/39.69 | ALPHA: (207) implies:
% 219.00/39.69 | (208) bit0(all_582_2) = all_582_1
% 219.00/39.69 | (209) bit1(pls) = all_582_2
% 219.00/39.69 | (210) number_number_of_nat(all_582_1) = all_582_0
% 219.00/39.69 |
% 219.00/39.69 | DELTA: instantiating (68) with fresh symbols all_584_0, all_584_1, all_584_2
% 219.00/39.69 | gives:
% 219.00/39.69 | (211) plus_plus_nat(one_one_nat, one_one_nat) = all_584_2 &
% 219.00/39.69 | number_number_of_nat(all_584_0) = all_584_2 & bit1(pls) = all_584_1 &
% 219.00/39.69 | bit0(all_584_1) = all_584_0 & nat(all_584_2) & int(all_584_0) &
% 219.00/39.69 | int(all_584_1)
% 219.00/39.69 |
% 219.00/39.69 | ALPHA: (211) implies:
% 219.00/39.69 | (212) bit0(all_584_1) = all_584_0
% 219.00/39.69 | (213) bit1(pls) = all_584_1
% 219.00/39.69 | (214) plus_plus_nat(one_one_nat, one_one_nat) = all_584_2
% 219.00/39.69 |
% 219.00/39.69 | DELTA: instantiating (82) with fresh symbols all_586_0, all_586_1, all_586_2
% 219.00/39.69 | gives:
% 219.00/39.69 | (215) bit1(pls) = all_586_2 & bit0(all_586_2) = all_586_1 &
% 219.00/39.69 | number_number_of_int(all_586_1) = all_586_0 & int(all_586_0) &
% 219.00/39.69 | int(all_586_1) & int(all_586_2) & ord_less_eq_int(zero_zero_int,
% 219.00/39.69 | all_586_0)
% 219.00/39.69 |
% 219.00/39.69 | ALPHA: (215) implies:
% 219.00/39.69 | (216) bit0(all_586_2) = all_586_1
% 219.00/39.69 | (217) bit1(pls) = all_586_2
% 219.00/39.69 |
% 219.00/39.69 | DELTA: instantiating (90) with fresh symbols all_588_0, all_588_1, all_588_2
% 219.00/39.69 | gives:
% 219.00/39.70 | (218) bit1(pls) = all_588_2 & bit0(all_588_2) = all_588_1 &
% 219.00/39.70 | number_number_of_int(all_588_1) = all_588_0 & int(all_588_0) &
% 219.00/39.70 | int(all_588_1) & int(all_588_2) & zprime(all_588_0)
% 219.00/39.70 |
% 219.00/39.70 | ALPHA: (218) implies:
% 219.00/39.70 | (219) bit0(all_588_2) = all_588_1
% 219.00/39.70 | (220) bit1(pls) = all_588_2
% 219.00/39.70 |
% 219.00/39.70 | DELTA: instantiating (51) with fresh symbols all_590_0, all_590_1 gives:
% 219.00/39.70 | (221) bit1(pls) = all_590_1 & number_number_of_int(all_590_1) = all_590_0 &
% 219.00/39.70 | int(all_590_0) & int(all_590_1) & ! [v0: int] : ! [v1: int] : (v1 =
% 219.00/39.70 | v0 | ~ (times_times_int(v0, all_590_0) = v1) | ~ int(v0))
% 219.00/39.70 |
% 219.00/39.70 | ALPHA: (221) implies:
% 219.00/39.70 | (222) bit1(pls) = all_590_1
% 219.00/39.70 |
% 219.00/39.70 | DELTA: instantiating (69) with fresh symbols all_593_0, all_593_1, all_593_2
% 219.00/39.70 | gives:
% 219.00/39.70 | (223) number267125858f_real(all_593_0) = all_593_2 &
% 219.00/39.70 | plus_plus_real(one_one_real, one_one_real) = all_593_2 & bit1(pls) =
% 219.00/39.70 | all_593_1 & bit0(all_593_1) = all_593_0 & real(all_593_2) &
% 219.00/39.70 | int(all_593_0) & int(all_593_1)
% 219.00/39.70 |
% 219.00/39.70 | ALPHA: (223) implies:
% 219.00/39.70 | (224) bit0(all_593_1) = all_593_0
% 219.00/39.70 | (225) bit1(pls) = all_593_1
% 219.00/39.70 |
% 219.00/39.70 | DELTA: instantiating (102) with fresh symbols all_595_0, all_595_1, all_595_2
% 219.00/39.70 | gives:
% 219.00/39.70 | (226) bit1(all_595_2) = all_595_1 & bit1(pls) = all_595_2 &
% 219.00/39.70 | number_number_of_int(all_595_1) = all_595_0 & int(all_595_0) &
% 219.00/39.70 | int(all_595_1) & int(all_595_2) & ord_less_eq_int(zero_zero_int,
% 219.00/39.70 | all_595_0)
% 219.00/39.70 |
% 219.00/39.70 | ALPHA: (226) implies:
% 219.00/39.70 | (227) bit1(pls) = all_595_2
% 219.00/39.70 |
% 219.00/39.70 | DELTA: instantiating (70) with fresh symbols all_597_0, all_597_1, all_597_2
% 219.00/39.70 | gives:
% 219.00/39.70 | (228) bit1(pls) = all_597_1 & bit0(all_597_1) = all_597_0 &
% 219.00/39.70 | number_number_of_int(all_597_0) = all_597_2 &
% 219.00/39.70 | plus_plus_int(one_one_int, one_one_int) = all_597_2 & int(all_597_0)
% 219.00/39.70 | & int(all_597_1) & int(all_597_2)
% 219.00/39.70 |
% 219.00/39.70 | ALPHA: (228) implies:
% 219.00/39.70 | (229) bit0(all_597_1) = all_597_0
% 219.00/39.70 | (230) bit1(pls) = all_597_1
% 219.00/39.70 |
% 219.00/39.70 | DELTA: instantiating (39) with fresh symbols all_599_0, all_599_1, all_599_2
% 219.00/39.70 | gives:
% 219.00/39.70 | (231) number_number_of_nat(all_599_1) = all_599_0 & bit1(pls) = all_599_2 &
% 219.00/39.70 | bit0(all_599_2) = all_599_1 & nat(all_599_0) & int(all_599_1) &
% 219.00/39.70 | int(all_599_2) & ! [v0: real] : ! [v1: real] : ( ~
% 219.00/39.70 | (power_power_real(v0, all_599_0) = v1) | ~ real(v0) |
% 219.00/39.70 | ord_less_eq_real(zero_zero_real, v1))
% 219.00/39.70 |
% 219.00/39.70 | ALPHA: (231) implies:
% 219.00/39.70 | (232) bit0(all_599_2) = all_599_1
% 219.00/39.70 | (233) bit1(pls) = all_599_2
% 219.00/39.70 | (234) number_number_of_nat(all_599_1) = all_599_0
% 219.00/39.70 |
% 219.00/39.70 | DELTA: instantiating (40) with fresh symbols all_602_0, all_602_1, all_602_2
% 219.00/39.70 | gives:
% 219.00/39.70 | (235) number_number_of_nat(all_602_1) = all_602_0 & bit1(pls) = all_602_2 &
% 219.00/39.70 | bit0(all_602_2) = all_602_1 & nat(all_602_0) & int(all_602_1) &
% 219.00/39.70 | int(all_602_2) & ! [v0: int] : ! [v1: int] : ( ~
% 219.00/39.70 | (power_power_int(v0, all_602_0) = v1) | ~ int(v0) |
% 219.00/39.70 | ord_less_eq_int(zero_zero_int, v1))
% 219.00/39.70 |
% 219.00/39.70 | ALPHA: (235) implies:
% 219.00/39.70 | (236) bit0(all_602_2) = all_602_1
% 219.00/39.70 | (237) bit1(pls) = all_602_2
% 219.00/39.70 | (238) number_number_of_nat(all_602_1) = all_602_0
% 219.00/39.70 |
% 219.00/39.70 | DELTA: instantiating (22) with fresh symbol all_605_0 gives:
% 219.00/39.71 | (239) bit1(pls) = all_605_0 & int(all_605_0) & ! [v0: int] : ! [v1: int]
% 219.00/39.71 | : ( ~ (plus_plus_int(all_605_0, v0) = v1) | ~ int(v0) | ? [v2: int]
% 219.00/39.71 | : ? [v3: int] : (number_number_of_int(v1) = v3 &
% 219.00/39.71 | number_number_of_int(v0) = v2 & plus_plus_int(one_one_int, v2) =
% 219.00/39.71 | v3 & int(v3) & int(v2)))
% 219.00/39.71 |
% 219.00/39.71 | ALPHA: (239) implies:
% 219.00/39.71 | (240) bit1(pls) = all_605_0
% 219.00/39.71 |
% 219.00/39.71 | DELTA: instantiating (10) with fresh symbols all_608_0, all_608_1, all_608_2
% 219.00/39.71 | gives:
% 219.00/39.71 | (241) number_number_of_nat(all_608_1) = all_608_0 & bit1(pls) = all_608_2 &
% 219.00/39.71 | bit0(all_608_2) = all_608_1 & nat(all_608_0) & int(all_608_1) &
% 219.00/39.71 | int(all_608_2) & ! [v0: int] : ! [v1: int] : ( ~
% 219.00/39.71 | (power_power_int(v0, all_608_0) = v1) | ~ int(v0) | ~
% 219.00/39.71 | ord_less_int(v1, zero_zero_int))
% 219.00/39.71 |
% 219.00/39.71 | ALPHA: (241) implies:
% 219.00/39.71 | (242) bit0(all_608_2) = all_608_1
% 219.00/39.71 | (243) bit1(pls) = all_608_2
% 219.00/39.71 | (244) number_number_of_nat(all_608_1) = all_608_0
% 219.00/39.71 |
% 219.00/39.71 | DELTA: instantiating (23) with fresh symbol all_611_0 gives:
% 219.00/39.71 | (245) bit1(pls) = all_611_0 & int(all_611_0) & ! [v0: int] : ! [v1: int]
% 219.00/39.71 | : ( ~ (plus_plus_int(v0, all_611_0) = v1) | ~ int(v0) | ? [v2:
% 219.00/39.71 | real] : ? [v3: real] : (number267125858f_real(v1) = v3 &
% 219.00/39.71 | number267125858f_real(v0) = v2 & plus_plus_real(v2, one_one_real)
% 219.00/39.71 | = v3 & real(v3) & real(v2)))
% 219.00/39.71 |
% 219.00/39.71 | ALPHA: (245) implies:
% 219.00/39.71 | (246) bit1(pls) = all_611_0
% 219.00/39.71 |
% 219.00/39.71 | DELTA: instantiating (9) with fresh symbols all_614_0, all_614_1, all_614_2
% 219.00/39.71 | gives:
% 219.00/39.71 | (247) number_number_of_nat(all_614_1) = all_614_0 & bit1(pls) = all_614_2 &
% 219.00/39.71 | bit0(all_614_2) = all_614_1 & nat(all_614_0) & int(all_614_1) &
% 219.00/39.71 | int(all_614_2) & ! [v0: real] : ! [v1: real] : ( ~
% 219.00/39.71 | (power_power_real(v0, all_614_0) = v1) | ~ real(v0) | ~
% 219.00/39.71 | ord_less_real(v1, zero_zero_real))
% 219.00/39.71 |
% 219.00/39.71 | ALPHA: (247) implies:
% 219.00/39.71 | (248) bit0(all_614_2) = all_614_1
% 219.00/39.71 | (249) bit1(pls) = all_614_2
% 219.00/39.71 | (250) number_number_of_nat(all_614_1) = all_614_0
% 219.00/39.71 |
% 219.00/39.71 | DELTA: instantiating (21) with fresh symbol all_620_0 gives:
% 219.00/39.71 | (251) bit1(pls) = all_620_0 & int(all_620_0) & ! [v0: int] : ! [v1: int]
% 219.00/39.71 | : ( ~ (plus_plus_int(all_620_0, v0) = v1) | ~ int(v0) | ? [v2:
% 219.00/39.71 | real] : ? [v3: real] : (number267125858f_real(v1) = v3 &
% 219.00/39.71 | number267125858f_real(v0) = v2 & plus_plus_real(one_one_real, v2)
% 219.00/39.71 | = v3 & real(v3) & real(v2)))
% 219.00/39.71 |
% 219.00/39.71 | ALPHA: (251) implies:
% 219.00/39.71 | (252) bit1(pls) = all_620_0
% 219.00/39.71 |
% 219.00/39.71 | DELTA: instantiating (133) with fresh symbols all_626_0, all_626_1, all_626_2
% 219.00/39.71 | gives:
% 219.00/39.71 | (253) number267125858f_real(all_626_1) = all_626_0 & bit1(pls) = all_626_2
% 219.00/39.71 | & bit0(all_626_2) = all_626_1 & real(all_626_0) & int(all_626_1) &
% 219.00/39.71 | int(all_626_2) & ! [v0: nat] : ! [v1: real] : ( ~
% 219.00/39.71 | (power_power_real(all_626_0, v0) = v1) | ~ nat(v0) |
% 219.00/39.71 | ord_less_eq_real(one_one_real, v1))
% 219.00/39.71 |
% 219.00/39.71 | ALPHA: (253) implies:
% 219.00/39.72 | (254) bit0(all_626_2) = all_626_1
% 219.00/39.72 | (255) bit1(pls) = all_626_2
% 219.00/39.72 |
% 219.00/39.72 | DELTA: instantiating (24) with fresh symbol all_629_0 gives:
% 219.00/39.72 | (256) bit1(pls) = all_629_0 & int(all_629_0) & ! [v0: int] : ! [v1: int]
% 219.00/39.72 | : ( ~ (plus_plus_int(v0, all_629_0) = v1) | ~ int(v0) | ? [v2: int]
% 219.00/39.72 | : ? [v3: int] : (number_number_of_int(v1) = v3 &
% 219.00/39.72 | number_number_of_int(v0) = v2 & plus_plus_int(v2, one_one_int) =
% 219.00/39.72 | v3 & int(v3) & int(v2)))
% 219.00/39.72 |
% 219.00/39.72 | ALPHA: (256) implies:
% 219.00/39.72 | (257) bit1(pls) = all_629_0
% 219.00/39.72 |
% 219.00/39.72 | DELTA: instantiating (81) with fresh symbols all_632_0, all_632_1, all_632_2
% 219.00/39.72 | gives:
% 219.00/39.72 | (258) number_number_of_nat(all_632_1) = all_632_0 & bit1(pls) = all_632_2 &
% 219.00/39.72 | bit0(all_632_2) = all_632_1 & nat(all_632_0) & int(all_632_1) &
% 219.00/39.72 | int(all_632_2) & ! [v0: int] : ! [v1: int] : ( ~
% 219.00/39.72 | (power_power_int(v0, all_632_0) = v1) | ~ int(v0) |
% 219.00/39.72 | ord_less_eq_int(v0, v1))
% 219.00/39.72 |
% 219.00/39.72 | ALPHA: (258) implies:
% 219.00/39.72 | (259) bit0(all_632_2) = all_632_1
% 219.00/39.72 | (260) bit1(pls) = all_632_2
% 219.00/39.72 | (261) number_number_of_nat(all_632_1) = all_632_0
% 219.00/39.72 |
% 219.00/39.72 | DELTA: instantiating (106) with fresh symbols all_635_0, all_635_1, all_635_2
% 219.00/39.72 | gives:
% 219.00/39.72 | (262) number_number_of_nat(all_635_1) = all_635_0 & bit1(pls) = all_635_2 &
% 219.00/39.72 | bit0(all_635_2) = all_635_1 & nat(all_635_0) & int(all_635_1) &
% 219.00/39.72 | int(all_635_2) & ! [v0: int] : ! [v1: int] : ( ~
% 219.00/39.72 | (power_power_int(v0, all_635_0) = v1) | ~ int(v0) |
% 219.00/39.72 | (times_times_int(v0, v0) = v1 & int(v1)))
% 219.00/39.72 |
% 219.00/39.72 | ALPHA: (262) implies:
% 219.00/39.72 | (263) bit0(all_635_2) = all_635_1
% 219.00/39.72 | (264) bit1(pls) = all_635_2
% 219.00/39.72 | (265) number_number_of_nat(all_635_1) = all_635_0
% 219.00/39.72 |
% 219.00/39.72 | DELTA: instantiating (57) with fresh symbols all_638_0, all_638_1, all_638_2
% 219.00/39.72 | gives:
% 219.00/39.72 | (266) bit1(pls) = all_638_2 & bit0(all_638_2) = all_638_1 &
% 219.00/39.72 | number_number_of_int(all_638_1) = all_638_0 & int(all_638_0) &
% 219.00/39.72 | int(all_638_1) & int(all_638_2) & ! [v0: int] : ! [v1: int] : ( ~
% 219.00/39.72 | (times_times_int(all_638_0, v0) = v1) | ~ int(v0) |
% 219.00/39.72 | (plus_plus_int(v0, v0) = v1 & int(v1)))
% 219.00/39.72 |
% 219.00/39.72 | ALPHA: (266) implies:
% 219.00/39.72 | (267) bit0(all_638_2) = all_638_1
% 219.00/39.72 | (268) bit1(pls) = all_638_2
% 219.00/39.72 |
% 219.00/39.72 | DELTA: instantiating (59) with fresh symbols all_641_0, all_641_1, all_641_2
% 219.00/39.72 | gives:
% 219.00/39.72 | (269) bit1(pls) = all_641_2 & bit0(all_641_2) = all_641_1 &
% 219.00/39.72 | number_number_of_int(all_641_1) = all_641_0 & int(all_641_0) &
% 219.00/39.72 | int(all_641_1) & int(all_641_2) & ! [v0: int] : ! [v1: int] : ( ~
% 219.00/39.72 | (times_times_int(v0, all_641_0) = v1) | ~ int(v0) |
% 219.00/39.72 | (plus_plus_int(v0, v0) = v1 & int(v1)))
% 219.00/39.72 |
% 219.00/39.72 | ALPHA: (269) implies:
% 219.00/39.72 | (270) bit0(all_641_2) = all_641_1
% 219.00/39.72 | (271) bit1(pls) = all_641_2
% 219.00/39.72 |
% 219.00/39.72 | DELTA: instantiating (59) with fresh symbols all_644_0, all_644_1, all_644_2
% 219.00/39.72 | gives:
% 219.00/39.73 | (272) bit1(pls) = all_644_2 & bit0(all_644_2) = all_644_1 &
% 219.00/39.73 | number_number_of_int(all_644_1) = all_644_0 & int(all_644_0) &
% 219.00/39.73 | int(all_644_1) & int(all_644_2) & ! [v0: int] : ! [v1: int] : ( ~
% 219.00/39.73 | (times_times_int(v0, all_644_0) = v1) | ~ int(v0) |
% 219.00/39.73 | (plus_plus_int(v0, v0) = v1 & int(v1)))
% 219.00/39.73 |
% 219.00/39.73 | ALPHA: (272) implies:
% 219.00/39.73 | (273) bit0(all_644_2) = all_644_1
% 219.00/39.73 | (274) bit1(pls) = all_644_2
% 219.00/39.73 |
% 219.00/39.73 | DELTA: instantiating (74) with fresh symbol all_647_0 gives:
% 219.00/39.73 | (275) bit1(pls) = all_647_0 & int(all_647_0) & ! [v0: int] : ! [v1: int]
% 219.00/39.73 | : ( ~ (number_number_of_int(v0) = v1) | ~ int(v0) | ~
% 219.00/39.73 | ord_less_int(all_647_0, v0) | ord_less_int(one_one_int, v1)) & !
% 219.00/39.73 | [v0: int] : ! [v1: int] : ( ~ (number_number_of_int(v0) = v1) | ~
% 219.00/39.73 | int(v0) | ~ ord_less_int(one_one_int, v1) |
% 219.00/39.73 | ord_less_int(all_647_0, v0))
% 219.00/39.73 |
% 219.00/39.73 | ALPHA: (275) implies:
% 219.00/39.73 | (276) bit1(pls) = all_647_0
% 219.00/39.73 |
% 219.00/39.73 | DELTA: instantiating (56) with fresh symbols all_650_0, all_650_1, all_650_2
% 219.00/39.73 | gives:
% 219.00/39.73 | (277) number267125858f_real(all_650_1) = all_650_0 & bit1(pls) = all_650_2
% 219.00/39.73 | & bit0(all_650_2) = all_650_1 & real(all_650_0) & int(all_650_1) &
% 219.00/39.73 | int(all_650_2) & ! [v0: real] : ! [v1: real] : ( ~
% 219.00/39.73 | (times_times_real(all_650_0, v0) = v1) | ~ real(v0) |
% 219.00/39.73 | (plus_plus_real(v0, v0) = v1 & real(v1)))
% 219.00/39.73 |
% 219.00/39.73 | ALPHA: (277) implies:
% 219.00/39.73 | (278) bit0(all_650_2) = all_650_1
% 219.00/39.73 | (279) bit1(pls) = all_650_2
% 219.00/39.73 |
% 219.00/39.73 | DELTA: instantiating (105) with fresh symbols all_653_0, all_653_1, all_653_2
% 219.00/39.73 | gives:
% 219.00/39.73 | (280) number_number_of_nat(all_653_1) = all_653_0 & bit1(pls) = all_653_2 &
% 219.00/39.73 | bit0(all_653_2) = all_653_1 & nat(all_653_0) & int(all_653_1) &
% 219.00/39.73 | int(all_653_2) & ! [v0: nat] : ! [v1: nat] : ( ~
% 219.00/39.73 | (power_power_nat(v0, all_653_0) = v1) | ~ nat(v0) |
% 219.00/39.73 | (times_times_nat(v0, v0) = v1 & nat(v1)))
% 219.00/39.73 |
% 219.00/39.73 | ALPHA: (280) implies:
% 219.00/39.73 | (281) bit0(all_653_2) = all_653_1
% 219.00/39.73 | (282) bit1(pls) = all_653_2
% 219.00/39.73 | (283) number_number_of_nat(all_653_1) = all_653_0
% 219.00/39.73 |
% 219.00/39.73 | DELTA: instantiating (58) with fresh symbols all_656_0, all_656_1, all_656_2
% 219.00/39.73 | gives:
% 219.00/39.73 | (284) number267125858f_real(all_656_1) = all_656_0 & bit1(pls) = all_656_2
% 219.00/39.73 | & bit0(all_656_2) = all_656_1 & real(all_656_0) & int(all_656_1) &
% 219.00/39.73 | int(all_656_2) & ! [v0: real] : ! [v1: real] : ( ~
% 219.00/39.73 | (times_times_real(v0, all_656_0) = v1) | ~ real(v0) |
% 219.00/39.73 | (plus_plus_real(v0, v0) = v1 & real(v1)))
% 219.00/39.73 |
% 219.00/39.73 | ALPHA: (284) implies:
% 219.00/39.73 | (285) bit0(all_656_2) = all_656_1
% 219.00/39.73 | (286) bit1(pls) = all_656_2
% 219.00/39.73 |
% 219.00/39.73 | DELTA: instantiating (56) with fresh symbols all_659_0, all_659_1, all_659_2
% 219.00/39.73 | gives:
% 219.00/39.73 | (287) number267125858f_real(all_659_1) = all_659_0 & bit1(pls) = all_659_2
% 219.00/39.73 | & bit0(all_659_2) = all_659_1 & real(all_659_0) & int(all_659_1) &
% 219.00/39.73 | int(all_659_2) & ! [v0: real] : ! [v1: real] : ( ~
% 219.00/39.73 | (times_times_real(all_659_0, v0) = v1) | ~ real(v0) |
% 219.00/39.73 | (plus_plus_real(v0, v0) = v1 & real(v1)))
% 219.00/39.73 |
% 219.00/39.73 | ALPHA: (287) implies:
% 219.00/39.73 | (288) bit0(all_659_2) = all_659_1
% 219.00/39.74 | (289) bit1(pls) = all_659_2
% 219.00/39.74 |
% 219.00/39.74 | DELTA: instantiating (57) with fresh symbols all_662_0, all_662_1, all_662_2
% 219.00/39.74 | gives:
% 219.00/39.74 | (290) bit1(pls) = all_662_2 & bit0(all_662_2) = all_662_1 &
% 219.00/39.74 | number_number_of_int(all_662_1) = all_662_0 & int(all_662_0) &
% 219.00/39.74 | int(all_662_1) & int(all_662_2) & ! [v0: int] : ! [v1: int] : ( ~
% 219.00/39.74 | (times_times_int(all_662_0, v0) = v1) | ~ int(v0) |
% 219.00/39.74 | (plus_plus_int(v0, v0) = v1 & int(v1)))
% 219.00/39.74 |
% 219.00/39.74 | ALPHA: (290) implies:
% 219.00/39.74 | (291) bit0(all_662_2) = all_662_1
% 219.00/39.74 | (292) bit1(pls) = all_662_2
% 219.00/39.74 |
% 219.00/39.74 | DELTA: instantiating (32) with fresh symbol all_665_0 gives:
% 219.00/39.74 | (293) bit1(pls) = all_665_0 & int(all_665_0) & ! [v0: int] : ! [v1: int]
% 219.00/39.74 | : ( ~ (number_number_of_int(v0) = v1) | ~ int(v0) | ~
% 219.00/39.74 | ord_less_eq_int(all_665_0, v0) | ord_less_eq_int(one_one_int, v1))
% 219.00/39.74 | & ! [v0: int] : ! [v1: int] : ( ~ (number_number_of_int(v0) = v1) |
% 219.00/39.74 | ~ int(v0) | ~ ord_less_eq_int(one_one_int, v1) |
% 219.00/39.74 | ord_less_eq_int(all_665_0, v0))
% 219.00/39.74 |
% 219.00/39.74 | ALPHA: (293) implies:
% 219.00/39.74 | (294) bit1(pls) = all_665_0
% 219.00/39.74 |
% 219.00/39.74 | DELTA: instantiating (105) with fresh symbols all_668_0, all_668_1, all_668_2
% 219.00/39.74 | gives:
% 219.00/39.74 | (295) number_number_of_nat(all_668_1) = all_668_0 & bit1(pls) = all_668_2 &
% 219.00/39.74 | bit0(all_668_2) = all_668_1 & nat(all_668_0) & int(all_668_1) &
% 219.00/39.74 | int(all_668_2) & ! [v0: nat] : ! [v1: nat] : ( ~
% 219.00/39.74 | (power_power_nat(v0, all_668_0) = v1) | ~ nat(v0) |
% 219.00/39.74 | (times_times_nat(v0, v0) = v1 & nat(v1)))
% 219.00/39.74 |
% 219.00/39.74 | ALPHA: (295) implies:
% 219.00/39.74 | (296) bit0(all_668_2) = all_668_1
% 219.00/39.74 | (297) bit1(pls) = all_668_2
% 219.00/39.74 | (298) number_number_of_nat(all_668_1) = all_668_0
% 219.00/39.74 |
% 219.00/39.74 | DELTA: instantiating (91) with fresh symbols all_671_0, all_671_1, all_671_2
% 219.00/39.74 | gives:
% 219.00/39.74 | (299) number_number_of_nat(all_671_1) = all_671_0 & bit1(pls) = all_671_2 &
% 219.00/39.74 | bit0(all_671_2) = all_671_1 & nat(all_671_0) & int(all_671_1) &
% 219.00/39.74 | int(all_671_2) & ! [v0: nat] : ! [v1: nat] : ( ~
% 219.00/39.74 | (times_times_nat(v0, all_671_0) = v1) | ~ nat(v0) |
% 219.00/39.74 | (plus_plus_nat(v0, v0) = v1 & nat(v1)))
% 219.00/39.74 |
% 219.00/39.74 | ALPHA: (299) implies:
% 219.00/39.74 | (300) bit0(all_671_2) = all_671_1
% 219.00/39.74 | (301) bit1(pls) = all_671_2
% 219.00/39.74 | (302) number_number_of_nat(all_671_1) = all_671_0
% 219.00/39.74 |
% 219.00/39.74 | DELTA: instantiating (58) with fresh symbols all_674_0, all_674_1, all_674_2
% 219.00/39.74 | gives:
% 219.00/39.74 | (303) number267125858f_real(all_674_1) = all_674_0 & bit1(pls) = all_674_2
% 219.00/39.74 | & bit0(all_674_2) = all_674_1 & real(all_674_0) & int(all_674_1) &
% 219.00/39.74 | int(all_674_2) & ! [v0: real] : ! [v1: real] : ( ~
% 219.00/39.74 | (times_times_real(v0, all_674_0) = v1) | ~ real(v0) |
% 219.00/39.74 | (plus_plus_real(v0, v0) = v1 & real(v1)))
% 219.00/39.74 |
% 219.00/39.74 | ALPHA: (303) implies:
% 219.00/39.74 | (304) bit0(all_674_2) = all_674_1
% 219.00/39.74 | (305) bit1(pls) = all_674_2
% 219.00/39.74 |
% 219.00/39.74 | DELTA: instantiating (71) with fresh symbol all_677_0 gives:
% 219.00/39.75 | (306) bit1(pls) = all_677_0 & int(all_677_0) & ! [v0: int] : ! [v1: real]
% 219.00/39.75 | : ( ~ (number267125858f_real(v0) = v1) | ~ int(v0) | ~
% 219.00/39.75 | ord_less_real(v1, one_one_real) | ord_less_int(v0, all_677_0)) & !
% 219.00/39.75 | [v0: int] : ! [v1: real] : ( ~ (number267125858f_real(v0) = v1) | ~
% 219.00/39.75 | int(v0) | ~ ord_less_int(v0, all_677_0) | ord_less_real(v1,
% 219.00/39.75 | one_one_real))
% 219.00/39.75 |
% 219.00/39.75 | ALPHA: (306) implies:
% 219.00/39.75 | (307) bit1(pls) = all_677_0
% 219.00/39.75 |
% 219.00/39.75 | DELTA: instantiating (72) with fresh symbol all_680_0 gives:
% 219.00/39.75 | (308) bit1(pls) = all_680_0 & int(all_680_0) & ! [v0: int] : ! [v1: int]
% 219.00/39.75 | : ( ~ (number_number_of_int(v0) = v1) | ~ int(v0) | ~
% 219.00/39.75 | ord_less_int(v1, one_one_int) | ord_less_int(v0, all_680_0)) & !
% 219.00/39.75 | [v0: int] : ! [v1: int] : ( ~ (number_number_of_int(v0) = v1) | ~
% 219.00/39.75 | int(v0) | ~ ord_less_int(v0, all_680_0) | ord_less_int(v1,
% 219.00/39.75 | one_one_int))
% 219.00/39.75 |
% 219.00/39.75 | ALPHA: (308) implies:
% 219.00/39.75 | (309) bit1(pls) = all_680_0
% 219.00/39.75 |
% 219.00/39.75 | DELTA: instantiating (91) with fresh symbols all_683_0, all_683_1, all_683_2
% 219.00/39.75 | gives:
% 219.00/39.75 | (310) number_number_of_nat(all_683_1) = all_683_0 & bit1(pls) = all_683_2 &
% 219.00/39.75 | bit0(all_683_2) = all_683_1 & nat(all_683_0) & int(all_683_1) &
% 219.00/39.75 | int(all_683_2) & ! [v0: nat] : ! [v1: nat] : ( ~
% 219.00/39.75 | (times_times_nat(v0, all_683_0) = v1) | ~ nat(v0) |
% 219.00/39.75 | (plus_plus_nat(v0, v0) = v1 & nat(v1)))
% 219.00/39.75 |
% 219.00/39.75 | ALPHA: (310) implies:
% 219.00/39.75 | (311) bit0(all_683_2) = all_683_1
% 219.00/39.75 | (312) bit1(pls) = all_683_2
% 219.00/39.75 | (313) number_number_of_nat(all_683_1) = all_683_0
% 219.00/39.75 |
% 219.00/39.75 | DELTA: instantiating (92) with fresh symbols all_686_0, all_686_1, all_686_2
% 219.00/39.75 | gives:
% 219.00/39.75 | (314) number_number_of_nat(all_686_1) = all_686_0 & bit1(pls) = all_686_2 &
% 219.00/39.75 | bit0(all_686_2) = all_686_1 & nat(all_686_0) & int(all_686_1) &
% 219.00/39.75 | int(all_686_2) & ! [v0: nat] : ! [v1: nat] : ( ~
% 219.00/39.75 | (times_times_nat(all_686_0, v0) = v1) | ~ nat(v0) |
% 219.00/39.75 | (plus_plus_nat(v0, v0) = v1 & nat(v1)))
% 219.00/39.75 |
% 219.00/39.75 | ALPHA: (314) implies:
% 219.00/39.75 | (315) bit0(all_686_2) = all_686_1
% 219.00/39.75 | (316) bit1(pls) = all_686_2
% 219.00/39.75 | (317) number_number_of_nat(all_686_1) = all_686_0
% 219.00/39.75 |
% 219.00/39.75 | DELTA: instantiating (73) with fresh symbol all_689_0 gives:
% 219.00/39.75 | (318) bit1(pls) = all_689_0 & int(all_689_0) & ! [v0: int] : ! [v1: real]
% 219.00/39.75 | : ( ~ (number267125858f_real(v0) = v1) | ~ int(v0) | ~
% 219.00/39.75 | ord_less_real(one_one_real, v1) | ord_less_int(all_689_0, v0)) & !
% 219.00/39.75 | [v0: int] : ! [v1: real] : ( ~ (number267125858f_real(v0) = v1) | ~
% 219.00/39.75 | int(v0) | ~ ord_less_int(all_689_0, v0) |
% 219.00/39.75 | ord_less_real(one_one_real, v1))
% 219.00/39.75 |
% 219.00/39.75 | ALPHA: (318) implies:
% 219.00/39.75 | (319) bit1(pls) = all_689_0
% 219.00/39.75 |
% 219.00/39.75 | DELTA: instantiating (104) with fresh symbols all_692_0, all_692_1, all_692_2
% 219.00/39.75 | gives:
% 219.00/39.75 | (320) number_number_of_nat(all_692_1) = all_692_0 & bit1(pls) = all_692_2 &
% 219.00/39.75 | bit0(all_692_2) = all_692_1 & nat(all_692_0) & int(all_692_1) &
% 219.00/39.75 | int(all_692_2) & ! [v0: real] : ! [v1: real] : ( ~
% 219.00/39.75 | (power_power_real(v0, all_692_0) = v1) | ~ real(v0) |
% 219.00/39.75 | (times_times_real(v0, v0) = v1 & real(v1)))
% 219.00/39.75 |
% 219.00/39.75 | ALPHA: (320) implies:
% 219.00/39.76 | (321) bit0(all_692_2) = all_692_1
% 219.00/39.76 | (322) bit1(pls) = all_692_2
% 219.00/39.76 | (323) number_number_of_nat(all_692_1) = all_692_0
% 219.00/39.76 |
% 219.00/39.76 | DELTA: instantiating (29) with fresh symbol all_695_0 gives:
% 219.00/39.76 | (324) bit1(pls) = all_695_0 & int(all_695_0) & ! [v0: int] : ! [v1: real]
% 219.00/39.76 | : ( ~ (number267125858f_real(v0) = v1) | ~ int(v0) | ~
% 219.00/39.76 | ord_less_eq_real(v1, one_one_real) | ord_less_eq_int(v0,
% 219.00/39.76 | all_695_0)) & ! [v0: int] : ! [v1: real] : ( ~
% 219.00/39.76 | (number267125858f_real(v0) = v1) | ~ int(v0) | ~
% 219.00/39.76 | ord_less_eq_int(v0, all_695_0) | ord_less_eq_real(v1,
% 219.00/39.76 | one_one_real))
% 219.00/39.76 |
% 219.00/39.76 | ALPHA: (324) implies:
% 219.00/39.76 | (325) bit1(pls) = all_695_0
% 219.00/39.76 |
% 219.00/39.76 | DELTA: instantiating (31) with fresh symbol all_698_0 gives:
% 219.00/39.76 | (326) bit1(pls) = all_698_0 & int(all_698_0) & ! [v0: int] : ! [v1: real]
% 219.00/39.76 | : ( ~ (number267125858f_real(v0) = v1) | ~ int(v0) | ~
% 219.00/39.76 | ord_less_eq_real(one_one_real, v1) | ord_less_eq_int(all_698_0,
% 219.00/39.76 | v0)) & ! [v0: int] : ! [v1: real] : ( ~
% 219.00/39.76 | (number267125858f_real(v0) = v1) | ~ int(v0) | ~
% 219.00/39.76 | ord_less_eq_int(all_698_0, v0) | ord_less_eq_real(one_one_real,
% 219.00/39.76 | v1))
% 219.00/39.76 |
% 219.00/39.76 | ALPHA: (326) implies:
% 219.00/39.76 | (327) bit1(pls) = all_698_0
% 219.00/39.76 |
% 219.00/39.76 | DELTA: instantiating (106) with fresh symbols all_703_0, all_703_1, all_703_2
% 219.00/39.76 | gives:
% 219.00/39.76 | (328) number_number_of_nat(all_703_1) = all_703_0 & bit1(pls) = all_703_2 &
% 219.00/39.76 | bit0(all_703_2) = all_703_1 & nat(all_703_0) & int(all_703_1) &
% 219.00/39.76 | int(all_703_2) & ! [v0: int] : ! [v1: int] : ( ~
% 219.00/39.76 | (power_power_int(v0, all_703_0) = v1) | ~ int(v0) |
% 219.00/39.76 | (times_times_int(v0, v0) = v1 & int(v1)))
% 219.00/39.76 |
% 219.00/39.76 | ALPHA: (328) implies:
% 219.00/39.76 | (329) bit0(all_703_2) = all_703_1
% 219.00/39.76 | (330) bit1(pls) = all_703_2
% 219.00/39.76 | (331) number_number_of_nat(all_703_1) = all_703_0
% 219.00/39.76 |
% 219.00/39.76 | DELTA: instantiating (104) with fresh symbols all_706_0, all_706_1, all_706_2
% 219.00/39.76 | gives:
% 219.00/39.76 | (332) number_number_of_nat(all_706_1) = all_706_0 & bit1(pls) = all_706_2 &
% 219.00/39.76 | bit0(all_706_2) = all_706_1 & nat(all_706_0) & int(all_706_1) &
% 219.00/39.76 | int(all_706_2) & ! [v0: real] : ! [v1: real] : ( ~
% 219.00/39.76 | (power_power_real(v0, all_706_0) = v1) | ~ real(v0) |
% 219.00/39.76 | (times_times_real(v0, v0) = v1 & real(v1)))
% 219.00/39.76 |
% 219.00/39.76 | ALPHA: (332) implies:
% 219.00/39.76 | (333) bit0(all_706_2) = all_706_1
% 219.00/39.76 | (334) bit1(pls) = all_706_2
% 219.00/39.76 | (335) number_number_of_nat(all_706_1) = all_706_0
% 219.00/39.76 |
% 219.00/39.76 | DELTA: instantiating (30) with fresh symbol all_709_0 gives:
% 219.00/39.76 | (336) bit1(pls) = all_709_0 & int(all_709_0) & ! [v0: int] : ! [v1: int]
% 219.00/39.76 | : ( ~ (number_number_of_int(v0) = v1) | ~ int(v0) | ~
% 219.00/39.76 | ord_less_eq_int(v1, one_one_int) | ord_less_eq_int(v0, all_709_0))
% 219.00/39.76 | & ! [v0: int] : ! [v1: int] : ( ~ (number_number_of_int(v0) = v1) |
% 219.00/39.76 | ~ int(v0) | ~ ord_less_eq_int(v0, all_709_0) |
% 219.00/39.76 | ord_less_eq_int(v1, one_one_int))
% 219.00/39.76 |
% 219.00/39.76 | ALPHA: (336) implies:
% 219.00/39.76 | (337) bit1(pls) = all_709_0
% 219.00/39.76 |
% 219.00/39.76 | DELTA: instantiating (92) with fresh symbols all_712_0, all_712_1, all_712_2
% 219.00/39.76 | gives:
% 219.00/39.77 | (338) number_number_of_nat(all_712_1) = all_712_0 & bit1(pls) = all_712_2 &
% 219.00/39.77 | bit0(all_712_2) = all_712_1 & nat(all_712_0) & int(all_712_1) &
% 219.00/39.77 | int(all_712_2) & ! [v0: nat] : ! [v1: nat] : ( ~
% 219.00/39.77 | (times_times_nat(all_712_0, v0) = v1) | ~ nat(v0) |
% 219.00/39.77 | (plus_plus_nat(v0, v0) = v1 & nat(v1)))
% 219.00/39.77 |
% 219.00/39.77 | ALPHA: (338) implies:
% 219.00/39.77 | (339) bit0(all_712_2) = all_712_1
% 219.00/39.77 | (340) bit1(pls) = all_712_2
% 219.00/39.77 | (341) number_number_of_nat(all_712_1) = all_712_0
% 219.00/39.77 |
% 219.00/39.77 | DELTA: instantiating (61) with fresh symbols all_715_0, all_715_1, all_715_2
% 219.00/39.77 | gives:
% 219.00/39.77 | (342) number_number_of_nat(all_715_1) = all_715_0 & bit1(pls) = all_715_2 &
% 219.00/39.77 | bit0(all_715_2) = all_715_1 & nat(all_715_0) & int(all_715_1) &
% 219.00/39.77 | int(all_715_2) & ! [v0: int] : ! [v1: nat] : ! [v2: nat] : ( ~
% 219.00/39.77 | (times_times_nat(v1, v1) = v2) | ~ (number_number_of_nat(v0) = v1)
% 219.00/39.77 | | ~ int(v0) | (power_power_nat(v1, all_715_0) = v2 & nat(v2)))
% 219.00/39.77 |
% 219.00/39.77 | ALPHA: (342) implies:
% 219.00/39.77 | (343) bit0(all_715_2) = all_715_1
% 219.00/39.77 | (344) bit1(pls) = all_715_2
% 219.00/39.77 | (345) number_number_of_nat(all_715_1) = all_715_0
% 219.00/39.77 |
% 219.00/39.77 | DELTA: instantiating (99) with fresh symbols all_718_0, all_718_1, all_718_2
% 219.00/39.77 | gives:
% 219.00/39.77 | (346) number_number_of_nat(all_718_1) = all_718_0 & bit1(pls) = all_718_2 &
% 219.00/39.77 | bit0(all_718_2) = all_718_1 & nat(all_718_0) & int(all_718_1) &
% 219.00/39.77 | int(all_718_2) & ! [v0: real] : ! [v1: nat] : ! [v2: nat] : !
% 219.00/39.77 | [v3: real] : ( ~ (times_times_nat(all_718_0, v1) = v2) | ~
% 219.00/39.77 | (power_power_real(v0, v2) = v3) | ~ real(v0) | ~ nat(v1) |
% 219.00/39.77 | ord_less_eq_real(zero_zero_real, v3))
% 219.00/39.77 |
% 219.00/39.77 | ALPHA: (346) implies:
% 219.00/39.77 | (347) bit0(all_718_2) = all_718_1
% 219.00/39.77 | (348) bit1(pls) = all_718_2
% 219.00/39.77 | (349) number_number_of_nat(all_718_1) = all_718_0
% 219.00/39.77 |
% 219.00/39.77 | DELTA: instantiating (60) with fresh symbols all_721_0, all_721_1, all_721_2
% 219.00/39.77 | gives:
% 219.00/39.77 | (350) number_number_of_nat(all_721_1) = all_721_0 & bit1(pls) = all_721_2 &
% 219.00/39.77 | bit0(all_721_2) = all_721_1 & nat(all_721_0) & int(all_721_1) &
% 219.00/39.77 | int(all_721_2) & ! [v0: int] : ! [v1: real] : ! [v2: real] : ( ~
% 219.00/39.77 | (times_times_real(v1, v1) = v2) | ~ (number267125858f_real(v0) =
% 219.00/39.77 | v1) | ~ int(v0) | (power_power_real(v1, all_721_0) = v2 &
% 219.00/39.77 | real(v2)))
% 219.00/39.77 |
% 219.00/39.77 | ALPHA: (350) implies:
% 219.00/39.77 | (351) bit0(all_721_2) = all_721_1
% 219.33/39.77 | (352) bit1(pls) = all_721_2
% 219.33/39.77 | (353) number_number_of_nat(all_721_1) = all_721_0
% 219.33/39.77 |
% 219.33/39.77 | DELTA: instantiating (20) with fresh symbols all_725_0, all_725_1, all_725_2
% 219.33/39.77 | gives:
% 219.33/39.77 | (354) number_number_of_nat(all_725_1) = all_725_0 & bit1(pls) = all_725_2 &
% 219.33/39.77 | bit0(all_725_2) = all_725_1 & nat(all_725_0) & int(all_725_1) &
% 219.33/39.77 | int(all_725_2) & ! [v0: int] : (v0 = zero_zero_int | ~
% 219.33/39.77 | (power_power_int(v0, all_725_0) = zero_zero_int) | ~ int(v0)) & !
% 219.33/39.77 | [v0: int] : (v0 = zero_zero_int | ~ (power_power_int(zero_zero_int,
% 219.33/39.77 | all_725_0) = v0))
% 219.33/39.77 |
% 219.33/39.77 | ALPHA: (354) implies:
% 219.33/39.78 | (355) bit0(all_725_2) = all_725_1
% 219.33/39.78 | (356) bit1(pls) = all_725_2
% 219.33/39.78 | (357) number_number_of_nat(all_725_1) = all_725_0
% 219.33/39.78 |
% 219.33/39.78 | DELTA: instantiating (113) with fresh symbols all_728_0, all_728_1, all_728_2,
% 219.33/39.78 | all_728_3 gives:
% 219.33/39.78 | (358) number267125858f_real(min) = all_728_3 &
% 219.33/39.78 | number_number_of_nat(all_728_1) = all_728_0 & bit1(pls) = all_728_2 &
% 219.33/39.78 | bit0(all_728_2) = all_728_1 & real(all_728_3) & nat(all_728_0) &
% 219.33/39.78 | int(all_728_1) & int(all_728_2) & ! [v0: nat] : ! [v1: nat] : ( ~
% 219.33/39.78 | (times_times_nat(all_728_0, v0) = v1) | ~ nat(v0) |
% 219.33/39.78 | power_power_real(all_728_3, v1) = one_one_real)
% 219.33/39.78 |
% 219.33/39.78 | ALPHA: (358) implies:
% 219.33/39.78 | (359) bit0(all_728_2) = all_728_1
% 219.33/39.78 | (360) bit1(pls) = all_728_2
% 219.33/39.78 | (361) number_number_of_nat(all_728_1) = all_728_0
% 219.33/39.78 |
% 219.33/39.78 | DELTA: instantiating (114) with fresh symbols all_731_0, all_731_1, all_731_2,
% 219.33/39.78 | all_731_3 gives:
% 219.33/39.78 | (362) number_number_of_nat(all_731_1) = all_731_0 & bit1(pls) = all_731_2 &
% 219.33/39.78 | bit0(all_731_2) = all_731_1 & number_number_of_int(min) = all_731_3 &
% 219.33/39.78 | nat(all_731_0) & int(all_731_1) & int(all_731_2) & int(all_731_3) &
% 219.33/39.78 | ! [v0: nat] : ! [v1: nat] : ( ~ (times_times_nat(all_731_0, v0) =
% 219.33/39.78 | v1) | ~ nat(v0) | power_power_int(all_731_3, v1) = one_one_int)
% 219.33/39.78 |
% 219.33/39.78 | ALPHA: (362) implies:
% 219.33/39.78 | (363) bit0(all_731_2) = all_731_1
% 219.33/39.78 | (364) bit1(pls) = all_731_2
% 219.33/39.78 | (365) number_number_of_nat(all_731_1) = all_731_0
% 219.33/39.78 |
% 219.33/39.78 | DELTA: instantiating (135) with fresh symbols all_734_0, all_734_1, all_734_2,
% 219.33/39.78 | all_734_3, all_734_4 gives:
% 219.33/39.78 | (366) number_number_of_nat(all_734_3) = all_734_2 & power_power_int(s,
% 219.33/39.78 | all_734_2) = all_734_1 & bit1(pls) = all_734_4 & bit0(all_734_4) =
% 219.33/39.78 | all_734_3 & plus_plus_int(all_734_1, one_one_int) = all_734_0 &
% 219.33/39.78 | nat(all_734_2) & int(all_734_0) & int(all_734_1) & int(all_734_3) &
% 219.33/39.78 | int(all_734_4) & ~ ord_less_int(all_734_0, zero_zero_int)
% 219.33/39.78 |
% 219.33/39.78 | ALPHA: (366) implies:
% 219.33/39.78 | (367) ~ ord_less_int(all_734_0, zero_zero_int)
% 219.33/39.78 | (368) plus_plus_int(all_734_1, one_one_int) = all_734_0
% 219.33/39.78 | (369) bit0(all_734_4) = all_734_3
% 219.33/39.78 | (370) bit1(pls) = all_734_4
% 219.33/39.78 | (371) power_power_int(s, all_734_2) = all_734_1
% 219.33/39.78 | (372) number_number_of_nat(all_734_3) = all_734_2
% 219.33/39.78 |
% 219.33/39.78 | DELTA: instantiating (62) with fresh symbols all_736_0, all_736_1, all_736_2
% 219.33/39.78 | gives:
% 219.33/39.78 | (373) number_number_of_nat(all_736_1) = all_736_0 & bit1(pls) = all_736_2 &
% 219.33/39.78 | bit0(all_736_2) = all_736_1 & nat(all_736_0) & int(all_736_1) &
% 219.33/39.78 | int(all_736_2) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ( ~
% 219.33/39.78 | (number_number_of_int(v0) = v1) | ~ (times_times_int(v1, v1) = v2)
% 219.33/39.78 | | ~ int(v0) | (power_power_int(v1, all_736_0) = v2 & int(v2)))
% 219.33/39.78 |
% 219.33/39.78 | ALPHA: (373) implies:
% 219.33/39.79 | (374) bit0(all_736_2) = all_736_1
% 219.33/39.79 | (375) bit1(pls) = all_736_2
% 219.33/39.79 | (376) number_number_of_nat(all_736_1) = all_736_0
% 219.33/39.79 |
% 219.33/39.79 | DELTA: instantiating (78) with fresh symbols all_739_0, all_739_1, all_739_2
% 219.33/39.79 | gives:
% 219.33/39.79 | (377) bit1(pls) = all_739_2 & bit0(all_739_2) = all_739_1 &
% 219.33/39.79 | number_number_of_int(all_739_1) = all_739_0 & int(all_739_0) &
% 219.33/39.79 | int(all_739_1) & int(all_739_2) & ! [v0: int] : (v0 = zero_zero_int
% 219.33/39.79 | | v0 = one_one_int | ~ int(v0) | ~ ord_less_eq_int(zero_zero_int,
% 219.33/39.79 | v0) | ~ ord_less_int(v0, all_739_0))
% 219.33/39.79 |
% 219.33/39.79 | ALPHA: (377) implies:
% 219.33/39.79 | (378) bit0(all_739_2) = all_739_1
% 219.33/39.79 | (379) bit1(pls) = all_739_2
% 219.33/39.79 |
% 219.33/39.79 | DELTA: instantiating (19) with fresh symbols all_742_0, all_742_1, all_742_2
% 219.33/39.79 | gives:
% 219.33/39.79 | (380) number_number_of_nat(all_742_1) = all_742_0 & bit1(pls) = all_742_2 &
% 219.33/39.79 | bit0(all_742_2) = all_742_1 & nat(all_742_0) & int(all_742_1) &
% 219.33/39.79 | int(all_742_2) & ! [v0: real] : (v0 = zero_zero_real | ~
% 219.33/39.79 | (power_power_real(v0, all_742_0) = zero_zero_real) | ~ real(v0)) &
% 219.33/39.79 | ! [v0: real] : (v0 = zero_zero_real | ~
% 219.33/39.79 | (power_power_real(zero_zero_real, all_742_0) = v0))
% 219.33/39.79 |
% 219.33/39.79 | ALPHA: (380) implies:
% 219.33/39.79 | (381) bit0(all_742_2) = all_742_1
% 219.33/39.79 | (382) bit1(pls) = all_742_2
% 219.33/39.79 | (383) number_number_of_nat(all_742_1) = all_742_0
% 219.33/39.79 |
% 219.33/39.79 | DELTA: instantiating (100) with fresh symbols all_745_0, all_745_1, all_745_2
% 219.33/39.79 | gives:
% 219.33/39.79 | (384) number_number_of_nat(all_745_1) = all_745_0 & bit1(pls) = all_745_2 &
% 219.33/39.79 | bit0(all_745_2) = all_745_1 & nat(all_745_0) & int(all_745_1) &
% 219.33/39.79 | int(all_745_2) & ! [v0: int] : ! [v1: nat] : ! [v2: nat] : ! [v3:
% 219.33/39.79 | int] : ( ~ (times_times_nat(all_745_0, v1) = v2) | ~
% 219.33/39.79 | (power_power_int(v0, v2) = v3) | ~ nat(v1) | ~ int(v0) |
% 219.33/39.79 | ord_less_eq_int(zero_zero_int, v3))
% 219.33/39.79 |
% 219.33/39.79 | ALPHA: (384) implies:
% 219.33/39.79 | (385) bit0(all_745_2) = all_745_1
% 219.33/39.79 | (386) bit1(pls) = all_745_2
% 219.33/39.79 | (387) number_number_of_nat(all_745_1) = all_745_0
% 219.33/39.79 |
% 219.33/39.79 | DELTA: instantiating (128) with fresh symbols all_748_0, all_748_1, all_748_2,
% 219.33/39.79 | all_748_3 gives:
% 219.33/39.79 | (388) bit1(pls) = all_748_3 & bit0(all_748_3) = all_748_2 &
% 219.33/39.79 | number_number_of_int(all_748_2) = all_748_1 &
% 219.33/39.79 | number_number_of_int(min) = all_748_0 & int(all_748_0) &
% 219.33/39.79 | int(all_748_1) & int(all_748_2) & int(all_748_3) & ! [v0: int] : ( ~
% 219.33/39.79 | int(v0) | ~ ord_less_int(all_748_1, v0) | ~ zcong(one_one_int,
% 219.33/39.79 | all_748_0, v0))
% 219.33/39.79 |
% 219.33/39.79 | ALPHA: (388) implies:
% 219.33/39.79 | (389) bit0(all_748_3) = all_748_2
% 219.33/39.79 | (390) bit1(pls) = all_748_3
% 219.33/39.79 |
% 219.33/39.79 | DELTA: instantiating (11) with fresh symbols all_751_0, all_751_1, all_751_2
% 219.33/39.79 | gives:
% 219.33/39.80 | (391) number_number_of_nat(all_751_1) = all_751_0 & bit1(pls) = all_751_2 &
% 219.33/39.80 | bit0(all_751_2) = all_751_1 & nat(all_751_0) & int(all_751_1) &
% 219.33/39.80 | int(all_751_2) & ! [v0: real] : ! [v1: real] : (v0 = zero_zero_real
% 219.33/39.80 | | ~ (power_power_real(v0, all_751_0) = v1) | ~ real(v0) |
% 219.33/39.80 | ord_less_real(zero_zero_real, v1)) & ! [v0: real] : ( ~
% 219.33/39.80 | (power_power_real(zero_zero_real, all_751_0) = v0) | ~
% 219.33/39.80 | ord_less_real(zero_zero_real, v0))
% 219.33/39.80 |
% 219.33/39.80 | ALPHA: (391) implies:
% 219.33/39.80 | (392) bit0(all_751_2) = all_751_1
% 219.33/39.80 | (393) bit1(pls) = all_751_2
% 219.33/39.80 | (394) number_number_of_nat(all_751_1) = all_751_0
% 219.33/39.80 |
% 219.33/39.80 | DELTA: instantiating (12) with fresh symbols all_754_0, all_754_1, all_754_2
% 219.33/39.80 | gives:
% 219.33/39.80 | (395) number_number_of_nat(all_754_1) = all_754_0 & bit1(pls) = all_754_2 &
% 219.33/39.80 | bit0(all_754_2) = all_754_1 & nat(all_754_0) & int(all_754_1) &
% 219.33/39.80 | int(all_754_2) & ! [v0: int] : ! [v1: int] : (v0 = zero_zero_int |
% 219.33/39.80 | ~ (power_power_int(v0, all_754_0) = v1) | ~ int(v0) |
% 219.33/39.80 | ord_less_int(zero_zero_int, v1)) & ! [v0: int] : ( ~
% 219.33/39.80 | (power_power_int(zero_zero_int, all_754_0) = v0) | ~
% 219.33/39.80 | ord_less_int(zero_zero_int, v0))
% 219.33/39.80 |
% 219.33/39.80 | ALPHA: (395) implies:
% 219.33/39.80 | (396) bit0(all_754_2) = all_754_1
% 219.33/39.80 | (397) bit1(pls) = all_754_2
% 219.33/39.80 | (398) number_number_of_nat(all_754_1) = all_754_0
% 219.33/39.80 |
% 219.33/39.80 | DELTA: instantiating (55) with fresh symbols all_757_0, all_757_1, all_757_2
% 219.33/39.80 | gives:
% 219.33/39.80 | (399) number_number_of_nat(all_757_1) = all_757_0 & bit1(all_757_2) =
% 219.33/39.80 | all_757_1 & bit1(pls) = all_757_2 & nat(all_757_0) & int(all_757_1) &
% 219.33/39.80 | int(all_757_2) & ! [v0: int] : ! [v1: int] : ( ~
% 219.33/39.80 | (power_power_int(v0, all_757_0) = v1) | ~ int(v0) | ? [v2: int] :
% 219.33/39.80 | (times_times_int(v2, v0) = v1 & times_times_int(v0, v0) = v2 &
% 219.33/39.80 | int(v2) & int(v1)))
% 219.33/39.80 |
% 219.33/39.80 | ALPHA: (399) implies:
% 219.33/39.80 | (400) bit1(pls) = all_757_2
% 219.33/39.80 |
% 219.33/39.80 | DELTA: instantiating (96) with fresh symbols all_760_0, all_760_1, all_760_2
% 219.33/39.80 | gives:
% 219.33/39.80 | (401) number_number_of_nat(all_760_1) = all_760_0 & bit1(pls) = all_760_2 &
% 219.33/39.80 | bit0(all_760_2) = all_760_1 & nat(all_760_0) & int(all_760_1) &
% 219.33/39.80 | int(all_760_2) & ! [v0: real] : ! [v1: nat] : ! [v2: nat] : !
% 219.33/39.80 | [v3: real] : (v0 = zero_zero_real | ~ (times_times_nat(all_760_0,
% 219.33/39.80 | v1) = v2) | ~ (power_power_real(v0, v2) = v3) | ~ real(v0) |
% 219.33/39.80 | ~ nat(v1) | ~ ord_less_eq_real(v3, zero_zero_real))
% 219.33/39.80 |
% 219.33/39.80 | ALPHA: (401) implies:
% 219.33/39.80 | (402) bit0(all_760_2) = all_760_1
% 219.33/39.80 | (403) bit1(pls) = all_760_2
% 219.33/39.80 | (404) number_number_of_nat(all_760_1) = all_760_0
% 219.33/39.80 |
% 219.33/39.80 | DELTA: instantiating (5) with fresh symbols all_763_0, all_763_1, all_763_2
% 219.33/39.80 | gives:
% 219.33/39.80 | (405) number_number_of_nat(all_763_1) = all_763_0 & bit1(pls) = all_763_2 &
% 219.33/39.80 | bit0(all_763_2) = all_763_1 & nat(all_763_0) & int(all_763_1) &
% 219.33/39.80 | int(all_763_2) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.33/39.80 | int] : ! [v4: int] : ( ~ (power_power_int(v1, all_763_0) = v3) |
% 219.33/39.80 | ~ (power_power_int(v0, all_763_0) = v2) | ~ (plus_plus_int(v2, v3)
% 219.33/39.80 | = v4) | ~ int(v1) | ~ int(v0) | ~ ord_less_int(v4,
% 219.33/39.80 | zero_zero_int))
% 219.33/39.80 |
% 219.33/39.80 | ALPHA: (405) implies:
% 219.33/39.80 | (406) bit0(all_763_2) = all_763_1
% 219.33/39.80 | (407) bit1(pls) = all_763_2
% 219.33/39.81 | (408) number_number_of_nat(all_763_1) = all_763_0
% 219.33/39.81 |
% 219.33/39.81 | DELTA: instantiating (47) with fresh symbols all_766_0, all_766_1, all_766_2
% 219.33/39.81 | gives:
% 219.33/39.81 | (409) number_number_of_nat(all_766_1) = all_766_0 & bit1(pls) = all_766_2 &
% 219.33/39.81 | bit0(all_766_2) = all_766_1 & nat(all_766_0) & int(all_766_1) &
% 219.33/39.81 | int(all_766_2) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.33/39.81 | int] : ! [v4: int] : ( ~ (power_power_int(v1, all_766_0) = v3) |
% 219.33/39.81 | ~ (power_power_int(v0, all_766_0) = v2) | ~ (plus_plus_int(v2, v3)
% 219.33/39.81 | = v4) | ~ int(v1) | ~ int(v0) | ord_less_eq_int(zero_zero_int,
% 219.33/39.81 | v4))
% 219.33/39.81 |
% 219.33/39.81 | ALPHA: (409) implies:
% 219.33/39.81 | (410) bit0(all_766_2) = all_766_1
% 219.33/39.81 | (411) bit1(pls) = all_766_2
% 219.33/39.81 | (412) number_number_of_nat(all_766_1) = all_766_0
% 219.33/39.81 |
% 219.33/39.81 | DELTA: instantiating (4) with fresh symbols all_769_0, all_769_1, all_769_2
% 219.33/39.81 | gives:
% 219.33/39.81 | (413) number_number_of_nat(all_769_1) = all_769_0 & bit1(pls) = all_769_2 &
% 219.33/39.81 | bit0(all_769_2) = all_769_1 & nat(all_769_0) & int(all_769_1) &
% 219.33/39.81 | int(all_769_2) & ! [v0: real] : ! [v1: real] : ! [v2: real] : !
% 219.33/39.81 | [v3: real] : ! [v4: real] : ( ~ (power_power_real(v1, all_769_0) =
% 219.33/39.81 | v3) | ~ (power_power_real(v0, all_769_0) = v2) | ~
% 219.33/39.81 | (plus_plus_real(v2, v3) = v4) | ~ real(v1) | ~ real(v0) | ~
% 219.33/39.81 | ord_less_real(v4, zero_zero_real))
% 219.33/39.81 |
% 219.33/39.81 | ALPHA: (413) implies:
% 219.33/39.81 | (414) bit0(all_769_2) = all_769_1
% 219.33/39.81 | (415) bit1(pls) = all_769_2
% 219.33/39.81 | (416) number_number_of_nat(all_769_1) = all_769_0
% 219.33/39.81 |
% 219.33/39.81 | DELTA: instantiating (46) with fresh symbols all_772_0, all_772_1, all_772_2
% 219.33/39.81 | gives:
% 219.33/39.81 | (417) number_number_of_nat(all_772_1) = all_772_0 & bit1(pls) = all_772_2 &
% 219.33/39.81 | bit0(all_772_2) = all_772_1 & nat(all_772_0) & int(all_772_1) &
% 219.33/39.81 | int(all_772_2) & ! [v0: real] : ! [v1: real] : ! [v2: real] : !
% 219.33/39.81 | [v3: real] : ! [v4: real] : ( ~ (power_power_real(v1, all_772_0) =
% 219.33/39.81 | v3) | ~ (power_power_real(v0, all_772_0) = v2) | ~
% 219.33/39.81 | (plus_plus_real(v2, v3) = v4) | ~ real(v1) | ~ real(v0) |
% 219.33/39.81 | ord_less_eq_real(zero_zero_real, v4))
% 219.33/39.81 |
% 219.33/39.81 | ALPHA: (417) implies:
% 219.33/39.81 | (418) bit0(all_772_2) = all_772_1
% 219.33/39.81 | (419) bit1(pls) = all_772_2
% 219.33/39.81 | (420) number_number_of_nat(all_772_1) = all_772_0
% 219.33/39.81 |
% 219.33/39.81 | DELTA: instantiating (53) with fresh symbols all_775_0, all_775_1, all_775_2
% 219.33/39.81 | gives:
% 219.33/39.81 | (421) number_number_of_nat(all_775_1) = all_775_0 & bit1(all_775_2) =
% 219.33/39.81 | all_775_1 & bit1(pls) = all_775_2 & nat(all_775_0) & int(all_775_1) &
% 219.33/39.82 | int(all_775_2) & ! [v0: real] : ! [v1: real] : ( ~
% 219.33/39.82 | (power_power_real(v0, all_775_0) = v1) | ~ real(v0) | ? [v2:
% 219.33/39.82 | real] : (times_times_real(v2, v0) = v1 & times_times_real(v0, v0)
% 219.33/39.82 | = v2 & real(v2) & real(v1)))
% 219.33/39.82 |
% 219.33/39.82 | ALPHA: (421) implies:
% 219.33/39.82 | (422) bit1(pls) = all_775_2
% 219.33/39.82 |
% 219.33/39.82 | DELTA: instantiating (97) with fresh symbols all_778_0, all_778_1, all_778_2
% 219.33/39.82 | gives:
% 219.33/39.82 | (423) number_number_of_nat(all_778_1) = all_778_0 & bit1(pls) = all_778_2 &
% 219.33/39.82 | bit0(all_778_2) = all_778_1 & nat(all_778_0) & int(all_778_1) &
% 219.33/39.82 | int(all_778_2) & ! [v0: int] : ! [v1: nat] : ! [v2: nat] : ! [v3:
% 219.33/39.82 | int] : (v0 = zero_zero_int | ~ (times_times_nat(all_778_0, v1) =
% 219.33/39.82 | v2) | ~ (power_power_int(v0, v2) = v3) | ~ nat(v1) | ~ int(v0)
% 219.33/39.82 | | ~ ord_less_eq_int(v3, zero_zero_int))
% 219.33/39.82 |
% 219.33/39.82 | ALPHA: (423) implies:
% 219.33/39.82 | (424) bit0(all_778_2) = all_778_1
% 219.33/39.82 | (425) bit1(pls) = all_778_2
% 219.33/39.82 | (426) number_number_of_nat(all_778_1) = all_778_0
% 219.33/39.82 |
% 219.33/39.82 | DELTA: instantiating (54) with fresh symbols all_781_0, all_781_1, all_781_2
% 219.33/39.82 | gives:
% 219.33/39.82 | (427) number_number_of_nat(all_781_1) = all_781_0 & bit1(all_781_2) =
% 219.33/39.82 | all_781_1 & bit1(pls) = all_781_2 & nat(all_781_0) & int(all_781_1) &
% 219.33/39.82 | int(all_781_2) & ! [v0: nat] : ! [v1: nat] : ( ~
% 219.33/39.82 | (power_power_nat(v0, all_781_0) = v1) | ~ nat(v0) | ? [v2: nat] :
% 219.33/39.82 | (times_times_nat(v2, v0) = v1 & times_times_nat(v0, v0) = v2 &
% 219.33/39.82 | nat(v2) & nat(v1)))
% 219.33/39.82 |
% 219.33/39.82 | ALPHA: (427) implies:
% 219.33/39.82 | (428) bit1(pls) = all_781_2
% 219.33/39.82 |
% 219.33/39.82 | DELTA: instantiating (134) with fresh symbols all_784_0, all_784_1, all_784_2
% 219.33/39.82 | gives:
% 219.33/39.82 | (429) number_number_of_nat(all_784_1) = all_784_0 & bit1(pls) = all_784_2 &
% 219.33/39.82 | bit0(all_784_2) = all_784_1 & nat(all_784_0) & int(all_784_1) &
% 219.33/39.82 | int(all_784_2) & ! [v0: nat] : ! [v1: nat] : ! [v2: nat] : (v1 =
% 219.33/39.82 | v0 | v1 = zero_zero_nat | ~ (times_times_nat(all_784_0, v0) = v2)
% 219.33/39.82 | | ~ nat(v1) | ~ nat(v0) | ~ dvd_dvd_nat(v0, v1) |
% 219.33/39.82 | ord_less_eq_nat(v2, v1))
% 219.33/39.82 |
% 219.33/39.82 | ALPHA: (429) implies:
% 219.33/39.82 | (430) bit0(all_784_2) = all_784_1
% 219.33/39.82 | (431) bit1(pls) = all_784_2
% 219.33/39.82 | (432) number_number_of_nat(all_784_1) = all_784_0
% 219.33/39.82 |
% 219.33/39.82 | DELTA: instantiating (120) with fresh symbols all_787_0, all_787_1, all_787_2,
% 219.33/39.82 | all_787_3, all_787_4, all_787_5 gives:
% 219.33/39.82 | (433) minus_minus_int(all_787_2, all_787_1) = all_787_0 &
% 219.33/39.82 | number_number_of_nat(all_787_4) = all_787_3 & power_power_int(s,
% 219.33/39.82 | all_787_3) = all_787_2 & bit1(pls) = all_787_5 & bit0(all_787_5) =
% 219.33/39.82 | all_787_4 & number_number_of_int(min) = all_787_1 &
% 219.33/39.82 | plus_plus_int(all_787_2, one_one_int) = all_787_0 & nat(all_787_3) &
% 219.33/39.82 | int(all_787_0) & int(all_787_1) & int(all_787_2) & int(all_787_4) &
% 219.33/39.82 | int(all_787_5)
% 219.33/39.82 |
% 219.33/39.82 | ALPHA: (433) implies:
% 219.33/39.82 | (434) plus_plus_int(all_787_2, one_one_int) = all_787_0
% 219.33/39.82 | (435) bit0(all_787_5) = all_787_4
% 219.33/39.82 | (436) bit1(pls) = all_787_5
% 219.33/39.82 | (437) power_power_int(s, all_787_3) = all_787_2
% 219.33/39.82 | (438) number_number_of_nat(all_787_4) = all_787_3
% 219.33/39.82 |
% 219.33/39.82 | DELTA: instantiating (25) with fresh symbols all_789_0, all_789_1, all_789_2,
% 219.33/39.82 | all_789_3, all_789_4, all_789_5 gives:
% 219.33/39.82 | (439) bit1(pls) = all_789_5 & bit0(all_789_4) = all_789_3 & bit0(all_789_5)
% 219.33/39.82 | = all_789_4 & number_number_of_int(all_789_3) = all_789_2 &
% 219.33/39.82 | plus_plus_int(all_789_1, one_one_int) = all_789_0 &
% 219.33/39.82 | times_times_int(all_789_2, m) = all_789_1 & int(all_789_0) &
% 219.33/39.82 | int(all_789_1) & int(all_789_2) & int(all_789_3) & int(all_789_4) &
% 219.33/39.82 | int(all_789_5) & ord_less_int(t, all_789_0)
% 219.33/39.82 |
% 219.33/39.82 | ALPHA: (439) implies:
% 219.33/39.83 | (440) times_times_int(all_789_2, m) = all_789_1
% 219.33/39.83 | (441) plus_plus_int(all_789_1, one_one_int) = all_789_0
% 219.33/39.83 | (442) number_number_of_int(all_789_3) = all_789_2
% 219.33/39.83 | (443) bit0(all_789_5) = all_789_4
% 219.33/39.83 | (444) bit0(all_789_4) = all_789_3
% 219.33/39.83 | (445) bit1(pls) = all_789_5
% 219.33/39.83 |
% 219.33/39.83 | DELTA: instantiating (35) with fresh symbols all_791_0, all_791_1, all_791_2
% 219.33/39.83 | gives:
% 219.33/39.83 | (446) number_number_of_nat(all_791_1) = all_791_0 & bit1(pls) = all_791_2 &
% 219.33/39.83 | bit0(all_791_2) = all_791_1 & nat(all_791_0) & int(all_791_1) &
% 219.33/39.83 | int(all_791_2) & ! [v0: int] : ! [v1: int] : ! [v2: int] : (v1 =
% 219.33/39.83 | v0 | ~ (power_power_int(v1, all_791_0) = v2) | ~
% 219.33/39.83 | (power_power_int(v0, all_791_0) = v2) | ~ int(v1) | ~ int(v0) |
% 219.33/39.83 | ~ ord_less_eq_int(zero_zero_int, v1) | ~
% 219.33/39.83 | ord_less_eq_int(zero_zero_int, v0))
% 219.33/39.83 |
% 219.33/39.83 | ALPHA: (446) implies:
% 219.33/39.83 | (447) bit0(all_791_2) = all_791_1
% 219.33/39.83 | (448) bit1(pls) = all_791_2
% 219.33/39.83 | (449) number_number_of_nat(all_791_1) = all_791_0
% 219.33/39.83 |
% 219.33/39.83 | DELTA: instantiating (41) with fresh symbols all_794_0, all_794_1, all_794_2
% 219.33/39.83 | gives:
% 219.33/39.83 | (450) number_number_of_nat(all_794_1) = all_794_0 & bit1(pls) = all_794_2 &
% 219.33/39.83 | bit0(all_794_2) = all_794_1 & nat(all_794_0) & int(all_794_1) &
% 219.33/39.83 | int(all_794_2) & ! [v0: real] : ! [v1: real] : ! [v2: real] : !
% 219.33/39.83 | [v3: real] : ( ~ (power_power_real(v1, all_794_0) = v3) | ~
% 219.33/39.83 | (power_power_real(v0, all_794_0) = v2) | ~ real(v1) | ~ real(v0)
% 219.33/39.83 | | ~ ord_less_eq_real(zero_zero_real, v1) | ~ ord_less_real(v2,
% 219.33/39.83 | v3) | ord_less_real(v0, v1))
% 219.33/39.83 |
% 219.33/39.83 | ALPHA: (450) implies:
% 219.33/39.83 | (451) bit0(all_794_2) = all_794_1
% 219.33/39.83 | (452) bit1(pls) = all_794_2
% 219.33/39.83 | (453) number_number_of_nat(all_794_1) = all_794_0
% 219.33/39.83 |
% 219.33/39.83 | DELTA: instantiating (33) with fresh symbols all_797_0, all_797_1, all_797_2
% 219.33/39.83 | gives:
% 219.33/39.83 | (454) number_number_of_nat(all_797_1) = all_797_0 & bit1(pls) = all_797_2 &
% 219.33/39.83 | bit0(all_797_2) = all_797_1 & nat(all_797_0) & int(all_797_1) &
% 219.33/39.83 | int(all_797_2) & ! [v0: real] : ! [v1: real] : ! [v2: real] : (v1
% 219.33/39.83 | = v0 | ~ (power_power_real(v1, all_797_0) = v2) | ~
% 219.33/39.83 | (power_power_real(v0, all_797_0) = v2) | ~ real(v1) | ~ real(v0)
% 219.33/39.83 | | ~ ord_less_eq_real(zero_zero_real, v1) | ~
% 219.33/39.83 | ord_less_eq_real(zero_zero_real, v0))
% 219.33/39.83 |
% 219.33/39.83 | ALPHA: (454) implies:
% 219.33/39.83 | (455) bit0(all_797_2) = all_797_1
% 219.33/39.83 | (456) bit1(pls) = all_797_2
% 219.33/39.83 | (457) number_number_of_nat(all_797_1) = all_797_0
% 219.33/39.83 |
% 219.33/39.83 | DELTA: instantiating (3) with fresh symbols all_800_0, all_800_1, all_800_2,
% 219.33/39.83 | all_800_3, all_800_4, all_800_5 gives:
% 219.33/39.83 | (458) bit1(pls) = all_800_5 & bit0(all_800_4) = all_800_3 & bit0(all_800_5)
% 219.33/39.83 | = all_800_4 & number_number_of_int(all_800_3) = all_800_2 &
% 219.33/39.83 | plus_plus_int(all_800_1, one_one_int) = all_800_0 &
% 219.33/39.83 | times_times_int(all_800_2, m) = all_800_1 & int(all_800_0) &
% 219.33/39.83 | int(all_800_1) & int(all_800_2) & int(all_800_3) & int(all_800_4) &
% 219.33/39.83 | int(all_800_5) & ord_less_int(zero_zero_int, all_800_0)
% 219.33/39.83 |
% 219.33/39.83 | ALPHA: (458) implies:
% 219.33/39.83 | (459) int(all_800_0)
% 219.33/39.83 | (460) times_times_int(all_800_2, m) = all_800_1
% 219.33/39.83 | (461) plus_plus_int(all_800_1, one_one_int) = all_800_0
% 219.33/39.83 | (462) number_number_of_int(all_800_3) = all_800_2
% 219.33/39.83 | (463) bit0(all_800_5) = all_800_4
% 219.33/39.83 | (464) bit0(all_800_4) = all_800_3
% 219.33/39.83 | (465) bit1(pls) = all_800_5
% 219.33/39.83 |
% 219.33/39.84 | DELTA: instantiating (108) with fresh symbols all_802_0, all_802_1, all_802_2
% 219.33/39.84 | gives:
% 219.33/39.84 | (466) number_number_of_nat(all_802_1) = all_802_0 & bit1(pls) = all_802_2 &
% 219.33/39.84 | bit0(all_802_2) = all_802_1 & nat(all_802_0) & int(all_802_1) &
% 219.33/39.84 | int(all_802_2) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.33/39.84 | int] : ( ~ (power_power_int(v0, all_802_0) = v3) | ~ int(v2) | ~
% 219.33/39.84 | int(v1) | ~ int(v0) | ~ dvd_dvd_int(v2, v0) | ~ zcong(v3, v1,
% 219.33/39.84 | v2) | zcong(v1, zero_zero_int, v2))
% 219.33/39.84 |
% 219.33/39.84 | ALPHA: (466) implies:
% 219.33/39.84 | (467) bit0(all_802_2) = all_802_1
% 219.33/39.84 | (468) bit1(pls) = all_802_2
% 219.33/39.84 | (469) number_number_of_nat(all_802_1) = all_802_0
% 219.33/39.84 |
% 219.33/39.84 | DELTA: instantiating (42) with fresh symbols all_805_0, all_805_1, all_805_2
% 219.33/39.84 | gives:
% 219.33/39.84 | (470) number_number_of_nat(all_805_1) = all_805_0 & bit1(pls) = all_805_2 &
% 219.33/39.84 | bit0(all_805_2) = all_805_1 & nat(all_805_0) & int(all_805_1) &
% 219.33/39.84 | int(all_805_2) & ! [v0: nat] : ! [v1: nat] : ! [v2: nat] : ! [v3:
% 219.33/39.84 | nat] : ( ~ (power_power_nat(v1, all_805_0) = v3) | ~
% 219.33/39.84 | (power_power_nat(v0, all_805_0) = v2) | ~ nat(v1) | ~ nat(v0) |
% 219.33/39.84 | ~ ord_less_eq_nat(zero_zero_nat, v1) | ~ ord_less_nat(v2, v3) |
% 219.33/39.84 | ord_less_nat(v0, v1))
% 219.33/39.84 |
% 219.33/39.84 | ALPHA: (470) implies:
% 219.33/39.84 | (471) bit0(all_805_2) = all_805_1
% 219.33/39.84 | (472) bit1(pls) = all_805_2
% 219.33/39.84 | (473) number_number_of_nat(all_805_1) = all_805_0
% 219.33/39.84 |
% 219.33/39.84 | DELTA: instantiating (36) with fresh symbols all_808_0, all_808_1, all_808_2
% 219.33/39.84 | gives:
% 219.33/39.84 | (474) number_number_of_nat(all_808_1) = all_808_0 & bit1(pls) = all_808_2 &
% 219.33/39.84 | bit0(all_808_2) = all_808_1 & nat(all_808_0) & int(all_808_1) &
% 219.33/39.84 | int(all_808_2) & ! [v0: real] : ! [v1: real] : ! [v2: real] : !
% 219.33/39.84 | [v3: real] : ( ~ (power_power_real(v1, all_808_0) = v3) | ~
% 219.33/39.84 | (power_power_real(v0, all_808_0) = v2) | ~ real(v1) | ~ real(v0)
% 219.33/39.84 | | ~ ord_less_eq_real(v2, v3) | ~ ord_less_eq_real(zero_zero_real,
% 219.33/39.84 | v1) | ord_less_eq_real(v0, v1))
% 219.33/39.84 |
% 219.33/39.84 | ALPHA: (474) implies:
% 219.33/39.84 | (475) bit0(all_808_2) = all_808_1
% 219.33/39.84 | (476) bit1(pls) = all_808_2
% 219.33/39.84 | (477) number_number_of_nat(all_808_1) = all_808_0
% 219.33/39.84 |
% 219.33/39.84 | DELTA: instantiating (38) with fresh symbols all_811_0, all_811_1, all_811_2
% 219.33/39.84 | gives:
% 219.33/39.84 | (478) number_number_of_nat(all_811_1) = all_811_0 & bit1(pls) = all_811_2 &
% 219.33/39.85 | bit0(all_811_2) = all_811_1 & nat(all_811_0) & int(all_811_1) &
% 219.33/39.85 | int(all_811_2) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.33/39.85 | int] : ( ~ (power_power_int(v1, all_811_0) = v3) | ~
% 219.33/39.85 | (power_power_int(v0, all_811_0) = v2) | ~ int(v1) | ~ int(v0) |
% 219.33/39.85 | ~ ord_less_eq_int(v2, v3) | ~ ord_less_eq_int(zero_zero_int, v1) |
% 219.33/39.85 | ord_less_eq_int(v0, v1))
% 219.33/39.85 |
% 219.33/39.85 | ALPHA: (478) implies:
% 219.33/39.85 | (479) bit0(all_811_2) = all_811_1
% 219.33/39.85 | (480) bit1(pls) = all_811_2
% 219.33/39.85 | (481) number_number_of_nat(all_811_1) = all_811_0
% 219.33/39.85 |
% 219.33/39.85 | DELTA: instantiating (34) with fresh symbols all_814_0, all_814_1, all_814_2
% 219.33/39.85 | gives:
% 219.33/39.85 | (482) number_number_of_nat(all_814_1) = all_814_0 & bit1(pls) = all_814_2 &
% 219.33/39.85 | bit0(all_814_2) = all_814_1 & nat(all_814_0) & int(all_814_1) &
% 219.33/39.85 | int(all_814_2) & ! [v0: nat] : ! [v1: nat] : ! [v2: nat] : (v1 =
% 219.33/39.85 | v0 | ~ (power_power_nat(v1, all_814_0) = v2) | ~
% 219.33/39.85 | (power_power_nat(v0, all_814_0) = v2) | ~ nat(v1) | ~ nat(v0) |
% 219.33/39.85 | ~ ord_less_eq_nat(zero_zero_nat, v1) | ~
% 219.33/39.85 | ord_less_eq_nat(zero_zero_nat, v0))
% 219.33/39.85 |
% 219.33/39.85 | ALPHA: (482) implies:
% 219.33/39.85 | (483) bit0(all_814_2) = all_814_1
% 219.33/39.85 | (484) bit1(pls) = all_814_2
% 219.33/39.85 | (485) number_number_of_nat(all_814_1) = all_814_0
% 219.33/39.85 |
% 219.33/39.85 | DELTA: instantiating (37) with fresh symbols all_817_0, all_817_1, all_817_2
% 219.33/39.85 | gives:
% 219.33/39.85 | (486) number_number_of_nat(all_817_1) = all_817_0 & bit1(pls) = all_817_2 &
% 219.33/39.85 | bit0(all_817_2) = all_817_1 & nat(all_817_0) & int(all_817_1) &
% 219.33/39.85 | int(all_817_2) & ! [v0: nat] : ! [v1: nat] : ! [v2: nat] : ! [v3:
% 219.33/39.85 | nat] : ( ~ (power_power_nat(v1, all_817_0) = v3) | ~
% 219.33/39.85 | (power_power_nat(v0, all_817_0) = v2) | ~ nat(v1) | ~ nat(v0) |
% 219.33/39.85 | ~ ord_less_eq_nat(v2, v3) | ~ ord_less_eq_nat(zero_zero_nat, v1) |
% 219.33/39.85 | ord_less_eq_nat(v0, v1))
% 219.33/39.85 |
% 219.33/39.85 | ALPHA: (486) implies:
% 219.33/39.85 | (487) bit0(all_817_2) = all_817_1
% 219.33/39.85 | (488) bit1(pls) = all_817_2
% 219.33/39.85 | (489) number_number_of_nat(all_817_1) = all_817_0
% 219.33/39.85 |
% 219.33/39.85 | DELTA: instantiating (27) with fresh symbols all_820_0, all_820_1, all_820_2,
% 219.33/39.85 | all_820_3, all_820_4, all_820_5 gives:
% 219.33/39.85 | (490) bit1(pls) = all_820_5 & bit0(all_820_4) = all_820_3 & bit0(all_820_5)
% 219.33/39.85 | = all_820_4 & number_number_of_int(all_820_3) = all_820_2 &
% 219.33/39.85 | plus_plus_int(all_820_1, one_one_int) = all_820_0 &
% 219.33/39.85 | times_times_int(all_820_2, m) = all_820_1 & int(all_820_0) &
% 219.33/39.85 | int(all_820_1) & int(all_820_2) & int(all_820_3) & int(all_820_4) &
% 219.33/39.85 | int(all_820_5) & zprime(all_820_0)
% 219.33/39.85 |
% 219.33/39.85 | ALPHA: (490) implies:
% 219.33/39.85 | (491) times_times_int(all_820_2, m) = all_820_1
% 219.33/39.85 | (492) plus_plus_int(all_820_1, one_one_int) = all_820_0
% 219.33/39.85 | (493) number_number_of_int(all_820_3) = all_820_2
% 219.33/39.85 | (494) bit0(all_820_5) = all_820_4
% 219.33/39.85 | (495) bit0(all_820_4) = all_820_3
% 219.33/39.85 | (496) bit1(pls) = all_820_5
% 219.33/39.85 |
% 219.33/39.85 | DELTA: instantiating (119) with fresh symbols all_822_0, all_822_1, all_822_2,
% 219.33/39.85 | all_822_3 gives:
% 219.33/39.86 | (497) bit1(pls) = all_822_3 & bit0(all_822_3) = all_822_2 &
% 219.33/39.86 | number_number_of_int(all_822_2) = all_822_1 &
% 219.33/39.86 | number_number_of_int(min) = all_822_0 & int(all_822_0) &
% 219.33/39.86 | int(all_822_1) & int(all_822_2) & int(all_822_3) & ! [v0: int] : !
% 219.33/39.86 | [v1: int] : ( ~ int(v1) | ~ int(v0) | ~ ord_less_int(all_822_1, v1)
% 219.33/39.86 | | ~ zcong(v0, all_822_0, v1) | ~ zcong(v0, one_one_int, v1))
% 219.33/39.86 |
% 219.33/39.86 | ALPHA: (497) implies:
% 219.33/39.86 | (498) bit0(all_822_3) = all_822_2
% 219.33/39.86 | (499) bit1(pls) = all_822_3
% 219.33/39.86 |
% 219.33/39.86 | DELTA: instantiating (43) with fresh symbols all_825_0, all_825_1, all_825_2
% 219.33/39.86 | gives:
% 219.33/39.86 | (500) number_number_of_nat(all_825_1) = all_825_0 & bit1(pls) = all_825_2 &
% 219.33/39.86 | bit0(all_825_2) = all_825_1 & nat(all_825_0) & int(all_825_1) &
% 219.33/39.86 | int(all_825_2) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.33/39.86 | int] : ( ~ (power_power_int(v1, all_825_0) = v3) | ~
% 219.33/39.86 | (power_power_int(v0, all_825_0) = v2) | ~ int(v1) | ~ int(v0) |
% 219.33/39.86 | ~ ord_less_eq_int(zero_zero_int, v1) | ~ ord_less_int(v2, v3) |
% 219.33/39.86 | ord_less_int(v0, v1))
% 219.33/39.86 |
% 219.33/39.86 | ALPHA: (500) implies:
% 219.33/39.86 | (501) bit0(all_825_2) = all_825_1
% 219.33/39.86 | (502) bit1(pls) = all_825_2
% 219.33/39.86 | (503) number_number_of_nat(all_825_1) = all_825_0
% 219.33/39.86 |
% 219.33/39.86 | DELTA: instantiating (95) with fresh symbols all_828_0, all_828_1, all_828_2
% 219.33/39.86 | gives:
% 219.33/39.86 | (504) number_number_of_nat(all_828_1) = all_828_0 & bit1(pls) = all_828_2 &
% 219.33/39.86 | bit0(all_828_2) = all_828_1 & nat(all_828_0) & int(all_828_1) &
% 219.33/39.86 | int(all_828_2) & ! [v0: int] : ! [v1: nat] : ! [v2: nat] : ! [v3:
% 219.33/39.86 | int] : ( ~ (times_times_nat(all_828_0, v1) = v2) | ~
% 219.33/39.86 | (power_power_int(v0, v2) = v3) | ~ nat(v1) | ~ int(v0) | ? [v4:
% 219.33/39.86 | int] : (power_power_int(v4, all_828_0) = v3 & power_power_int(v0,
% 219.33/39.86 | v1) = v4 & int(v4) & int(v3)))
% 219.33/39.86 |
% 219.33/39.86 | ALPHA: (504) implies:
% 219.33/39.86 | (505) bit0(all_828_2) = all_828_1
% 219.33/39.86 | (506) bit1(pls) = all_828_2
% 219.33/39.86 | (507) number_number_of_nat(all_828_1) = all_828_0
% 219.33/39.86 |
% 219.33/39.86 | DELTA: instantiating (83) with fresh symbols all_831_0, all_831_1, all_831_2
% 219.33/39.86 | gives:
% 219.33/39.86 | (508) number_number_of_nat(all_831_1) = all_831_0 & bit1(pls) = all_831_2 &
% 219.33/39.86 | bit0(all_831_2) = all_831_1 & nat(all_831_0) & int(all_831_1) &
% 219.33/39.86 | int(all_831_2) & ! [v0: real] : ! [v1: nat] : ! [v2: nat] : !
% 219.33/39.86 | [v3: real] : ( ~ (times_times_nat(all_831_0, v1) = v2) | ~
% 219.33/39.86 | (power_power_real(v0, v2) = v3) | ~ real(v0) | ~ nat(v1) | ?
% 219.33/39.86 | [v4: real] : (times_times_real(v4, v4) = v3 & power_power_real(v0,
% 219.33/39.86 | v1) = v4 & real(v4) & real(v3)))
% 219.33/39.86 |
% 219.33/39.86 | ALPHA: (508) implies:
% 219.33/39.87 | (509) bit0(all_831_2) = all_831_1
% 219.33/39.87 | (510) bit1(pls) = all_831_2
% 219.33/39.87 | (511) number_number_of_nat(all_831_1) = all_831_0
% 219.33/39.87 |
% 219.33/39.87 | DELTA: instantiating (94) with fresh symbols all_834_0, all_834_1, all_834_2
% 219.33/39.87 | gives:
% 219.33/39.87 | (512) number_number_of_nat(all_834_1) = all_834_0 & bit1(pls) = all_834_2 &
% 219.33/39.87 | bit0(all_834_2) = all_834_1 & nat(all_834_0) & int(all_834_1) &
% 219.33/39.87 | int(all_834_2) & ! [v0: nat] : ! [v1: nat] : ! [v2: nat] : ! [v3:
% 219.33/39.87 | nat] : ( ~ (times_times_nat(all_834_0, v1) = v2) | ~
% 219.33/39.87 | (power_power_nat(v0, v2) = v3) | ~ nat(v1) | ~ nat(v0) | ? [v4:
% 219.33/39.87 | nat] : (power_power_nat(v4, all_834_0) = v3 & power_power_nat(v0,
% 219.33/39.87 | v1) = v4 & nat(v4) & nat(v3)))
% 219.33/39.87 |
% 219.33/39.87 | ALPHA: (512) implies:
% 219.33/39.87 | (513) bit0(all_834_2) = all_834_1
% 219.33/39.87 | (514) bit1(pls) = all_834_2
% 219.33/39.87 | (515) number_number_of_nat(all_834_1) = all_834_0
% 219.33/39.87 |
% 219.33/39.87 | DELTA: instantiating (85) with fresh symbols all_837_0, all_837_1, all_837_2
% 219.33/39.87 | gives:
% 219.33/39.87 | (516) number_number_of_nat(all_837_1) = all_837_0 & bit1(pls) = all_837_2 &
% 219.33/39.87 | bit0(all_837_2) = all_837_1 & nat(all_837_0) & int(all_837_1) &
% 219.33/39.87 | int(all_837_2) & ! [v0: int] : ! [v1: nat] : ! [v2: nat] : ! [v3:
% 219.33/39.87 | int] : ( ~ (times_times_nat(all_837_0, v1) = v2) | ~
% 219.33/39.87 | (power_power_int(v0, v2) = v3) | ~ nat(v1) | ~ int(v0) | ? [v4:
% 219.33/39.87 | int] : (power_power_int(v0, v1) = v4 & times_times_int(v4, v4) =
% 219.33/39.87 | v3 & int(v4) & int(v3)))
% 219.33/39.87 |
% 219.33/39.87 | ALPHA: (516) implies:
% 219.33/39.87 | (517) bit0(all_837_2) = all_837_1
% 219.33/39.87 | (518) bit1(pls) = all_837_2
% 219.33/39.87 | (519) number_number_of_nat(all_837_1) = all_837_0
% 219.33/39.87 |
% 219.33/39.87 | DELTA: instantiating (93) with fresh symbols all_840_0, all_840_1, all_840_2
% 219.33/39.87 | gives:
% 219.33/39.87 | (520) number_number_of_nat(all_840_1) = all_840_0 & bit1(pls) = all_840_2 &
% 219.33/39.87 | bit0(all_840_2) = all_840_1 & nat(all_840_0) & int(all_840_1) &
% 219.33/39.87 | int(all_840_2) & ! [v0: real] : ! [v1: nat] : ! [v2: nat] : !
% 219.33/39.87 | [v3: real] : ( ~ (times_times_nat(all_840_0, v1) = v2) | ~
% 219.33/39.87 | (power_power_real(v0, v2) = v3) | ~ real(v0) | ~ nat(v1) | ?
% 219.33/39.87 | [v4: real] : (power_power_real(v4, all_840_0) = v3 &
% 219.33/39.87 | power_power_real(v0, v1) = v4 & real(v4) & real(v3)))
% 219.33/39.87 |
% 219.33/39.87 | ALPHA: (520) implies:
% 219.33/39.87 | (521) bit0(all_840_2) = all_840_1
% 219.33/39.87 | (522) bit1(pls) = all_840_2
% 219.33/39.87 | (523) number_number_of_nat(all_840_1) = all_840_0
% 219.33/39.87 |
% 219.33/39.87 | DELTA: instantiating (84) with fresh symbols all_843_0, all_843_1, all_843_2
% 219.33/39.87 | gives:
% 219.33/39.88 | (524) number_number_of_nat(all_843_1) = all_843_0 & bit1(pls) = all_843_2 &
% 219.33/39.88 | bit0(all_843_2) = all_843_1 & nat(all_843_0) & int(all_843_1) &
% 219.33/39.88 | int(all_843_2) & ! [v0: nat] : ! [v1: nat] : ! [v2: nat] : ! [v3:
% 219.33/39.88 | nat] : ( ~ (times_times_nat(all_843_0, v1) = v2) | ~
% 219.33/39.88 | (power_power_nat(v0, v2) = v3) | ~ nat(v1) | ~ nat(v0) | ? [v4:
% 219.33/39.88 | nat] : (times_times_nat(v4, v4) = v3 & power_power_nat(v0, v1) =
% 219.33/39.88 | v4 & nat(v4) & nat(v3)))
% 219.33/39.88 |
% 219.33/39.88 | ALPHA: (524) implies:
% 219.33/39.88 | (525) bit0(all_843_2) = all_843_1
% 219.33/39.88 | (526) bit1(pls) = all_843_2
% 219.33/39.88 | (527) number_number_of_nat(all_843_1) = all_843_0
% 219.33/39.88 |
% 219.33/39.88 | DELTA: instantiating (79) with fresh symbols all_846_0, all_846_1, all_846_2,
% 219.33/39.88 | all_846_3, all_846_4, all_846_5 gives:
% 219.33/39.88 | (528) bit1(pls) = all_846_5 & bit0(all_846_4) = all_846_3 & bit0(all_846_5)
% 219.33/39.88 | = all_846_4 & number_number_of_int(all_846_3) = all_846_2 &
% 219.33/39.88 | plus_plus_int(all_846_1, one_one_int) = all_846_0 &
% 219.33/39.88 | times_times_int(all_846_2, m) = all_846_1 & int(all_846_0) &
% 219.33/39.88 | int(all_846_1) & int(all_846_2) & int(all_846_3) & int(all_846_4) &
% 219.33/39.88 | int(all_846_5) & ord_less_eq_int(zero_zero_int, s) & ord_less_int(s,
% 219.33/39.88 | all_846_0) & zcong(s1, s, all_846_0)
% 219.33/39.88 |
% 219.33/39.88 | ALPHA: (528) implies:
% 219.59/39.88 | (529) times_times_int(all_846_2, m) = all_846_1
% 219.59/39.88 | (530) plus_plus_int(all_846_1, one_one_int) = all_846_0
% 219.59/39.88 | (531) number_number_of_int(all_846_3) = all_846_2
% 219.59/39.88 | (532) bit0(all_846_5) = all_846_4
% 219.59/39.88 | (533) bit0(all_846_4) = all_846_3
% 219.59/39.88 | (534) bit1(pls) = all_846_5
% 219.59/39.88 |
% 219.59/39.88 | DELTA: instantiating (112) with fresh symbols all_848_0, all_848_1, all_848_2,
% 219.59/39.88 | all_848_3, all_848_4, all_848_5, all_848_6 gives:
% 219.59/39.88 | (535) legendre(all_848_6, all_848_0) = one_one_int & bit1(pls) = all_848_5
% 219.59/39.88 | & bit0(all_848_4) = all_848_3 & bit0(all_848_5) = all_848_4 &
% 219.59/39.88 | number_number_of_int(all_848_3) = all_848_2 &
% 219.59/39.88 | number_number_of_int(min) = all_848_6 & plus_plus_int(all_848_1,
% 219.59/39.88 | one_one_int) = all_848_0 & times_times_int(all_848_2, m) =
% 219.59/39.88 | all_848_1 & int(all_848_0) & int(all_848_1) & int(all_848_2) &
% 219.59/39.88 | int(all_848_3) & int(all_848_4) & int(all_848_5) & int(all_848_6)
% 219.59/39.88 |
% 219.59/39.88 | ALPHA: (535) implies:
% 219.59/39.88 | (536) times_times_int(all_848_2, m) = all_848_1
% 219.59/39.88 | (537) plus_plus_int(all_848_1, one_one_int) = all_848_0
% 219.59/39.88 | (538) number_number_of_int(all_848_3) = all_848_2
% 219.59/39.88 | (539) bit0(all_848_5) = all_848_4
% 219.59/39.88 | (540) bit0(all_848_4) = all_848_3
% 219.59/39.88 | (541) bit1(pls) = all_848_5
% 219.59/39.88 |
% 219.59/39.88 | DELTA: instantiating (80) with fresh symbols all_850_0, all_850_1, all_850_2,
% 219.59/39.88 | all_850_3, all_850_4 gives:
% 219.59/39.88 | (542) number_number_of_nat(all_850_1) = all_850_0 &
% 219.59/39.88 | number_number_of_nat(all_850_3) = all_850_2 & bit1(all_850_4) =
% 219.59/39.88 | all_850_1 & bit1(pls) = all_850_4 & bit0(all_850_4) = all_850_3 &
% 219.59/39.88 | nat(all_850_0) & nat(all_850_2) & int(all_850_1) & int(all_850_3) &
% 219.59/39.88 | int(all_850_4) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ( ~
% 219.59/39.88 | (power_power_int(v0, all_850_2) = v1) | ~ (times_times_int(v0, v1)
% 219.59/39.88 | = v2) | ~ int(v0) | (power_power_int(v0, all_850_0) = v2 &
% 219.59/39.88 | int(v2)))
% 219.59/39.88 |
% 219.59/39.88 | ALPHA: (542) implies:
% 219.59/39.88 | (543) bit0(all_850_4) = all_850_3
% 219.59/39.88 | (544) bit1(pls) = all_850_4
% 219.59/39.88 | (545) number_number_of_nat(all_850_3) = all_850_2
% 219.59/39.88 |
% 219.59/39.88 | DELTA: instantiating (116) with fresh symbols all_853_0, all_853_1, all_853_2,
% 219.59/39.88 | all_853_3, all_853_4, all_853_5, all_853_6 gives:
% 219.59/39.88 | (546) bit1(pls) = all_853_6 & bit0(all_853_5) = all_853_4 & bit0(all_853_6)
% 219.59/39.88 | = all_853_5 & number_number_of_int(all_853_4) = all_853_3 &
% 219.59/39.88 | number_number_of_int(min) = all_853_0 & plus_plus_int(all_853_2,
% 219.59/39.88 | one_one_int) = all_853_1 & times_times_int(all_853_3, m) =
% 219.59/39.88 | all_853_2 & int(all_853_0) & int(all_853_1) & int(all_853_2) &
% 219.59/39.88 | int(all_853_3) & int(all_853_4) & int(all_853_5) & int(all_853_6) &
% 219.59/39.88 | quadRes(all_853_1, all_853_0)
% 219.59/39.88 |
% 219.59/39.88 | ALPHA: (546) implies:
% 219.59/39.89 | (547) times_times_int(all_853_3, m) = all_853_2
% 219.59/39.89 | (548) plus_plus_int(all_853_2, one_one_int) = all_853_1
% 219.59/39.89 | (549) number_number_of_int(all_853_4) = all_853_3
% 219.59/39.89 | (550) bit0(all_853_6) = all_853_5
% 219.59/39.89 | (551) bit0(all_853_5) = all_853_4
% 219.59/39.89 | (552) bit1(pls) = all_853_6
% 219.59/39.89 |
% 219.59/39.89 | DELTA: instantiating (28) with fresh symbols all_855_0, all_855_1, all_855_2,
% 219.59/39.89 | all_855_3, all_855_4, all_855_5, all_855_6 gives:
% 219.59/39.89 | (553) bit1(pls) = all_855_6 & bit0(all_855_5) = all_855_4 & bit0(all_855_6)
% 219.59/39.89 | = all_855_5 & number_number_of_int(all_855_4) = all_855_3 &
% 219.59/39.89 | plus_plus_int(all_855_2, one_one_int) = all_855_1 &
% 219.59/39.89 | times_times_int(all_855_1, t) = all_855_0 &
% 219.59/39.89 | times_times_int(all_855_3, m) = all_855_2 & int(all_855_0) &
% 219.59/39.89 | int(all_855_1) & int(all_855_2) & int(all_855_3) & int(all_855_4) &
% 219.59/39.89 | int(all_855_5) & int(all_855_6) & twoSqu512355103sum2sq(all_855_0)
% 219.59/39.89 |
% 219.59/39.89 | ALPHA: (553) implies:
% 219.59/39.89 | (554) times_times_int(all_855_3, m) = all_855_2
% 219.59/39.89 | (555) plus_plus_int(all_855_2, one_one_int) = all_855_1
% 219.59/39.89 | (556) number_number_of_int(all_855_4) = all_855_3
% 219.59/39.89 | (557) bit0(all_855_6) = all_855_5
% 219.59/39.89 | (558) bit0(all_855_5) = all_855_4
% 219.59/39.89 | (559) bit1(pls) = all_855_6
% 219.59/39.89 |
% 219.59/39.89 | DELTA: instantiating (118) with fresh symbols all_857_0, all_857_1, all_857_2,
% 219.59/39.89 | all_857_3 gives:
% 219.59/39.89 | (560) bit1(pls) = all_857_3 & bit0(all_857_3) = all_857_2 &
% 219.59/39.89 | number_number_of_int(all_857_2) = all_857_1 &
% 219.59/39.89 | number_number_of_int(min) = all_857_0 & int(all_857_0) &
% 219.59/39.89 | int(all_857_1) & int(all_857_2) & int(all_857_3) & ! [v0: nat] : !
% 219.59/39.89 | [v1: nat] : ! [v2: int] : ! [v3: int] : ! [v4: int] : (v4 = v3 |
% 219.59/39.89 | ~ (power_power_int(all_857_0, v1) = v4) | ~
% 219.59/39.89 | (power_power_int(all_857_0, v0) = v3) | ~ nat(v1) | ~ nat(v0) |
% 219.59/39.89 | ~ int(v2) | ~ ord_less_int(all_857_1, v2) | ~ zcong(v3, v4, v2))
% 219.59/39.89 |
% 219.59/39.89 | ALPHA: (560) implies:
% 219.59/39.89 | (561) bit0(all_857_3) = all_857_2
% 219.59/39.89 | (562) bit1(pls) = all_857_3
% 219.59/39.89 |
% 219.59/39.89 | DELTA: instantiating (88) with fresh symbols all_860_0, all_860_1, all_860_2,
% 219.59/39.89 | all_860_3, all_860_4, all_860_5, all_860_6 gives:
% 219.59/39.89 | (563) bit1(pls) = all_860_6 & bit0(all_860_5) = all_860_4 & bit0(all_860_6)
% 219.59/39.89 | = all_860_5 & number_number_of_int(all_860_4) = all_860_3 &
% 219.59/39.89 | plus_plus_int(all_860_2, one_one_int) = all_860_1 &
% 219.59/39.89 | times_times_int(all_860_3, m) = all_860_2 & int(all_860_0) &
% 219.59/39.89 | int(all_860_1) & int(all_860_2) & int(all_860_3) & int(all_860_4) &
% 219.59/39.89 | int(all_860_5) & int(all_860_6) & ord_less_eq_int(zero_zero_int,
% 219.59/39.89 | all_860_0) & ord_less_int(all_860_0, all_860_1) & zcong(s1,
% 219.59/39.89 | all_860_0, all_860_1)
% 219.59/39.89 |
% 219.59/39.89 | ALPHA: (563) implies:
% 219.59/39.89 | (564) times_times_int(all_860_3, m) = all_860_2
% 219.59/39.89 | (565) plus_plus_int(all_860_2, one_one_int) = all_860_1
% 219.59/39.89 | (566) number_number_of_int(all_860_4) = all_860_3
% 219.59/39.89 | (567) bit0(all_860_6) = all_860_5
% 219.59/39.89 | (568) bit0(all_860_5) = all_860_4
% 219.59/39.89 | (569) bit1(pls) = all_860_6
% 219.59/39.89 |
% 219.59/39.89 | DELTA: instantiating (103) with fresh symbols all_862_0, all_862_1, all_862_2,
% 219.59/39.89 | all_862_3, all_862_4 gives:
% 219.59/39.89 | (570) number_number_of_nat(all_862_1) = all_862_0 &
% 219.59/39.89 | number_number_of_nat(all_862_3) = all_862_2 & bit1(pls) = all_862_4 &
% 219.59/39.89 | bit0(all_862_3) = all_862_1 & bit0(all_862_4) = all_862_3 &
% 219.59/39.89 | nat(all_862_0) & nat(all_862_2) & int(all_862_1) & int(all_862_3) &
% 219.59/39.89 | int(all_862_4) & ! [v0: int] : ! [v1: int] : ( ~
% 219.59/39.89 | (power_power_int(v0, all_862_0) = v1) | ~ int(v0) | ? [v2: int] :
% 219.59/39.89 | (power_power_int(v2, all_862_2) = v1 & power_power_int(v0,
% 219.59/39.89 | all_862_2) = v2 & int(v2) & int(v1)))
% 219.59/39.89 |
% 219.59/39.89 | ALPHA: (570) implies:
% 219.59/39.89 | (571) bit0(all_862_4) = all_862_3
% 219.59/39.89 | (572) bit0(all_862_3) = all_862_1
% 219.59/39.89 | (573) bit1(pls) = all_862_4
% 219.59/39.89 | (574) number_number_of_nat(all_862_3) = all_862_2
% 219.59/39.89 |
% 219.59/39.89 | DELTA: instantiating (122) with fresh symbols all_865_0, all_865_1, all_865_2
% 219.59/39.89 | gives:
% 219.59/39.90 | (575) number_number_of_nat(all_865_1) = all_865_0 & bit1(pls) = all_865_2 &
% 219.59/39.90 | bit0(all_865_2) = all_865_1 & nat(all_865_0) & int(all_865_1) &
% 219.59/39.90 | int(all_865_2) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.59/39.90 | int] : ! [v4: int] : ( ~ (minus_minus_int(v2, v3) = v4) | ~
% 219.59/39.90 | (power_power_int(v1, all_865_0) = v3) | ~ (power_power_int(v0,
% 219.59/39.90 | all_865_0) = v2) | ~ int(v1) | ~ int(v0) | ? [v5: int] : ?
% 219.59/39.90 | [v6: int] : (minus_minus_int(v0, v1) = v6 & plus_plus_int(v0, v1) =
% 219.59/39.90 | v5 & times_times_int(v5, v6) = v4 & int(v6) & int(v5) & int(v4)))
% 219.59/39.90 |
% 219.59/39.90 | ALPHA: (575) implies:
% 219.59/39.90 | (576) bit0(all_865_2) = all_865_1
% 219.59/39.90 | (577) bit1(pls) = all_865_2
% 219.59/39.90 | (578) number_number_of_nat(all_865_1) = all_865_0
% 219.59/39.90 |
% 219.59/39.90 | DELTA: instantiating (1) with fresh symbols all_868_0, all_868_1, all_868_2,
% 219.59/39.90 | all_868_3, all_868_4, all_868_5, all_868_6, all_868_7 gives:
% 219.59/39.90 | (579) bit1(pls) = all_868_7 & bit0(all_868_6) = all_868_5 & bit0(all_868_7)
% 219.59/39.90 | = all_868_6 & number_number_of_int(all_868_5) = all_868_4 &
% 219.59/39.90 | plus_plus_int(all_868_3, one_one_int) = all_868_2 &
% 219.59/39.90 | times_times_int(all_868_2, t) = all_868_1 &
% 219.59/39.90 | times_times_int(all_868_2, zero_zero_int) = all_868_0 &
% 219.59/39.90 | times_times_int(all_868_4, m) = all_868_3 & int(all_868_0) &
% 219.59/39.90 | int(all_868_1) & int(all_868_2) & int(all_868_3) & int(all_868_4) &
% 219.59/39.90 | int(all_868_5) & int(all_868_6) & int(all_868_7) &
% 219.59/39.90 | ord_less_int(all_868_1, all_868_0)
% 219.59/39.90 |
% 219.59/39.90 | ALPHA: (579) implies:
% 219.59/39.90 | (580) ord_less_int(all_868_1, all_868_0)
% 219.59/39.90 | (581) times_times_int(all_868_4, m) = all_868_3
% 219.59/39.90 | (582) times_times_int(all_868_2, zero_zero_int) = all_868_0
% 219.59/39.90 | (583) times_times_int(all_868_2, t) = all_868_1
% 219.59/39.90 | (584) plus_plus_int(all_868_3, one_one_int) = all_868_2
% 219.59/39.90 | (585) number_number_of_int(all_868_5) = all_868_4
% 219.59/39.90 | (586) bit0(all_868_7) = all_868_6
% 219.59/39.90 | (587) bit0(all_868_6) = all_868_5
% 219.59/39.90 | (588) bit1(pls) = all_868_7
% 219.59/39.90 |
% 219.59/39.90 | DELTA: instantiating (131) with fresh symbols all_870_0, all_870_1, all_870_2
% 219.59/39.90 | gives:
% 219.59/39.90 | (589) number_number_of_nat(all_870_1) = all_870_0 & bit1(pls) = all_870_2 &
% 219.59/39.90 | bit0(all_870_2) = all_870_1 & nat(all_870_0) & int(all_870_1) &
% 219.59/39.90 | int(all_870_2) & ! [v0: nat] : ! [v1: nat] : ! [v2: nat] : ! [v3:
% 219.59/39.90 | nat] : ! [v4: nat] : ( ~ (minus_minus_nat(v2, v3) = v4) | ~
% 219.59/39.90 | (power_power_nat(v1, all_870_0) = v3) | ~ (power_power_nat(v0,
% 219.59/39.90 | all_870_0) = v2) | ~ nat(v1) | ~ nat(v0) | ? [v5: nat] : ?
% 219.59/39.90 | [v6: nat] : (minus_minus_nat(v0, v1) = v6 & times_times_nat(v5, v6)
% 219.59/39.90 | = v4 & plus_plus_nat(v0, v1) = v5 & nat(v6) & nat(v5) & nat(v4)))
% 219.59/39.90 |
% 219.59/39.90 | ALPHA: (589) implies:
% 219.59/39.90 | (590) bit0(all_870_2) = all_870_1
% 219.59/39.90 | (591) bit1(pls) = all_870_2
% 219.59/39.90 | (592) number_number_of_nat(all_870_1) = all_870_0
% 219.59/39.90 |
% 219.59/39.90 | DELTA: instantiating (127) with fresh symbols all_873_0, all_873_1, all_873_2,
% 219.59/39.90 | all_873_3, all_873_4 gives:
% 219.59/39.90 | (593) bit1(pls) = all_873_4 & bit0(all_873_3) = all_873_2 & bit0(all_873_4)
% 219.79/39.90 | = all_873_3 & number_number_of_int(all_873_2) = all_873_1 &
% 219.79/39.90 | number_number_of_int(min) = all_873_0 & int(all_873_0) &
% 219.79/39.90 | int(all_873_1) & int(all_873_2) & int(all_873_3) & int(all_873_4) &
% 219.79/39.90 | ! [v0: int] : ! [v1: int] : ( ~ (times_times_int(all_873_1, v0) =
% 219.79/39.90 | v1) | ~ int(v0) | ? [v2: int] : ? [v3: int] :
% 219.79/39.90 | (plus_plus_int(v1, one_one_int) = v2 & int(v2) & ( ~ zprime(v2) |
% 219.79/39.90 | (v3 = one_one_int & legendre(all_873_0, v2) = one_one_int))))
% 219.79/39.90 |
% 219.79/39.90 | ALPHA: (593) implies:
% 219.79/39.90 | (594) number_number_of_int(all_873_2) = all_873_1
% 219.79/39.90 | (595) bit0(all_873_4) = all_873_3
% 219.79/39.90 | (596) bit0(all_873_3) = all_873_2
% 219.79/39.90 | (597) bit1(pls) = all_873_4
% 219.79/39.90 |
% 219.79/39.90 | DELTA: instantiating (63) with fresh symbols all_876_0, all_876_1, all_876_2
% 219.79/39.90 | gives:
% 219.79/39.90 | (598) number_number_of_nat(all_876_1) = all_876_0 & bit1(pls) = all_876_2 &
% 219.79/39.90 | bit0(all_876_2) = all_876_1 & nat(all_876_0) & int(all_876_1) &
% 219.79/39.90 | int(all_876_2) & ! [v0: nat] : ! [v1: nat] : ! [v2: nat] : ! [v3:
% 219.79/39.91 | nat] : ! [v4: nat] : ! [v5: nat] : ! [v6: nat] : ! [v7: nat] :
% 219.79/39.91 | ( ~ (times_times_nat(v5, v1) = v6) | ~ (times_times_nat(all_876_0,
% 219.79/39.91 | v0) = v5) | ~ (plus_plus_nat(v4, v6) = v7) | ~
% 219.79/39.91 | (plus_plus_nat(v2, v3) = v4) | ~ (power_power_nat(v1, all_876_0) =
% 219.79/39.91 | v3) | ~ (power_power_nat(v0, all_876_0) = v2) | ~ nat(v1) | ~
% 219.79/39.91 | nat(v0) | ? [v8: nat] : (plus_plus_nat(v0, v1) = v8 &
% 219.79/39.91 | power_power_nat(v8, all_876_0) = v7 & nat(v8) & nat(v7)))
% 219.79/39.91 |
% 219.79/39.91 | ALPHA: (598) implies:
% 219.79/39.91 | (599) bit0(all_876_2) = all_876_1
% 219.79/39.91 | (600) bit1(pls) = all_876_2
% 219.79/39.91 | (601) number_number_of_nat(all_876_1) = all_876_0
% 219.79/39.91 |
% 219.79/39.91 | DELTA: instantiating (121) with fresh symbols all_879_0, all_879_1, all_879_2,
% 219.79/39.91 | all_879_3, all_879_4, all_879_5, all_879_6, all_879_7 gives:
% 219.79/39.91 | (602) bit1(pls) = all_879_7 & bit0(all_879_6) = all_879_5 & bit0(all_879_7)
% 219.79/39.91 | = all_879_6 & number_number_of_int(all_879_5) = all_879_4 &
% 219.79/39.91 | number_number_of_int(min) = all_879_1 & plus_plus_int(all_879_3,
% 219.79/39.91 | one_one_int) = all_879_2 & times_times_int(all_879_4, m) =
% 219.79/39.91 | all_879_3 & int(all_879_1) & int(all_879_2) & int(all_879_3) &
% 219.79/39.91 | int(all_879_4) & int(all_879_5) & int(all_879_6) & int(all_879_7) &
% 219.79/39.91 | (quadRes(all_879_2, all_879_1) | ( ~ (all_879_0 = one_one_int) &
% 219.79/39.91 | legendre(all_879_1, all_879_2) = all_879_0 & int(all_879_0)))
% 219.79/39.91 |
% 219.79/39.91 | ALPHA: (602) implies:
% 219.79/39.91 | (603) times_times_int(all_879_4, m) = all_879_3
% 219.79/39.91 | (604) plus_plus_int(all_879_3, one_one_int) = all_879_2
% 219.79/39.91 | (605) number_number_of_int(all_879_5) = all_879_4
% 219.79/39.91 | (606) bit0(all_879_7) = all_879_6
% 219.79/39.91 | (607) bit0(all_879_6) = all_879_5
% 219.79/39.91 | (608) bit1(pls) = all_879_7
% 219.79/39.91 |
% 219.79/39.91 | DELTA: instantiating (86) with fresh symbols all_881_0, all_881_1, all_881_2,
% 219.79/39.91 | all_881_3, all_881_4, all_881_5, all_881_6, all_881_7, all_881_8 gives:
% 219.79/39.91 | (609) number_number_of_nat(all_881_7) = all_881_6 & power_power_int(s,
% 219.79/39.91 | all_881_6) = all_881_5 & power_power_int(s1, all_881_6) = all_881_4
% 219.79/39.91 | & bit1(pls) = all_881_8 & bit0(all_881_7) = all_881_3 &
% 219.79/39.91 | bit0(all_881_8) = all_881_7 & number_number_of_int(all_881_3) =
% 219.79/39.91 | all_881_2 & plus_plus_int(all_881_1, one_one_int) = all_881_0 &
% 219.79/39.91 | times_times_int(all_881_2, m) = all_881_1 & nat(all_881_6) &
% 219.79/39.91 | int(all_881_0) & int(all_881_1) & int(all_881_2) & int(all_881_3) &
% 219.79/39.91 | int(all_881_4) & int(all_881_5) & int(all_881_7) & int(all_881_8) &
% 219.79/39.91 | zcong(all_881_5, all_881_4, all_881_0)
% 219.79/39.91 |
% 219.79/39.91 | ALPHA: (609) implies:
% 219.79/39.91 | (610) times_times_int(all_881_2, m) = all_881_1
% 219.79/39.91 | (611) plus_plus_int(all_881_1, one_one_int) = all_881_0
% 219.79/39.91 | (612) number_number_of_int(all_881_3) = all_881_2
% 219.79/39.91 | (613) bit0(all_881_8) = all_881_7
% 219.79/39.91 | (614) bit0(all_881_7) = all_881_3
% 219.79/39.91 | (615) bit1(pls) = all_881_8
% 219.79/39.91 | (616) power_power_int(s, all_881_6) = all_881_5
% 219.79/39.91 | (617) number_number_of_nat(all_881_7) = all_881_6
% 219.79/39.91 |
% 219.79/39.91 | DELTA: instantiating (89) with fresh symbols all_883_0, all_883_1, all_883_2,
% 219.79/39.91 | all_883_3, all_883_4, all_883_5, all_883_6, all_883_7, all_883_8 gives:
% 219.79/39.91 | (618) number_number_of_nat(all_883_7) = all_883_6 & power_power_int(s1,
% 219.79/39.91 | all_883_6) = all_883_5 & bit1(pls) = all_883_8 & bit0(all_883_7) =
% 219.79/39.91 | all_883_3 & bit0(all_883_8) = all_883_7 &
% 219.79/39.91 | number_number_of_int(all_883_3) = all_883_2 &
% 219.79/39.91 | number_number_of_int(min) = all_883_4 & plus_plus_int(all_883_1,
% 219.79/39.91 | one_one_int) = all_883_0 & times_times_int(all_883_2, m) =
% 219.79/39.91 | all_883_1 & nat(all_883_6) & int(all_883_0) & int(all_883_1) &
% 219.79/39.91 | int(all_883_2) & int(all_883_3) & int(all_883_4) & int(all_883_5) &
% 219.79/39.91 | int(all_883_7) & int(all_883_8) & zcong(all_883_5, all_883_4,
% 219.79/39.91 | all_883_0)
% 219.79/39.91 |
% 219.79/39.91 | ALPHA: (618) implies:
% 219.79/39.91 | (619) times_times_int(all_883_2, m) = all_883_1
% 219.79/39.91 | (620) plus_plus_int(all_883_1, one_one_int) = all_883_0
% 219.79/39.91 | (621) number_number_of_int(all_883_3) = all_883_2
% 219.79/39.91 | (622) bit0(all_883_8) = all_883_7
% 219.79/39.91 | (623) bit0(all_883_7) = all_883_3
% 219.79/39.91 | (624) bit1(pls) = all_883_8
% 219.79/39.91 | (625) number_number_of_nat(all_883_7) = all_883_6
% 219.79/39.91 |
% 219.79/39.91 | DELTA: instantiating (75) with fresh symbols all_885_0, all_885_1, all_885_2,
% 219.79/39.91 | all_885_3, all_885_4, all_885_5, all_885_6, all_885_7, all_885_8 gives:
% 219.79/39.92 | (626) number_number_of_nat(all_885_7) = all_885_2 & power_power_int(s,
% 219.79/39.92 | all_885_2) = all_885_1 & bit1(pls) = all_885_8 & bit0(all_885_7) =
% 219.79/39.92 | all_885_6 & bit0(all_885_8) = all_885_7 &
% 219.79/39.92 | number_number_of_int(all_885_6) = all_885_5 &
% 219.79/39.92 | plus_plus_int(all_885_1, one_one_int) = all_885_0 &
% 219.79/39.92 | plus_plus_int(all_885_4, one_one_int) = all_885_3 &
% 219.79/39.92 | times_times_int(all_885_5, m) = all_885_4 & nat(all_885_2) &
% 219.79/39.92 | int(all_885_0) & int(all_885_1) & int(all_885_3) & int(all_885_4) &
% 219.79/39.92 | int(all_885_5) & int(all_885_6) & int(all_885_7) & int(all_885_8) &
% 219.79/39.92 | dvd_dvd_int(all_885_3, all_885_0)
% 219.79/39.92 |
% 219.79/39.92 | ALPHA: (626) implies:
% 219.79/39.92 | (627) times_times_int(all_885_5, m) = all_885_4
% 219.79/39.92 | (628) plus_plus_int(all_885_4, one_one_int) = all_885_3
% 219.79/39.92 | (629) plus_plus_int(all_885_1, one_one_int) = all_885_0
% 219.79/39.92 | (630) number_number_of_int(all_885_6) = all_885_5
% 219.79/39.92 | (631) bit0(all_885_8) = all_885_7
% 219.79/39.92 | (632) bit0(all_885_7) = all_885_6
% 219.79/39.92 | (633) bit1(pls) = all_885_8
% 219.79/39.92 | (634) power_power_int(s, all_885_2) = all_885_1
% 219.79/39.92 | (635) number_number_of_nat(all_885_7) = all_885_2
% 219.79/39.92 |
% 219.79/39.92 | DELTA: instantiating (109) with fresh symbols all_890_0, all_890_1, all_890_2,
% 219.79/39.92 | all_890_3, all_890_4, all_890_5, all_890_6 gives:
% 219.86/39.92 | (636) bit1(all_890_5) = all_890_1 & bit1(all_890_6) = all_890_3 & bit1(pls)
% 219.86/39.92 | = all_890_6 & bit0(all_890_6) = all_890_5 &
% 219.86/39.92 | number_number_of_int(all_890_1) = all_890_0 &
% 219.86/39.92 | number_number_of_int(all_890_3) = all_890_2 &
% 219.86/39.92 | number_number_of_int(all_890_5) = all_890_4 & int(all_890_0) &
% 219.86/39.92 | int(all_890_1) & int(all_890_2) & int(all_890_3) & int(all_890_4) &
% 219.86/39.92 | int(all_890_5) & int(all_890_6) & ! [v0: any] : (v0 = all_890_2 | v0
% 219.86/39.92 | = all_890_4 | ~ int(v0) | ~ zprime(v0) |
% 219.86/39.92 | ord_less_eq_int(all_890_0, v0))
% 219.86/39.92 |
% 219.86/39.92 | ALPHA: (636) implies:
% 219.86/39.92 | (637) bit0(all_890_6) = all_890_5
% 219.86/39.92 | (638) bit1(pls) = all_890_6
% 219.86/39.92 |
% 219.86/39.92 | DELTA: instantiating (2) with fresh symbols all_893_0, all_893_1, all_893_2,
% 219.86/39.92 | all_893_3, all_893_4, all_893_5, all_893_6, all_893_7, all_893_8 gives:
% 219.86/39.92 | (639) number_number_of_nat(all_893_7) = all_893_6 & power_power_int(s,
% 219.86/39.92 | all_893_6) = all_893_5 & bit1(pls) = all_893_8 & bit0(all_893_7) =
% 219.86/39.92 | all_893_3 & bit0(all_893_8) = all_893_7 &
% 219.86/39.92 | number_number_of_int(all_893_3) = all_893_2 &
% 219.86/39.92 | plus_plus_int(all_893_1, one_one_int) = all_893_0 &
% 219.86/39.92 | plus_plus_int(all_893_5, one_one_int) = all_893_4 &
% 219.86/39.92 | times_times_int(all_893_0, t) = all_893_4 &
% 219.86/39.92 | times_times_int(all_893_2, m) = all_893_1 & nat(all_893_6) &
% 219.86/39.92 | int(all_893_0) & int(all_893_1) & int(all_893_2) & int(all_893_3) &
% 219.86/39.92 | int(all_893_4) & int(all_893_5) & int(all_893_7) & int(all_893_8)
% 219.86/39.92 |
% 219.86/39.92 | ALPHA: (639) implies:
% 219.86/39.92 | (640) times_times_int(all_893_2, m) = all_893_1
% 219.86/39.93 | (641) times_times_int(all_893_0, t) = all_893_4
% 219.86/39.93 | (642) plus_plus_int(all_893_5, one_one_int) = all_893_4
% 219.86/39.93 | (643) plus_plus_int(all_893_1, one_one_int) = all_893_0
% 219.86/39.93 | (644) number_number_of_int(all_893_3) = all_893_2
% 219.86/39.93 | (645) bit0(all_893_8) = all_893_7
% 219.86/39.93 | (646) bit0(all_893_7) = all_893_3
% 219.86/39.93 | (647) bit1(pls) = all_893_8
% 219.86/39.93 | (648) power_power_int(s, all_893_6) = all_893_5
% 219.86/39.93 | (649) number_number_of_nat(all_893_7) = all_893_6
% 219.86/39.93 |
% 219.86/39.93 | DELTA: instantiating (129) with fresh symbols all_895_0, all_895_1, all_895_2
% 219.86/39.93 | gives:
% 219.86/39.93 | (650) number_number_of_nat(all_895_1) = all_895_0 & bit1(pls) = all_895_2 &
% 219.86/39.93 | bit0(all_895_2) = all_895_1 & nat(all_895_0) & int(all_895_1) &
% 219.86/39.93 | int(all_895_2) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.86/39.93 | int] : ( ~ (power_power_int(v2, all_895_0) = v3) | ~ int(v2) | ~
% 219.86/39.93 | int(v1) | ~ int(v0) | ~ zcong(v3, v1, v0) | quadRes(v0, v1)) & !
% 219.86/39.93 | [v0: int] : ! [v1: int] : ( ~ int(v1) | ~ int(v0) | ~ quadRes(v0,
% 219.86/39.93 | v1) | ? [v2: int] : ? [v3: int] : (power_power_int(v2,
% 219.86/39.93 | all_895_0) = v3 & int(v3) & int(v2) & zcong(v3, v1, v0)))
% 219.86/39.93 |
% 219.86/39.93 | ALPHA: (650) implies:
% 219.86/39.93 | (651) bit0(all_895_2) = all_895_1
% 219.86/39.93 | (652) bit1(pls) = all_895_2
% 219.86/39.93 | (653) number_number_of_nat(all_895_1) = all_895_0
% 219.86/39.93 |
% 219.86/39.93 | DELTA: instantiating (115) with fresh symbols all_898_0, all_898_1, all_898_2,
% 219.86/39.93 | all_898_3, all_898_4, all_898_5 gives:
% 219.86/39.93 | (654) number267125858f_real(all_898_3) = all_898_2 &
% 219.86/39.93 | number267125858f_real(all_898_4) = all_898_0 &
% 219.86/39.93 | number_number_of_nat(all_898_4) = all_898_1 & bit1(pls) = all_898_5 &
% 219.86/39.93 | bit0(all_898_4) = all_898_3 & bit0(all_898_5) = all_898_4 &
% 219.86/39.93 | real(all_898_0) & real(all_898_2) & nat(all_898_1) & int(all_898_3) &
% 219.86/39.93 | int(all_898_4) & int(all_898_5) & ! [v0: real] : ! [v1: real] : ( ~
% 219.86/39.93 | (times_times_real(all_898_0, v0) = v1) | ~ real(v0) | ? [v2:
% 219.86/39.93 | real] : ? [v3: real] : (times_times_real(all_898_2, v2) = v3 &
% 219.86/39.93 | power_power_real(v1, all_898_1) = v3 & power_power_real(v0,
% 219.86/39.93 | all_898_1) = v2 & real(v3) & real(v2)))
% 219.86/39.93 |
% 219.86/39.93 | ALPHA: (654) implies:
% 219.86/39.93 | (655) bit0(all_898_5) = all_898_4
% 219.86/39.93 | (656) bit0(all_898_4) = all_898_3
% 219.86/39.93 | (657) bit1(pls) = all_898_5
% 219.86/39.93 | (658) number_number_of_nat(all_898_4) = all_898_1
% 219.86/39.93 |
% 219.86/39.93 | DELTA: instantiating (107) with fresh symbols all_901_0, all_901_1, all_901_2,
% 219.86/39.93 | all_901_3, all_901_4, all_901_5, all_901_6, all_901_7, all_901_8 gives:
% 219.86/39.93 | (659) number_number_of_nat(all_901_7) = all_901_6 & power_power_int(s,
% 219.86/39.93 | all_901_6) = all_901_5 & bit1(pls) = all_901_8 & bit0(all_901_7) =
% 219.86/39.93 | all_901_3 & bit0(all_901_8) = all_901_7 &
% 219.86/39.93 | number_number_of_int(all_901_3) = all_901_2 &
% 219.86/39.93 | number_number_of_int(min) = all_901_4 & plus_plus_int(all_901_1,
% 219.86/39.93 | one_one_int) = all_901_0 & times_times_int(all_901_2, m) =
% 219.86/39.93 | all_901_1 & nat(all_901_6) & int(all_901_0) & int(all_901_1) &
% 219.86/39.93 | int(all_901_2) & int(all_901_3) & int(all_901_4) & int(all_901_5) &
% 219.86/39.93 | int(all_901_7) & int(all_901_8) & zcong(all_901_5, all_901_4,
% 219.86/39.93 | all_901_0)
% 219.86/39.93 |
% 219.86/39.93 | ALPHA: (659) implies:
% 219.86/39.93 | (660) times_times_int(all_901_2, m) = all_901_1
% 219.86/39.93 | (661) plus_plus_int(all_901_1, one_one_int) = all_901_0
% 219.86/39.93 | (662) number_number_of_int(all_901_3) = all_901_2
% 219.86/39.93 | (663) bit0(all_901_8) = all_901_7
% 219.86/39.94 | (664) bit0(all_901_7) = all_901_3
% 219.86/39.94 | (665) bit1(pls) = all_901_8
% 219.86/39.94 | (666) power_power_int(s, all_901_6) = all_901_5
% 219.86/39.94 | (667) number_number_of_nat(all_901_7) = all_901_6
% 219.86/39.94 |
% 219.86/39.94 | DELTA: instantiating (123) with fresh symbols all_903_0, all_903_1, all_903_2,
% 219.86/39.94 | all_903_3 gives:
% 219.86/39.94 | (668) number267125858f_real(all_903_2) = all_903_0 &
% 219.86/39.94 | number_number_of_nat(all_903_2) = all_903_1 & bit1(pls) = all_903_3 &
% 219.86/39.94 | bit0(all_903_3) = all_903_2 & real(all_903_0) & nat(all_903_1) &
% 219.86/39.94 | int(all_903_2) & int(all_903_3) & ! [v0: real] : ! [v1: real] : !
% 219.86/39.94 | [v2: real] : ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6:
% 219.86/39.94 | real] : ! [v7: real] : ( ~ (minus_minus_real(v4, v6) = v7) | ~
% 219.86/39.94 | (times_times_real(v5, v1) = v6) | ~ (times_times_real(all_903_0,
% 219.86/39.94 | v0) = v5) | ~ (power_power_real(v1, all_903_1) = v3) | ~
% 219.86/39.94 | (power_power_real(v0, all_903_1) = v2) | ~ (plus_plus_real(v2, v3)
% 219.86/39.94 | = v4) | ~ real(v1) | ~ real(v0) | ? [v8: real] :
% 219.86/39.94 | (minus_minus_real(v0, v1) = v8 & power_power_real(v8, all_903_1) =
% 219.86/39.94 | v7 & real(v8) & real(v7)))
% 219.86/39.94 |
% 219.86/39.94 | ALPHA: (668) implies:
% 219.86/39.94 | (669) bit0(all_903_3) = all_903_2
% 219.86/39.94 | (670) bit1(pls) = all_903_3
% 219.86/39.94 | (671) number_number_of_nat(all_903_2) = all_903_1
% 219.86/39.94 |
% 219.86/39.94 | DELTA: instantiating (124) with fresh symbols all_906_0, all_906_1, all_906_2,
% 219.86/39.94 | all_906_3 gives:
% 219.86/39.94 | (672) number_number_of_nat(all_906_2) = all_906_1 & bit1(pls) = all_906_3 &
% 219.86/39.94 | bit0(all_906_3) = all_906_2 & number_number_of_int(all_906_2) =
% 219.86/39.94 | all_906_0 & nat(all_906_1) & int(all_906_0) & int(all_906_2) &
% 219.86/39.94 | int(all_906_3) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.86/39.94 | int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] :
% 219.86/39.94 | ( ~ (minus_minus_int(v4, v6) = v7) | ~ (power_power_int(v1,
% 219.86/39.94 | all_906_1) = v3) | ~ (power_power_int(v0, all_906_1) = v2) |
% 219.86/39.94 | ~ (plus_plus_int(v2, v3) = v4) | ~ (times_times_int(v5, v1) = v6)
% 219.86/39.94 | | ~ (times_times_int(all_906_0, v0) = v5) | ~ int(v1) | ~
% 219.86/39.94 | int(v0) | ? [v8: int] : (minus_minus_int(v0, v1) = v8 &
% 219.86/39.94 | power_power_int(v8, all_906_1) = v7 & int(v8) & int(v7)))
% 219.86/39.94 |
% 219.86/39.94 | ALPHA: (672) implies:
% 219.86/39.94 | (673) bit0(all_906_3) = all_906_2
% 219.86/39.94 | (674) bit1(pls) = all_906_3
% 219.86/39.94 | (675) number_number_of_nat(all_906_2) = all_906_1
% 219.86/39.94 |
% 219.86/39.94 | DELTA: instantiating (130) with fresh symbols all_909_0, all_909_1, all_909_2,
% 219.86/39.94 | all_909_3 gives:
% 219.86/39.94 | (676) number267125858f_real(all_909_2) = all_909_0 &
% 219.86/39.94 | number_number_of_nat(all_909_2) = all_909_1 & bit1(pls) = all_909_3 &
% 219.86/39.94 | bit0(all_909_3) = all_909_2 & real(all_909_0) & nat(all_909_1) &
% 219.86/39.94 | int(all_909_2) & int(all_909_3) & ! [v0: real] : ! [v1: real] : !
% 219.86/39.94 | [v2: real] : ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6:
% 219.86/39.94 | real] : ! [v7: real] : ( ~ (times_times_real(v5, v1) = v6) | ~
% 219.86/39.94 | (times_times_real(all_909_0, v0) = v5) | ~ (power_power_real(v1,
% 219.86/39.94 | all_909_1) = v3) | ~ (power_power_real(v0, all_909_1) = v2) |
% 219.86/39.94 | ~ (plus_plus_real(v4, v6) = v7) | ~ (plus_plus_real(v2, v3) = v4)
% 219.86/39.94 | | ~ real(v1) | ~ real(v0) | ? [v8: real] : (power_power_real(v8,
% 219.86/39.94 | all_909_1) = v7 & plus_plus_real(v0, v1) = v8 & real(v8) &
% 219.86/39.94 | real(v7)))
% 219.86/39.94 |
% 219.86/39.95 | ALPHA: (676) implies:
% 219.86/39.95 | (677) bit0(all_909_3) = all_909_2
% 219.86/39.95 | (678) bit1(pls) = all_909_3
% 219.86/39.95 | (679) number_number_of_nat(all_909_2) = all_909_1
% 219.86/39.95 |
% 219.86/39.95 | DELTA: instantiating (130) with fresh symbols all_912_0, all_912_1, all_912_2,
% 219.86/39.95 | all_912_3 gives:
% 219.86/39.95 | (680) number267125858f_real(all_912_2) = all_912_0 &
% 219.86/39.95 | number_number_of_nat(all_912_2) = all_912_1 & bit1(pls) = all_912_3 &
% 219.86/39.95 | bit0(all_912_3) = all_912_2 & real(all_912_0) & nat(all_912_1) &
% 219.86/39.95 | int(all_912_2) & int(all_912_3) & ! [v0: real] : ! [v1: real] : !
% 219.86/39.95 | [v2: real] : ! [v3: real] : ! [v4: real] : ! [v5: real] : ! [v6:
% 219.86/39.95 | real] : ! [v7: real] : ( ~ (times_times_real(v5, v1) = v6) | ~
% 219.86/39.95 | (times_times_real(all_912_0, v0) = v5) | ~ (power_power_real(v1,
% 219.86/39.95 | all_912_1) = v3) | ~ (power_power_real(v0, all_912_1) = v2) |
% 219.86/39.95 | ~ (plus_plus_real(v4, v6) = v7) | ~ (plus_plus_real(v2, v3) = v4)
% 219.86/39.95 | | ~ real(v1) | ~ real(v0) | ? [v8: real] : (power_power_real(v8,
% 219.86/39.95 | all_912_1) = v7 & plus_plus_real(v0, v1) = v8 & real(v8) &
% 219.86/39.95 | real(v7)))
% 219.86/39.95 |
% 219.86/39.95 | ALPHA: (680) implies:
% 219.86/39.95 | (681) bit0(all_912_3) = all_912_2
% 219.86/39.95 | (682) bit1(pls) = all_912_3
% 219.86/39.95 | (683) number_number_of_nat(all_912_2) = all_912_1
% 219.86/39.95 |
% 219.86/39.95 | DELTA: instantiating (64) with fresh symbols all_915_0, all_915_1, all_915_2,
% 219.86/39.95 | all_915_3 gives:
% 219.86/39.95 | (684) number_number_of_nat(all_915_2) = all_915_1 & bit1(pls) = all_915_3 &
% 219.86/39.95 | bit0(all_915_3) = all_915_2 & number_number_of_int(all_915_2) =
% 219.86/39.95 | all_915_0 & nat(all_915_1) & int(all_915_0) & int(all_915_2) &
% 219.86/39.95 | int(all_915_3) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.86/39.95 | int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] :
% 219.86/39.95 | ( ~ (power_power_int(v1, all_915_1) = v3) | ~ (power_power_int(v0,
% 219.86/39.95 | all_915_1) = v2) | ~ (plus_plus_int(v4, v6) = v7) | ~
% 219.86/39.95 | (plus_plus_int(v2, v3) = v4) | ~ (times_times_int(v5, v1) = v6) |
% 219.86/39.95 | ~ (times_times_int(all_915_0, v0) = v5) | ~ int(v1) | ~ int(v0) |
% 219.86/39.95 | ? [v8: int] : (power_power_int(v8, all_915_1) = v7 &
% 219.86/39.95 | plus_plus_int(v0, v1) = v8 & int(v8) & int(v7)))
% 219.86/39.95 |
% 219.86/39.95 | ALPHA: (684) implies:
% 219.86/39.95 | (685) bit0(all_915_3) = all_915_2
% 219.86/39.95 | (686) bit1(pls) = all_915_3
% 219.86/39.95 | (687) number_number_of_nat(all_915_2) = all_915_1
% 219.86/39.95 |
% 219.86/39.95 | DELTA: instantiating (125) with fresh symbols all_918_0, all_918_1, all_918_2,
% 219.86/39.95 | all_918_3 gives:
% 219.86/39.95 | (688) number_number_of_nat(all_918_2) = all_918_1 & bit1(pls) = all_918_3 &
% 219.86/39.95 | bit0(all_918_3) = all_918_2 & number_number_of_int(all_918_2) =
% 219.86/39.95 | all_918_0 & nat(all_918_1) & int(all_918_0) & int(all_918_2) &
% 219.86/39.95 | int(all_918_3) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.86/39.95 | int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] :
% 219.86/39.95 | ( ~ (minus_minus_int(v2, v4) = v5) | ~ (power_power_int(v1,
% 219.86/39.95 | all_918_1) = v6) | ~ (power_power_int(v0, all_918_1) = v2) |
% 219.86/39.95 | ~ (plus_plus_int(v5, v6) = v7) | ~ (times_times_int(v3, v1) = v4)
% 219.86/39.95 | | ~ (times_times_int(all_918_0, v0) = v3) | ~ int(v1) | ~
% 219.86/39.95 | int(v0) | ? [v8: int] : (minus_minus_int(v0, v1) = v8 &
% 219.86/39.95 | power_power_int(v8, all_918_1) = v7 & int(v8) & int(v7)))
% 219.86/39.95 |
% 219.86/39.95 | ALPHA: (688) implies:
% 219.86/39.96 | (689) bit0(all_918_3) = all_918_2
% 219.86/39.96 | (690) bit1(pls) = all_918_3
% 219.86/39.96 | (691) number_number_of_nat(all_918_2) = all_918_1
% 219.86/39.96 |
% 219.86/39.96 | DELTA: instantiating (77) with fresh symbols all_921_0, all_921_1, all_921_2,
% 219.86/39.96 | all_921_3 gives:
% 219.86/39.96 | (692) number_number_of_nat(all_921_2) = all_921_1 & bit1(pls) = all_921_3 &
% 219.86/39.96 | bit0(all_921_3) = all_921_2 & number_number_of_int(all_921_2) =
% 219.86/39.96 | all_921_0 & nat(all_921_1) & int(all_921_0) & int(all_921_2) &
% 219.86/39.96 | int(all_921_3) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.86/39.96 | int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] :
% 219.86/39.96 | ( ~ (power_power_int(v1, all_921_1) = v6) | ~ (power_power_int(v0,
% 219.86/39.96 | all_921_1) = v2) | ~ (plus_plus_int(v5, v6) = v7) | ~
% 219.86/39.96 | (plus_plus_int(v2, v4) = v5) | ~ (times_times_int(v3, v1) = v4) |
% 219.86/39.96 | ~ (times_times_int(all_921_0, v0) = v3) | ~ int(v1) | ~ int(v0) |
% 219.86/39.96 | ? [v8: int] : (power_power_int(v8, all_921_1) = v7 &
% 219.86/39.96 | plus_plus_int(v0, v1) = v8 & int(v8) & int(v7)))
% 219.86/39.96 |
% 219.86/39.96 | ALPHA: (692) implies:
% 219.86/39.96 | (693) bit0(all_921_3) = all_921_2
% 219.86/39.96 | (694) bit1(pls) = all_921_3
% 219.86/39.96 | (695) number_number_of_nat(all_921_2) = all_921_1
% 219.86/39.96 |
% 219.86/39.96 | DELTA: instantiating (26) with fresh symbols all_924_0, all_924_1, all_924_2,
% 219.86/39.96 | all_924_3, all_924_4, all_924_5, all_924_6, all_924_7, all_924_8,
% 219.86/39.96 | all_924_9 gives:
% 219.86/39.96 | (696) number_number_of_nat(all_924_8) = all_924_7 & power_power_int(s,
% 219.86/39.96 | all_924_7) = all_924_6 & bit1(pls) = all_924_9 & bit0(all_924_8) =
% 219.86/39.96 | all_924_4 & bit0(all_924_9) = all_924_8 &
% 219.86/39.96 | number_number_of_int(all_924_4) = all_924_3 &
% 219.86/39.96 | plus_plus_int(all_924_2, one_one_int) = all_924_1 &
% 219.86/39.96 | plus_plus_int(all_924_6, one_one_int) = all_924_5 &
% 219.86/39.96 | times_times_int(all_924_1, all_924_0) = all_924_5 &
% 219.86/39.96 | times_times_int(all_924_3, m) = all_924_2 & nat(all_924_7) &
% 219.86/39.96 | int(all_924_0) & int(all_924_1) & int(all_924_2) & int(all_924_3) &
% 219.86/39.96 | int(all_924_4) & int(all_924_5) & int(all_924_6) & int(all_924_8) &
% 219.86/39.96 | int(all_924_9)
% 219.86/39.96 |
% 219.86/39.96 | ALPHA: (696) implies:
% 219.86/39.96 | (697) times_times_int(all_924_3, m) = all_924_2
% 219.86/39.96 | (698) plus_plus_int(all_924_6, one_one_int) = all_924_5
% 219.86/39.96 | (699) plus_plus_int(all_924_2, one_one_int) = all_924_1
% 219.86/39.96 | (700) number_number_of_int(all_924_4) = all_924_3
% 219.86/39.96 | (701) bit0(all_924_9) = all_924_8
% 219.86/39.96 | (702) bit0(all_924_8) = all_924_4
% 219.86/39.96 | (703) bit1(pls) = all_924_9
% 219.86/39.96 | (704) power_power_int(s, all_924_7) = all_924_6
% 219.86/39.96 | (705) number_number_of_nat(all_924_8) = all_924_7
% 219.86/39.96 |
% 219.86/39.96 | DELTA: instantiating (111) with fresh symbols all_926_0, all_926_1, all_926_2,
% 219.86/39.96 | all_926_3, all_926_4, all_926_5, all_926_6, all_926_7, all_926_8,
% 219.86/39.96 | all_926_9 gives:
% 219.86/39.96 | (706) number_number_of_nat(all_926_8) = all_926_7 &
% 219.86/39.96 | power_power_int(all_926_1, all_926_7) = all_926_0 & bit1(pls) =
% 219.86/39.96 | all_926_9 & bit0(all_926_8) = all_926_5 & bit0(all_926_9) = all_926_8
% 219.86/39.96 | & number_number_of_int(all_926_5) = all_926_4 &
% 219.86/39.96 | number_number_of_int(min) = all_926_6 & plus_plus_int(all_926_3,
% 219.86/39.96 | one_one_int) = all_926_2 & times_times_int(all_926_4, m) =
% 219.86/39.96 | all_926_3 & nat(all_926_7) & int(all_926_0) & int(all_926_1) &
% 219.86/39.96 | int(all_926_2) & int(all_926_3) & int(all_926_4) & int(all_926_5) &
% 219.86/39.96 | int(all_926_6) & int(all_926_8) & int(all_926_9) & zcong(all_926_0,
% 219.86/39.96 | all_926_6, all_926_2)
% 219.86/39.96 |
% 219.86/39.96 | ALPHA: (706) implies:
% 219.86/39.96 | (707) times_times_int(all_926_4, m) = all_926_3
% 219.86/39.96 | (708) plus_plus_int(all_926_3, one_one_int) = all_926_2
% 219.86/39.96 | (709) number_number_of_int(all_926_5) = all_926_4
% 219.86/39.96 | (710) bit0(all_926_9) = all_926_8
% 219.86/39.96 | (711) bit0(all_926_8) = all_926_5
% 219.86/39.96 | (712) bit1(pls) = all_926_9
% 219.86/39.97 | (713) number_number_of_nat(all_926_8) = all_926_7
% 219.86/39.97 |
% 219.86/39.97 | DELTA: instantiating (132) with fresh symbols all_928_0, all_928_1, all_928_2
% 219.86/39.97 | gives:
% 219.86/39.97 | (714) number_number_of_nat(all_928_1) = all_928_0 & bit1(pls) = all_928_2 &
% 219.86/39.97 | bit0(all_928_2) = all_928_1 & nat(all_928_0) & int(all_928_1) &
% 219.86/39.97 | int(all_928_2) & ! [v0: real] : ! [v1: real] : ! [v2: real] : !
% 219.86/39.97 | [v3: real] : (v1 = zero_zero_real | ~ (power_power_real(v1,
% 219.86/39.97 | all_928_0) = v3) | ~ (power_power_real(v0, all_928_0) = v2) |
% 219.86/39.97 | ~ (plus_plus_real(v2, v3) = zero_zero_real) | ~ real(v1) | ~
% 219.86/39.97 | real(v0)) & ! [v0: real] : ! [v1: real] : ! [v2: real] : ! [v3:
% 219.86/39.97 | real] : (v0 = zero_zero_real | ~ (power_power_real(v1, all_928_0)
% 219.86/39.97 | = v3) | ~ (power_power_real(v0, all_928_0) = v2) | ~
% 219.86/39.97 | (plus_plus_real(v2, v3) = zero_zero_real) | ~ real(v1) | ~
% 219.86/39.97 | real(v0)) & ! [v0: real] : ! [v1: real] : (v1 = zero_zero_real |
% 219.86/39.97 | ~ (power_power_real(zero_zero_real, all_928_0) = v0) | ~
% 219.86/39.97 | (plus_plus_real(v0, v0) = v1))
% 219.86/39.97 |
% 219.86/39.97 | ALPHA: (714) implies:
% 219.86/39.97 | (715) bit0(all_928_2) = all_928_1
% 219.86/39.97 | (716) bit1(pls) = all_928_2
% 219.86/39.97 | (717) number_number_of_nat(all_928_1) = all_928_0
% 219.86/39.97 |
% 219.86/39.97 | DELTA: instantiating (117) with fresh symbols all_931_0, all_931_1, all_931_2,
% 219.86/39.97 | all_931_3, all_931_4, all_931_5, all_931_6, all_931_7, all_931_8,
% 219.86/39.97 | all_931_9 gives:
% 219.86/39.97 | (718) minus_minus_int(all_931_2, all_931_1) = all_931_0 &
% 219.86/39.97 | number_number_of_nat(all_931_8) = all_931_3 & power_power_int(s,
% 219.86/39.97 | all_931_3) = all_931_2 & bit1(pls) = all_931_9 & bit0(all_931_8) =
% 219.86/39.97 | all_931_7 & bit0(all_931_9) = all_931_8 &
% 219.86/39.97 | number_number_of_int(all_931_7) = all_931_6 &
% 219.86/39.97 | number_number_of_int(min) = all_931_1 & plus_plus_int(all_931_5,
% 219.86/39.97 | one_one_int) = all_931_4 & times_times_int(all_931_6, m) =
% 219.86/39.97 | all_931_5 & nat(all_931_3) & int(all_931_0) & int(all_931_1) &
% 219.86/39.97 | int(all_931_2) & int(all_931_4) & int(all_931_5) & int(all_931_6) &
% 219.86/39.97 | int(all_931_7) & int(all_931_8) & int(all_931_9) &
% 219.86/39.97 | dvd_dvd_int(all_931_4, all_931_0)
% 219.86/39.97 |
% 219.86/39.97 | ALPHA: (718) implies:
% 219.86/39.97 | (719) times_times_int(all_931_6, m) = all_931_5
% 219.86/39.97 | (720) plus_plus_int(all_931_5, one_one_int) = all_931_4
% 219.86/39.97 | (721) number_number_of_int(all_931_7) = all_931_6
% 219.86/39.97 | (722) bit0(all_931_9) = all_931_8
% 219.86/39.97 | (723) bit0(all_931_8) = all_931_7
% 219.86/39.97 | (724) bit1(pls) = all_931_9
% 219.86/39.97 | (725) power_power_int(s, all_931_3) = all_931_2
% 219.86/39.97 | (726) number_number_of_nat(all_931_8) = all_931_3
% 219.86/39.97 |
% 219.86/39.97 | DELTA: instantiating (132) with fresh symbols all_933_0, all_933_1, all_933_2
% 219.86/39.97 | gives:
% 219.86/39.97 | (727) number_number_of_nat(all_933_1) = all_933_0 & bit1(pls) = all_933_2 &
% 219.86/39.97 | bit0(all_933_2) = all_933_1 & nat(all_933_0) & int(all_933_1) &
% 219.86/39.97 | int(all_933_2) & ! [v0: real] : ! [v1: real] : ! [v2: real] : !
% 219.86/39.97 | [v3: real] : (v1 = zero_zero_real | ~ (power_power_real(v1,
% 219.86/39.97 | all_933_0) = v3) | ~ (power_power_real(v0, all_933_0) = v2) |
% 219.86/39.97 | ~ (plus_plus_real(v2, v3) = zero_zero_real) | ~ real(v1) | ~
% 219.86/39.97 | real(v0)) & ! [v0: real] : ! [v1: real] : ! [v2: real] : ! [v3:
% 219.86/39.97 | real] : (v0 = zero_zero_real | ~ (power_power_real(v1, all_933_0)
% 219.86/39.97 | = v3) | ~ (power_power_real(v0, all_933_0) = v2) | ~
% 219.86/39.97 | (plus_plus_real(v2, v3) = zero_zero_real) | ~ real(v1) | ~
% 219.86/39.97 | real(v0)) & ! [v0: real] : ! [v1: real] : (v1 = zero_zero_real |
% 219.86/39.97 | ~ (power_power_real(zero_zero_real, all_933_0) = v0) | ~
% 219.86/39.97 | (plus_plus_real(v0, v0) = v1))
% 219.86/39.97 |
% 219.86/39.97 | ALPHA: (727) implies:
% 219.86/39.97 | (728) bit0(all_933_2) = all_933_1
% 219.86/39.98 | (729) bit1(pls) = all_933_2
% 219.86/39.98 | (730) number_number_of_nat(all_933_1) = all_933_0
% 219.86/39.98 |
% 219.86/39.98 | DELTA: instantiating (87) with fresh symbols all_936_0, all_936_1, all_936_2,
% 219.86/39.98 | all_936_3, all_936_4, all_936_5, all_936_6 gives:
% 219.86/39.98 | (731) bit1(pls) = all_936_6 & bit0(all_936_5) = all_936_4 & bit0(all_936_6)
% 219.86/39.98 | = all_936_5 & number_number_of_int(all_936_4) = all_936_3 &
% 219.86/39.98 | plus_plus_int(all_936_2, one_one_int) = all_936_1 &
% 219.86/39.98 | times_times_int(all_936_3, m) = all_936_2 & int(all_936_0) &
% 219.86/39.98 | int(all_936_1) & int(all_936_2) & int(all_936_3) & int(all_936_4) &
% 219.86/39.98 | int(all_936_5) & int(all_936_6) & ord_less_eq_int(zero_zero_int,
% 219.86/39.98 | all_936_0) & ord_less_int(all_936_0, all_936_1) & zcong(s1,
% 219.86/39.98 | all_936_0, all_936_1) & ! [v0: any] : (v0 = all_936_0 | ~ int(v0)
% 219.86/39.98 | | ~ ord_less_eq_int(zero_zero_int, v0) | ~ ord_less_int(v0,
% 219.86/39.98 | all_936_1) | ~ zcong(s1, v0, all_936_1))
% 219.86/39.98 |
% 219.86/39.98 | ALPHA: (731) implies:
% 219.86/39.98 | (732) times_times_int(all_936_3, m) = all_936_2
% 219.86/39.98 | (733) plus_plus_int(all_936_2, one_one_int) = all_936_1
% 219.86/39.98 | (734) number_number_of_int(all_936_4) = all_936_3
% 219.86/39.98 | (735) bit0(all_936_6) = all_936_5
% 219.86/39.98 | (736) bit0(all_936_5) = all_936_4
% 219.86/39.98 | (737) bit1(pls) = all_936_6
% 219.86/39.98 |
% 219.86/39.98 | DELTA: instantiating (8) with fresh symbols all_939_0, all_939_1, all_939_2
% 219.86/39.98 | gives:
% 219.86/39.98 | (738) number_number_of_nat(all_939_1) = all_939_0 & bit1(pls) = all_939_2 &
% 219.86/39.98 | bit0(all_939_2) = all_939_1 & nat(all_939_0) & int(all_939_1) &
% 219.86/39.98 | int(all_939_2) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.86/39.98 | int] : (v1 = zero_zero_int | ~ (power_power_int(v1, all_939_0) =
% 219.86/39.98 | v3) | ~ (power_power_int(v0, all_939_0) = v2) | ~
% 219.86/39.98 | (plus_plus_int(v2, v3) = zero_zero_int) | ~ int(v1) | ~ int(v0))
% 219.86/39.98 | & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3: int] : (v0 =
% 219.86/39.98 | zero_zero_int | ~ (power_power_int(v1, all_939_0) = v3) | ~
% 219.86/39.98 | (power_power_int(v0, all_939_0) = v2) | ~ (plus_plus_int(v2, v3) =
% 219.86/39.98 | zero_zero_int) | ~ int(v1) | ~ int(v0)) & ! [v0: int] : !
% 219.86/39.98 | [v1: int] : (v1 = zero_zero_int | ~ (power_power_int(zero_zero_int,
% 219.86/39.98 | all_939_0) = v0) | ~ (plus_plus_int(v0, v0) = v1))
% 219.86/39.98 |
% 219.86/39.98 | ALPHA: (738) implies:
% 219.86/39.98 | (739) bit0(all_939_2) = all_939_1
% 219.86/39.98 | (740) bit1(pls) = all_939_2
% 219.86/39.98 | (741) number_number_of_nat(all_939_1) = all_939_0
% 219.86/39.98 |
% 219.86/39.98 | DELTA: instantiating (6) with fresh symbols all_942_0, all_942_1, all_942_2
% 219.86/39.98 | gives:
% 219.86/39.98 | (742) number_number_of_nat(all_942_1) = all_942_0 & bit1(pls) = all_942_2 &
% 219.86/39.99 | bit0(all_942_2) = all_942_1 & nat(all_942_0) & int(all_942_1) &
% 219.86/39.99 | int(all_942_2) & ! [v0: real] : ! [v1: real] : ! [v2: real] : !
% 219.86/39.99 | [v3: real] : ! [v4: real] : (v1 = zero_zero_real | ~
% 219.86/39.99 | (power_power_real(v1, all_942_0) = v3) | ~ (power_power_real(v0,
% 219.86/39.99 | all_942_0) = v2) | ~ (plus_plus_real(v2, v3) = v4) | ~
% 219.86/39.99 | real(v1) | ~ real(v0) | ord_less_real(zero_zero_real, v4)) & !
% 219.86/39.99 | [v0: real] : ! [v1: real] : ! [v2: real] : ! [v3: real] : ! [v4:
% 219.86/39.99 | real] : (v0 = zero_zero_real | ~ (power_power_real(v1, all_942_0)
% 219.86/39.99 | = v3) | ~ (power_power_real(v0, all_942_0) = v2) | ~
% 219.86/39.99 | (plus_plus_real(v2, v3) = v4) | ~ real(v1) | ~ real(v0) |
% 219.86/39.99 | ord_less_real(zero_zero_real, v4)) & ! [v0: real] : ! [v1: real]
% 219.86/39.99 | : ( ~ (power_power_real(zero_zero_real, all_942_0) = v0) | ~
% 219.86/39.99 | (plus_plus_real(v0, v0) = v1) | ~ ord_less_real(zero_zero_real,
% 219.86/39.99 | v1))
% 219.86/39.99 |
% 219.86/39.99 | ALPHA: (742) implies:
% 219.86/39.99 | (743) bit0(all_942_2) = all_942_1
% 219.86/39.99 | (744) bit1(pls) = all_942_2
% 219.86/39.99 | (745) number_number_of_nat(all_942_1) = all_942_0
% 219.86/39.99 |
% 219.86/39.99 | DELTA: instantiating (45) with fresh symbols all_945_0, all_945_1, all_945_2
% 219.86/39.99 | gives:
% 219.86/39.99 | (746) number_number_of_nat(all_945_1) = all_945_0 & bit1(pls) = all_945_2 &
% 219.86/39.99 | bit0(all_945_2) = all_945_1 & nat(all_945_0) & int(all_945_1) &
% 219.86/39.99 | int(all_945_2) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.86/39.99 | int] : ! [v4: int] : (v1 = zero_zero_int | ~ (power_power_int(v1,
% 219.86/39.99 | all_945_0) = v3) | ~ (power_power_int(v0, all_945_0) = v2) |
% 219.86/39.99 | ~ (plus_plus_int(v2, v3) = v4) | ~ int(v1) | ~ int(v0) | ~
% 219.86/39.99 | ord_less_eq_int(v4, zero_zero_int)) & ! [v0: int] : ! [v1: int] :
% 219.86/39.99 | ! [v2: int] : ! [v3: int] : ! [v4: int] : (v0 = zero_zero_int | ~
% 219.86/39.99 | (power_power_int(v1, all_945_0) = v3) | ~ (power_power_int(v0,
% 219.86/39.99 | all_945_0) = v2) | ~ (plus_plus_int(v2, v3) = v4) | ~ int(v1)
% 219.86/39.99 | | ~ int(v0) | ~ ord_less_eq_int(v4, zero_zero_int)) & ! [v0:
% 219.86/39.99 | int] : ! [v1: int] : ( ~ (power_power_int(zero_zero_int,
% 219.86/39.99 | all_945_0) = v0) | ~ (plus_plus_int(v0, v0) = v1) |
% 219.86/39.99 | ord_less_eq_int(v1, zero_zero_int))
% 219.86/39.99 |
% 219.86/39.99 | ALPHA: (746) implies:
% 219.86/39.99 | (747) bit0(all_945_2) = all_945_1
% 219.86/39.99 | (748) bit1(pls) = all_945_2
% 219.86/39.99 | (749) number_number_of_nat(all_945_1) = all_945_0
% 219.86/39.99 |
% 219.86/39.99 | DELTA: instantiating (44) with fresh symbols all_948_0, all_948_1, all_948_2
% 219.86/39.99 | gives:
% 219.86/39.99 | (750) number_number_of_nat(all_948_1) = all_948_0 & bit1(pls) = all_948_2 &
% 219.86/39.99 | bit0(all_948_2) = all_948_1 & nat(all_948_0) & int(all_948_1) &
% 219.86/39.99 | int(all_948_2) & ! [v0: real] : ! [v1: real] : ! [v2: real] : !
% 219.86/39.99 | [v3: real] : ! [v4: real] : (v1 = zero_zero_real | ~
% 219.86/39.99 | (power_power_real(v1, all_948_0) = v3) | ~ (power_power_real(v0,
% 219.86/39.99 | all_948_0) = v2) | ~ (plus_plus_real(v2, v3) = v4) | ~
% 219.86/39.99 | real(v1) | ~ real(v0) | ~ ord_less_eq_real(v4, zero_zero_real)) &
% 219.86/39.99 | ! [v0: real] : ! [v1: real] : ! [v2: real] : ! [v3: real] : !
% 219.86/39.99 | [v4: real] : (v0 = zero_zero_real | ~ (power_power_real(v1,
% 219.86/39.99 | all_948_0) = v3) | ~ (power_power_real(v0, all_948_0) = v2) |
% 219.86/39.99 | ~ (plus_plus_real(v2, v3) = v4) | ~ real(v1) | ~ real(v0) | ~
% 219.86/39.99 | ord_less_eq_real(v4, zero_zero_real)) & ! [v0: real] : ! [v1:
% 219.86/39.99 | real] : ( ~ (power_power_real(zero_zero_real, all_948_0) = v0) | ~
% 219.86/39.99 | (plus_plus_real(v0, v0) = v1) | ord_less_eq_real(v1,
% 219.86/39.99 | zero_zero_real))
% 219.86/39.99 |
% 219.86/39.99 | ALPHA: (750) implies:
% 219.86/39.99 | (751) bit0(all_948_2) = all_948_1
% 219.86/39.99 | (752) bit1(pls) = all_948_2
% 219.86/39.99 | (753) number_number_of_nat(all_948_1) = all_948_0
% 219.86/39.99 |
% 219.86/39.99 | DELTA: instantiating (7) with fresh symbols all_951_0, all_951_1, all_951_2
% 219.86/39.99 | gives:
% 219.86/40.00 | (754) number_number_of_nat(all_951_1) = all_951_0 & bit1(pls) = all_951_2 &
% 219.86/40.00 | bit0(all_951_2) = all_951_1 & nat(all_951_0) & int(all_951_1) &
% 219.86/40.00 | int(all_951_2) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.86/40.00 | int] : ! [v4: int] : (v1 = zero_zero_int | ~ (power_power_int(v1,
% 219.86/40.00 | all_951_0) = v3) | ~ (power_power_int(v0, all_951_0) = v2) |
% 219.86/40.00 | ~ (plus_plus_int(v2, v3) = v4) | ~ int(v1) | ~ int(v0) |
% 219.86/40.00 | ord_less_int(zero_zero_int, v4)) & ! [v0: int] : ! [v1: int] : !
% 219.86/40.00 | [v2: int] : ! [v3: int] : ! [v4: int] : (v0 = zero_zero_int | ~
% 219.86/40.00 | (power_power_int(v1, all_951_0) = v3) | ~ (power_power_int(v0,
% 219.86/40.00 | all_951_0) = v2) | ~ (plus_plus_int(v2, v3) = v4) | ~ int(v1)
% 219.86/40.00 | | ~ int(v0) | ord_less_int(zero_zero_int, v4)) & ! [v0: int] : !
% 219.86/40.00 | [v1: int] : ( ~ (power_power_int(zero_zero_int, all_951_0) = v0) | ~
% 219.86/40.00 | (plus_plus_int(v0, v0) = v1) | ~ ord_less_int(zero_zero_int, v1))
% 219.86/40.00 |
% 219.86/40.00 | ALPHA: (754) implies:
% 219.86/40.00 | (755) bit0(all_951_2) = all_951_1
% 219.86/40.00 | (756) bit1(pls) = all_951_2
% 219.86/40.00 | (757) number_number_of_nat(all_951_1) = all_951_0
% 219.86/40.00 |
% 219.86/40.00 | DELTA: instantiating (126) with fresh symbols all_957_0, all_957_1, all_957_2,
% 219.86/40.00 | all_957_3, all_957_4, all_957_5 gives:
% 219.86/40.00 | (758) number_number_of_nat(all_957_1) = all_957_0 &
% 219.86/40.00 | number_number_of_nat(all_957_4) = all_957_3 & bit1(all_957_5) =
% 219.86/40.00 | all_957_4 & bit1(pls) = all_957_5 & bit0(all_957_5) = all_957_1 &
% 219.86/40.00 | number_number_of_int(all_957_4) = all_957_2 & nat(all_957_0) &
% 219.86/40.00 | nat(all_957_3) & int(all_957_1) & int(all_957_2) & int(all_957_4) &
% 219.86/40.00 | int(all_957_5) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.86/40.00 | int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] :
% 219.86/40.00 | ! [v8: int] : ! [v9: int] : ! [v10: int] : ! [v11: int] : ! [v12:
% 219.86/40.00 | int] : ( ~ (minus_minus_int(v10, v11) = v12) | ~
% 219.86/40.00 | (minus_minus_int(v2, v5) = v6) | ~ (power_power_int(v1, all_957_0)
% 219.86/40.00 | = v8) | ~ (power_power_int(v1, all_957_3) = v11) | ~
% 219.86/40.00 | (power_power_int(v0, all_957_0) = v3) | ~ (power_power_int(v0,
% 219.86/40.00 | all_957_3) = v2) | ~ (plus_plus_int(v6, v9) = v10) | ~
% 219.86/40.00 | (times_times_int(v7, v8) = v9) | ~ (times_times_int(v4, v1) = v5)
% 219.86/40.00 | | ~ (times_times_int(all_957_2, v3) = v4) | ~
% 219.86/40.00 | (times_times_int(all_957_2, v0) = v7) | ~ int(v1) | ~ int(v0) |
% 219.86/40.00 | ? [v13: int] : (minus_minus_int(v0, v1) = v13 &
% 219.86/40.00 | power_power_int(v13, all_957_3) = v12 & int(v13) & int(v12)))
% 219.86/40.00 |
% 219.86/40.00 | ALPHA: (758) implies:
% 219.86/40.00 | (759) bit0(all_957_5) = all_957_1
% 219.86/40.00 | (760) bit1(pls) = all_957_5
% 219.86/40.00 | (761) number_number_of_nat(all_957_1) = all_957_0
% 219.86/40.00 |
% 219.86/40.00 | DELTA: instantiating (76) with fresh symbols all_960_0, all_960_1, all_960_2,
% 219.86/40.00 | all_960_3, all_960_4, all_960_5 gives:
% 219.86/40.01 | (762) number_number_of_nat(all_960_1) = all_960_0 &
% 219.86/40.01 | number_number_of_nat(all_960_4) = all_960_3 & bit1(all_960_5) =
% 219.86/40.01 | all_960_4 & bit1(pls) = all_960_5 & bit0(all_960_5) = all_960_1 &
% 219.86/40.01 | number_number_of_int(all_960_4) = all_960_2 & nat(all_960_0) &
% 219.86/40.01 | nat(all_960_3) & int(all_960_1) & int(all_960_2) & int(all_960_4) &
% 219.86/40.01 | int(all_960_5) & ! [v0: int] : ! [v1: int] : ! [v2: int] : ! [v3:
% 219.86/40.01 | int] : ! [v4: int] : ! [v5: int] : ! [v6: int] : ! [v7: int] :
% 219.86/40.01 | ! [v8: int] : ! [v9: int] : ! [v10: int] : ! [v11: int] : ! [v12:
% 219.86/40.01 | int] : ( ~ (power_power_int(v1, all_960_0) = v8) | ~
% 219.86/40.01 | (power_power_int(v1, all_960_3) = v11) | ~ (power_power_int(v0,
% 219.86/40.01 | all_960_0) = v3) | ~ (power_power_int(v0, all_960_3) = v2) |
% 219.86/40.01 | ~ (plus_plus_int(v10, v11) = v12) | ~ (plus_plus_int(v6, v9) =
% 219.86/40.01 | v10) | ~ (plus_plus_int(v2, v5) = v6) | ~ (times_times_int(v7,
% 219.86/40.01 | v8) = v9) | ~ (times_times_int(v4, v1) = v5) | ~
% 219.86/40.01 | (times_times_int(all_960_2, v3) = v4) | ~
% 219.86/40.01 | (times_times_int(all_960_2, v0) = v7) | ~ int(v1) | ~ int(v0) |
% 219.86/40.01 | ? [v13: int] : (power_power_int(v13, all_960_3) = v12 &
% 219.86/40.01 | plus_plus_int(v0, v1) = v13 & int(v13) & int(v12)))
% 219.86/40.01 |
% 219.86/40.01 | ALPHA: (762) implies:
% 219.86/40.01 | (763) bit0(all_960_5) = all_960_1
% 219.86/40.01 | (764) bit1(pls) = all_960_5
% 219.86/40.01 | (765) number_number_of_nat(all_960_1) = all_960_0
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (764) imply:
% 219.86/40.01 | (766) bit1(zero_zero_int) = all_960_5
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (760) imply:
% 219.86/40.01 | (767) bit1(zero_zero_int) = all_957_5
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (756) imply:
% 219.86/40.01 | (768) bit1(zero_zero_int) = all_951_2
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (752) imply:
% 219.86/40.01 | (769) bit1(zero_zero_int) = all_948_2
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (748) imply:
% 219.86/40.01 | (770) bit1(zero_zero_int) = all_945_2
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (744) imply:
% 219.86/40.01 | (771) bit1(zero_zero_int) = all_942_2
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (740) imply:
% 219.86/40.01 | (772) bit1(zero_zero_int) = all_939_2
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (737) imply:
% 219.86/40.01 | (773) bit1(zero_zero_int) = all_936_6
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (729) imply:
% 219.86/40.01 | (774) bit1(zero_zero_int) = all_933_2
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (724) imply:
% 219.86/40.01 | (775) bit1(zero_zero_int) = all_931_9
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (716) imply:
% 219.86/40.01 | (776) bit1(zero_zero_int) = all_928_2
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (712) imply:
% 219.86/40.01 | (777) bit1(zero_zero_int) = all_926_9
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (703) imply:
% 219.86/40.01 | (778) bit1(zero_zero_int) = all_924_9
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (694) imply:
% 219.86/40.01 | (779) bit1(zero_zero_int) = all_921_3
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (690) imply:
% 219.86/40.01 | (780) bit1(zero_zero_int) = all_918_3
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (686) imply:
% 219.86/40.01 | (781) bit1(zero_zero_int) = all_915_3
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (682) imply:
% 219.86/40.01 | (782) bit1(zero_zero_int) = all_912_3
% 219.86/40.01 |
% 219.86/40.01 | REDUCE: (52), (678) imply:
% 219.86/40.01 | (783) bit1(zero_zero_int) = all_909_3
% 219.86/40.01 |
% 220.25/40.01 | REDUCE: (52), (674) imply:
% 220.25/40.01 | (784) bit1(zero_zero_int) = all_906_3
% 220.25/40.01 |
% 220.25/40.01 | REDUCE: (52), (670) imply:
% 220.25/40.01 | (785) bit1(zero_zero_int) = all_903_3
% 220.25/40.01 |
% 220.25/40.01 | REDUCE: (52), (665) imply:
% 220.25/40.01 | (786) bit1(zero_zero_int) = all_901_8
% 220.25/40.01 |
% 220.25/40.01 | REDUCE: (52), (657) imply:
% 220.25/40.01 | (787) bit1(zero_zero_int) = all_898_5
% 220.25/40.01 |
% 220.25/40.01 | REDUCE: (52), (652) imply:
% 220.25/40.02 | (788) bit1(zero_zero_int) = all_895_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (647) imply:
% 220.25/40.02 | (789) bit1(zero_zero_int) = all_893_8
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (638) imply:
% 220.25/40.02 | (790) bit1(zero_zero_int) = all_890_6
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (633) imply:
% 220.25/40.02 | (791) bit1(zero_zero_int) = all_885_8
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (624) imply:
% 220.25/40.02 | (792) bit1(zero_zero_int) = all_883_8
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (615) imply:
% 220.25/40.02 | (793) bit1(zero_zero_int) = all_881_8
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (608) imply:
% 220.25/40.02 | (794) bit1(zero_zero_int) = all_879_7
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (600) imply:
% 220.25/40.02 | (795) bit1(zero_zero_int) = all_876_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (597) imply:
% 220.25/40.02 | (796) bit1(zero_zero_int) = all_873_4
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (591) imply:
% 220.25/40.02 | (797) bit1(zero_zero_int) = all_870_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (588) imply:
% 220.25/40.02 | (798) bit1(zero_zero_int) = all_868_7
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (577) imply:
% 220.25/40.02 | (799) bit1(zero_zero_int) = all_865_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (573) imply:
% 220.25/40.02 | (800) bit1(zero_zero_int) = all_862_4
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (569) imply:
% 220.25/40.02 | (801) bit1(zero_zero_int) = all_860_6
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (562) imply:
% 220.25/40.02 | (802) bit1(zero_zero_int) = all_857_3
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (559) imply:
% 220.25/40.02 | (803) bit1(zero_zero_int) = all_855_6
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (552) imply:
% 220.25/40.02 | (804) bit1(zero_zero_int) = all_853_6
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (544) imply:
% 220.25/40.02 | (805) bit1(zero_zero_int) = all_850_4
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (541) imply:
% 220.25/40.02 | (806) bit1(zero_zero_int) = all_848_5
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (534) imply:
% 220.25/40.02 | (807) bit1(zero_zero_int) = all_846_5
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (526) imply:
% 220.25/40.02 | (808) bit1(zero_zero_int) = all_843_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (522) imply:
% 220.25/40.02 | (809) bit1(zero_zero_int) = all_840_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (518) imply:
% 220.25/40.02 | (810) bit1(zero_zero_int) = all_837_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (514) imply:
% 220.25/40.02 | (811) bit1(zero_zero_int) = all_834_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (510) imply:
% 220.25/40.02 | (812) bit1(zero_zero_int) = all_831_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (506) imply:
% 220.25/40.02 | (813) bit1(zero_zero_int) = all_828_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (502) imply:
% 220.25/40.02 | (814) bit1(zero_zero_int) = all_825_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (499) imply:
% 220.25/40.02 | (815) bit1(zero_zero_int) = all_822_3
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (496) imply:
% 220.25/40.02 | (816) bit1(zero_zero_int) = all_820_5
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (488) imply:
% 220.25/40.02 | (817) bit1(zero_zero_int) = all_817_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (484) imply:
% 220.25/40.02 | (818) bit1(zero_zero_int) = all_814_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (480) imply:
% 220.25/40.02 | (819) bit1(zero_zero_int) = all_811_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (476) imply:
% 220.25/40.02 | (820) bit1(zero_zero_int) = all_808_2
% 220.25/40.02 |
% 220.25/40.02 | REDUCE: (52), (472) imply:
% 220.25/40.03 | (821) bit1(zero_zero_int) = all_805_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (468) imply:
% 220.25/40.03 | (822) bit1(zero_zero_int) = all_802_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (465) imply:
% 220.25/40.03 | (823) bit1(zero_zero_int) = all_800_5
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (456) imply:
% 220.25/40.03 | (824) bit1(zero_zero_int) = all_797_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (452) imply:
% 220.25/40.03 | (825) bit1(zero_zero_int) = all_794_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (448) imply:
% 220.25/40.03 | (826) bit1(zero_zero_int) = all_791_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (445) imply:
% 220.25/40.03 | (827) bit1(zero_zero_int) = all_789_5
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (436) imply:
% 220.25/40.03 | (828) bit1(zero_zero_int) = all_787_5
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (431) imply:
% 220.25/40.03 | (829) bit1(zero_zero_int) = all_784_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (428) imply:
% 220.25/40.03 | (830) bit1(zero_zero_int) = all_781_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (425) imply:
% 220.25/40.03 | (831) bit1(zero_zero_int) = all_778_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (422) imply:
% 220.25/40.03 | (832) bit1(zero_zero_int) = all_775_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (419) imply:
% 220.25/40.03 | (833) bit1(zero_zero_int) = all_772_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (415) imply:
% 220.25/40.03 | (834) bit1(zero_zero_int) = all_769_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (411) imply:
% 220.25/40.03 | (835) bit1(zero_zero_int) = all_766_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (407) imply:
% 220.25/40.03 | (836) bit1(zero_zero_int) = all_763_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (403) imply:
% 220.25/40.03 | (837) bit1(zero_zero_int) = all_760_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (400) imply:
% 220.25/40.03 | (838) bit1(zero_zero_int) = all_757_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (397) imply:
% 220.25/40.03 | (839) bit1(zero_zero_int) = all_754_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (393) imply:
% 220.25/40.03 | (840) bit1(zero_zero_int) = all_751_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (390) imply:
% 220.25/40.03 | (841) bit1(zero_zero_int) = all_748_3
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (386) imply:
% 220.25/40.03 | (842) bit1(zero_zero_int) = all_745_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (382) imply:
% 220.25/40.03 | (843) bit1(zero_zero_int) = all_742_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (379) imply:
% 220.25/40.03 | (844) bit1(zero_zero_int) = all_739_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (375) imply:
% 220.25/40.03 | (845) bit1(zero_zero_int) = all_736_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (370) imply:
% 220.25/40.03 | (846) bit1(zero_zero_int) = all_734_4
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (364) imply:
% 220.25/40.03 | (847) bit1(zero_zero_int) = all_731_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (360) imply:
% 220.25/40.03 | (848) bit1(zero_zero_int) = all_728_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (356) imply:
% 220.25/40.03 | (849) bit1(zero_zero_int) = all_725_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (352) imply:
% 220.25/40.03 | (850) bit1(zero_zero_int) = all_721_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (348) imply:
% 220.25/40.03 | (851) bit1(zero_zero_int) = all_718_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (344) imply:
% 220.25/40.03 | (852) bit1(zero_zero_int) = all_715_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (340) imply:
% 220.25/40.03 | (853) bit1(zero_zero_int) = all_712_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (337) imply:
% 220.25/40.03 | (854) bit1(zero_zero_int) = all_709_0
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (334) imply:
% 220.25/40.03 | (855) bit1(zero_zero_int) = all_706_2
% 220.25/40.03 |
% 220.25/40.03 | REDUCE: (52), (330) imply:
% 220.25/40.04 | (856) bit1(zero_zero_int) = all_703_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (327) imply:
% 220.25/40.04 | (857) bit1(zero_zero_int) = all_698_0
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (325) imply:
% 220.25/40.04 | (858) bit1(zero_zero_int) = all_695_0
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (322) imply:
% 220.25/40.04 | (859) bit1(zero_zero_int) = all_692_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (319) imply:
% 220.25/40.04 | (860) bit1(zero_zero_int) = all_689_0
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (316) imply:
% 220.25/40.04 | (861) bit1(zero_zero_int) = all_686_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (312) imply:
% 220.25/40.04 | (862) bit1(zero_zero_int) = all_683_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (309) imply:
% 220.25/40.04 | (863) bit1(zero_zero_int) = all_680_0
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (307) imply:
% 220.25/40.04 | (864) bit1(zero_zero_int) = all_677_0
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (305) imply:
% 220.25/40.04 | (865) bit1(zero_zero_int) = all_674_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (301) imply:
% 220.25/40.04 | (866) bit1(zero_zero_int) = all_671_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (297) imply:
% 220.25/40.04 | (867) bit1(zero_zero_int) = all_668_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (294) imply:
% 220.25/40.04 | (868) bit1(zero_zero_int) = all_665_0
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (292) imply:
% 220.25/40.04 | (869) bit1(zero_zero_int) = all_662_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (289) imply:
% 220.25/40.04 | (870) bit1(zero_zero_int) = all_659_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (286) imply:
% 220.25/40.04 | (871) bit1(zero_zero_int) = all_656_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (282) imply:
% 220.25/40.04 | (872) bit1(zero_zero_int) = all_653_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (279) imply:
% 220.25/40.04 | (873) bit1(zero_zero_int) = all_650_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (276) imply:
% 220.25/40.04 | (874) bit1(zero_zero_int) = all_647_0
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (274) imply:
% 220.25/40.04 | (875) bit1(zero_zero_int) = all_644_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (271) imply:
% 220.25/40.04 | (876) bit1(zero_zero_int) = all_641_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (268) imply:
% 220.25/40.04 | (877) bit1(zero_zero_int) = all_638_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (264) imply:
% 220.25/40.04 | (878) bit1(zero_zero_int) = all_635_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (260) imply:
% 220.25/40.04 | (879) bit1(zero_zero_int) = all_632_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (257) imply:
% 220.25/40.04 | (880) bit1(zero_zero_int) = all_629_0
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (255) imply:
% 220.25/40.04 | (881) bit1(zero_zero_int) = all_626_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (252) imply:
% 220.25/40.04 | (882) bit1(zero_zero_int) = all_620_0
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (249) imply:
% 220.25/40.04 | (883) bit1(zero_zero_int) = all_614_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (246) imply:
% 220.25/40.04 | (884) bit1(zero_zero_int) = all_611_0
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (243) imply:
% 220.25/40.04 | (885) bit1(zero_zero_int) = all_608_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (240) imply:
% 220.25/40.04 | (886) bit1(zero_zero_int) = all_605_0
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (237) imply:
% 220.25/40.04 | (887) bit1(zero_zero_int) = all_602_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (233) imply:
% 220.25/40.04 | (888) bit1(zero_zero_int) = all_599_2
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (230) imply:
% 220.25/40.04 | (889) bit1(zero_zero_int) = all_597_1
% 220.25/40.04 |
% 220.25/40.04 | REDUCE: (52), (227) imply:
% 220.25/40.04 | (890) bit1(zero_zero_int) = all_595_2
% 220.25/40.04 |
% 220.25/40.05 | REDUCE: (52), (225) imply:
% 220.25/40.05 | (891) bit1(zero_zero_int) = all_593_1
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (222) imply:
% 220.25/40.05 | (892) bit1(zero_zero_int) = all_590_1
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (220) imply:
% 220.25/40.05 | (893) bit1(zero_zero_int) = all_588_2
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (217) imply:
% 220.25/40.05 | (894) bit1(zero_zero_int) = all_586_2
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (213) imply:
% 220.25/40.05 | (895) bit1(zero_zero_int) = all_584_1
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (209) imply:
% 220.25/40.05 | (896) bit1(zero_zero_int) = all_582_2
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (205) imply:
% 220.25/40.05 | (897) bit1(zero_zero_int) = all_580_2
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (202) imply:
% 220.25/40.05 | (898) bit1(zero_zero_int) = all_578_1
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (198) imply:
% 220.25/40.05 | (899) bit1(zero_zero_int) = all_576_2
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (194) imply:
% 220.25/40.05 | (900) bit1(zero_zero_int) = all_574_2
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (189) imply:
% 220.25/40.05 | (901) bit1(zero_zero_int) = all_572_1
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (186) imply:
% 220.25/40.05 | (902) bit1(zero_zero_int) = all_569_1
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (184) imply:
% 220.25/40.05 | (903) bit1(zero_zero_int) = all_566_1
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (181) imply:
% 220.25/40.05 | (904) bit1(zero_zero_int) = all_564_2
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (178) imply:
% 220.25/40.05 | (905) bit1(zero_zero_int) = all_561_1
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (175) imply:
% 220.25/40.05 | (906) bit1(zero_zero_int) = all_556_2
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (171) imply:
% 220.25/40.05 | (907) bit1(zero_zero_int) = all_554_2
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (168) imply:
% 220.25/40.05 | (908) bit1(zero_zero_int) = all_552_1
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (163) imply:
% 220.25/40.05 | (909) bit1(zero_zero_int) = all_521_0
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (161) imply:
% 220.25/40.05 | (910) bit1(zero_zero_int) = all_519_0
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (159) imply:
% 220.25/40.05 | (911) bit1(zero_zero_int) = all_517_0
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (157) imply:
% 220.25/40.05 | (912) bit1(zero_zero_int) = all_515_0
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (155) imply:
% 220.25/40.05 | (913) bit1(zero_zero_int) = all_513_0
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (153) imply:
% 220.25/40.05 | (914) bit1(zero_zero_int) = all_511_0
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (151) imply:
% 220.25/40.05 | (915) bit1(zero_zero_int) = all_509_0
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (149) imply:
% 220.25/40.05 | (916) bit1(zero_zero_int) = all_507_0
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (147) imply:
% 220.25/40.05 | (917) bit1(zero_zero_int) = all_504_0
% 220.25/40.05 |
% 220.25/40.05 | REDUCE: (52), (145) imply:
% 220.25/40.05 | (918) bit1(zero_zero_int) = all_501_0
% 220.25/40.05 |
% 220.25/40.05 | GROUND_INST: instantiating (138) with all_515_0, all_517_0, zero_zero_int,
% 220.25/40.05 | simplifying with (911), (912) gives:
% 220.25/40.05 | (919) all_517_0 = all_515_0
% 220.25/40.05 |
% 220.25/40.05 | GROUND_INST: instantiating (138) with all_509_0, all_552_1, zero_zero_int,
% 220.25/40.06 | simplifying with (908), (915) gives:
% 220.25/40.06 | (920) all_552_1 = all_509_0
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_564_2, all_566_1, zero_zero_int,
% 220.25/40.06 | simplifying with (903), (904) gives:
% 220.25/40.06 | (921) all_566_1 = all_564_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_566_1, all_569_1, zero_zero_int,
% 220.25/40.06 | simplifying with (902), (903) gives:
% 220.25/40.06 | (922) all_569_1 = all_566_1
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_569_1, all_572_1, zero_zero_int,
% 220.25/40.06 | simplifying with (901), (902) gives:
% 220.25/40.06 | (923) all_572_1 = all_569_1
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_572_1, all_576_2, zero_zero_int,
% 220.25/40.06 | simplifying with (899), (901) gives:
% 220.25/40.06 | (924) all_576_2 = all_572_1
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_578_1, all_580_2, zero_zero_int,
% 220.25/40.06 | simplifying with (897), (898) gives:
% 220.25/40.06 | (925) all_580_2 = all_578_1
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_590_1, all_593_1, zero_zero_int,
% 220.25/40.06 | simplifying with (891), (892) gives:
% 220.25/40.06 | (926) all_593_1 = all_590_1
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_588_2, all_595_2, zero_zero_int,
% 220.25/40.06 | simplifying with (890), (893) gives:
% 220.25/40.06 | (927) all_595_2 = all_588_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_521_0, all_597_1, zero_zero_int,
% 220.25/40.06 | simplifying with (889), (909) gives:
% 220.25/40.06 | (928) all_597_1 = all_521_0
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_593_1, all_602_2, zero_zero_int,
% 220.25/40.06 | simplifying with (887), (891) gives:
% 220.25/40.06 | (929) all_602_2 = all_593_1
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_602_2, all_605_0, zero_zero_int,
% 220.25/40.06 | simplifying with (886), (887) gives:
% 220.25/40.06 | (930) all_605_0 = all_602_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_597_1, all_614_2, zero_zero_int,
% 220.25/40.06 | simplifying with (883), (889) gives:
% 220.25/40.06 | (931) all_614_2 = all_597_1
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_614_2, all_626_2, zero_zero_int,
% 220.25/40.06 | simplifying with (881), (883) gives:
% 220.25/40.06 | (932) all_626_2 = all_614_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_605_0, all_635_2, zero_zero_int,
% 220.25/40.06 | simplifying with (878), (886) gives:
% 220.25/40.06 | (933) all_635_2 = all_605_0
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_578_1, all_638_2, zero_zero_int,
% 220.25/40.06 | simplifying with (877), (898) gives:
% 220.25/40.06 | (934) all_638_2 = all_578_1
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_635_2, all_641_2, zero_zero_int,
% 220.25/40.06 | simplifying with (876), (878) gives:
% 220.25/40.06 | (935) all_641_2 = all_635_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_641_2, all_644_2, zero_zero_int,
% 220.25/40.06 | simplifying with (875), (876) gives:
% 220.25/40.06 | (936) all_644_2 = all_641_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_656_2, all_659_2, zero_zero_int,
% 220.25/40.06 | simplifying with (870), (871) gives:
% 220.25/40.06 | (937) all_659_2 = all_656_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_671_2, all_674_2, zero_zero_int,
% 220.25/40.06 | simplifying with (865), (866) gives:
% 220.25/40.06 | (938) all_674_2 = all_671_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_674_2, all_677_0, zero_zero_int,
% 220.25/40.06 | simplifying with (864), (865) gives:
% 220.25/40.06 | (939) all_677_0 = all_674_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_677_0, all_686_2, zero_zero_int,
% 220.25/40.06 | simplifying with (861), (864) gives:
% 220.25/40.06 | (940) all_686_2 = all_677_0
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_584_1, all_692_2, zero_zero_int,
% 220.25/40.06 | simplifying with (859), (895) gives:
% 220.25/40.06 | (941) all_692_2 = all_584_1
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_686_2, all_695_0, zero_zero_int,
% 220.25/40.06 | simplifying with (858), (861) gives:
% 220.25/40.06 | (942) all_695_0 = all_686_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_656_2, all_698_0, zero_zero_int,
% 220.25/40.06 | simplifying with (857), (871) gives:
% 220.25/40.06 | (943) all_698_0 = all_656_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_650_2, all_698_0, zero_zero_int,
% 220.25/40.06 | simplifying with (857), (873) gives:
% 220.25/40.06 | (944) all_698_0 = all_650_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_644_2, all_698_0, zero_zero_int,
% 220.25/40.06 | simplifying with (857), (875) gives:
% 220.25/40.06 | (945) all_698_0 = all_644_2
% 220.25/40.06 |
% 220.25/40.06 | GROUND_INST: instantiating (138) with all_590_1, all_706_2, zero_zero_int,
% 220.25/40.06 | simplifying with (855), (892) gives:
% 220.25/40.06 | (946) all_706_2 = all_590_1
% 220.25/40.06 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_580_2, all_706_2, zero_zero_int,
% 220.25/40.07 | simplifying with (855), (897) gives:
% 220.25/40.07 | (947) all_706_2 = all_580_2
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_698_0, all_718_2, zero_zero_int,
% 220.25/40.07 | simplifying with (851), (857) gives:
% 220.25/40.07 | (948) all_718_2 = all_698_0
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_689_0, all_718_2, zero_zero_int,
% 220.25/40.07 | simplifying with (851), (860) gives:
% 220.25/40.07 | (949) all_718_2 = all_689_0
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_715_2, all_725_2, zero_zero_int,
% 220.25/40.07 | simplifying with (849), (852) gives:
% 220.25/40.07 | (950) all_725_2 = all_715_2
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_709_0, all_728_2, zero_zero_int,
% 220.25/40.07 | simplifying with (848), (854) gives:
% 220.25/40.07 | (951) all_728_2 = all_709_0
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_715_2, all_734_4, zero_zero_int,
% 220.25/40.07 | simplifying with (846), (852) gives:
% 220.25/40.07 | (952) all_734_4 = all_715_2
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_662_2, all_734_4, zero_zero_int,
% 220.25/40.07 | simplifying with (846), (869) gives:
% 220.25/40.07 | (953) all_734_4 = all_662_2
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_712_2, all_739_2, zero_zero_int,
% 220.25/40.07 | simplifying with (844), (853) gives:
% 220.25/40.07 | (954) all_739_2 = all_712_2
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_734_4, all_742_2, zero_zero_int,
% 220.25/40.07 | simplifying with (843), (846) gives:
% 220.25/40.07 | (955) all_742_2 = all_734_4
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_698_0, all_748_3, zero_zero_int,
% 220.25/40.07 | simplifying with (841), (857) gives:
% 220.25/40.07 | (956) all_748_3 = all_698_0
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_597_1, all_754_2, zero_zero_int,
% 220.25/40.07 | simplifying with (839), (889) gives:
% 220.25/40.07 | (957) all_754_2 = all_597_1
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_564_2, all_754_2, zero_zero_int,
% 220.25/40.07 | simplifying with (839), (904) gives:
% 220.25/40.07 | (958) all_754_2 = all_564_2
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_501_0, all_757_2, zero_zero_int,
% 220.25/40.07 | simplifying with (838), (918) gives:
% 220.25/40.07 | (959) all_757_2 = all_501_0
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_692_2, all_760_2, zero_zero_int,
% 220.25/40.07 | simplifying with (837), (859) gives:
% 220.25/40.07 | (960) all_760_2 = all_692_2
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_653_2, all_760_2, zero_zero_int,
% 220.25/40.07 | simplifying with (837), (872) gives:
% 220.25/40.07 | (961) all_760_2 = all_653_2
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_588_2, all_760_2, zero_zero_int,
% 220.25/40.07 | simplifying with (837), (893) gives:
% 220.25/40.07 | (962) all_760_2 = all_588_2
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_576_2, all_760_2, zero_zero_int,
% 220.25/40.07 | simplifying with (837), (899) gives:
% 220.25/40.07 | (963) all_760_2 = all_576_2
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_695_0, all_763_2, zero_zero_int,
% 220.25/40.07 | simplifying with (836), (858) gives:
% 220.25/40.07 | (964) all_763_2 = all_695_0
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_574_2, all_763_2, zero_zero_int,
% 220.25/40.07 | simplifying with (836), (900) gives:
% 220.25/40.07 | (965) all_763_2 = all_574_2
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_739_2, all_766_2, zero_zero_int,
% 220.25/40.07 | simplifying with (835), (844) gives:
% 220.25/40.07 | (966) all_766_2 = all_739_2
% 220.25/40.07 |
% 220.25/40.07 | GROUND_INST: instantiating (138) with all_578_1, all_772_2, zero_zero_int,
% 220.25/40.07 | simplifying with (833), (898) gives:
% 220.25/40.07 | (967) all_772_2 = all_578_1
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_554_2, all_772_2, zero_zero_int,
% 220.25/40.08 | simplifying with (833), (907) gives:
% 220.25/40.08 | (968) all_772_2 = all_554_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_552_1, all_772_2, zero_zero_int,
% 220.25/40.08 | simplifying with (833), (908) gives:
% 220.25/40.08 | (969) all_772_2 = all_552_1
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_728_2, all_775_2, zero_zero_int,
% 220.25/40.08 | simplifying with (832), (848) gives:
% 220.25/40.08 | (970) all_775_2 = all_728_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_775_2, all_778_2, zero_zero_int,
% 220.25/40.08 | simplifying with (831), (832) gives:
% 220.25/40.08 | (971) all_778_2 = all_775_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_778_2, all_781_2, zero_zero_int,
% 220.25/40.08 | simplifying with (830), (831) gives:
% 220.25/40.08 | (972) all_781_2 = all_778_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_638_2, all_784_2, zero_zero_int,
% 220.25/40.08 | simplifying with (829), (877) gives:
% 220.25/40.08 | (973) all_784_2 = all_638_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_742_2, all_787_5, zero_zero_int,
% 220.25/40.08 | simplifying with (828), (843) gives:
% 220.25/40.08 | (974) all_787_5 = all_742_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_745_2, all_791_2, zero_zero_int,
% 220.25/40.08 | simplifying with (826), (842) gives:
% 220.25/40.08 | (975) all_791_2 = all_745_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_671_2, all_794_2, zero_zero_int,
% 220.25/40.08 | simplifying with (825), (866) gives:
% 220.25/40.08 | (976) all_794_2 = all_671_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_754_2, all_800_5, zero_zero_int,
% 220.25/40.08 | simplifying with (823), (839) gives:
% 220.25/40.08 | (977) all_800_5 = all_754_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_766_2, all_805_2, zero_zero_int,
% 220.25/40.08 | simplifying with (821), (835) gives:
% 220.25/40.08 | (978) all_805_2 = all_766_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_757_2, all_808_2, zero_zero_int,
% 220.25/40.08 | simplifying with (820), (838) gives:
% 220.25/40.08 | (979) all_808_2 = all_757_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_595_2, all_808_2, zero_zero_int,
% 220.25/40.08 | simplifying with (820), (890) gives:
% 220.25/40.08 | (980) all_808_2 = all_595_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_787_5, all_811_2, zero_zero_int,
% 220.25/40.08 | simplifying with (819), (828) gives:
% 220.25/40.08 | (981) all_811_2 = all_787_5
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_739_2, all_814_2, zero_zero_int,
% 220.25/40.08 | simplifying with (818), (844) gives:
% 220.25/40.08 | (982) all_814_2 = all_739_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_706_2, all_817_2, zero_zero_int,
% 220.25/40.08 | simplifying with (817), (855) gives:
% 220.25/40.08 | (983) all_817_2 = all_706_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_794_2, all_820_5, zero_zero_int,
% 220.25/40.08 | simplifying with (816), (825) gives:
% 220.25/40.08 | (984) all_820_5 = all_794_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_820_5, all_822_3, zero_zero_int,
% 220.25/40.08 | simplifying with (815), (816) gives:
% 220.25/40.08 | (985) all_822_3 = all_820_5
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_632_2, all_825_2, zero_zero_int,
% 220.25/40.08 | simplifying with (814), (879) gives:
% 220.25/40.08 | (986) all_825_2 = all_632_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_811_2, all_831_2, zero_zero_int,
% 220.25/40.08 | simplifying with (812), (819) gives:
% 220.25/40.08 | (987) all_831_2 = all_811_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_831_2, all_834_2, zero_zero_int,
% 220.25/40.08 | simplifying with (811), (812) gives:
% 220.25/40.08 | (988) all_834_2 = all_831_2
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_521_0, all_837_2, zero_zero_int,
% 220.25/40.08 | simplifying with (810), (909) gives:
% 220.25/40.08 | (989) all_837_2 = all_521_0
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_519_0, all_837_2, zero_zero_int,
% 220.25/40.08 | simplifying with (810), (910) gives:
% 220.25/40.08 | (990) all_837_2 = all_519_0
% 220.25/40.08 |
% 220.25/40.08 | GROUND_INST: instantiating (138) with all_517_0, all_837_2, zero_zero_int,
% 220.25/40.08 | simplifying with (810), (911) gives:
% 220.25/40.08 | (991) all_837_2 = all_517_0
% 220.25/40.08 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_805_2, all_840_2, zero_zero_int,
% 220.25/40.09 | simplifying with (809), (821) gives:
% 220.25/40.09 | (992) all_840_2 = all_805_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_822_3, all_843_2, zero_zero_int,
% 220.25/40.09 | simplifying with (808), (815) gives:
% 220.25/40.09 | (993) all_843_2 = all_822_3
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_800_5, all_848_5, zero_zero_int,
% 220.25/40.09 | simplifying with (806), (823) gives:
% 220.25/40.09 | (994) all_848_5 = all_800_5
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_797_2, all_850_4, zero_zero_int,
% 220.25/40.09 | simplifying with (805), (824) gives:
% 220.25/40.09 | (995) all_850_4 = all_797_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_632_2, all_850_4, zero_zero_int,
% 220.25/40.09 | simplifying with (805), (879) gives:
% 220.25/40.09 | (996) all_850_4 = all_632_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_709_0, all_853_6, zero_zero_int,
% 220.25/40.09 | simplifying with (804), (854) gives:
% 220.25/40.09 | (997) all_853_6 = all_709_0
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_620_0, all_853_6, zero_zero_int,
% 220.25/40.09 | simplifying with (804), (882) gives:
% 220.25/40.09 | (998) all_853_6 = all_620_0
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_590_1, all_853_6, zero_zero_int,
% 220.25/40.09 | simplifying with (804), (892) gives:
% 220.25/40.09 | (999) all_853_6 = all_590_1
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_840_2, all_855_6, zero_zero_int,
% 220.25/40.09 | simplifying with (803), (809) gives:
% 220.25/40.09 | (1000) all_855_6 = all_840_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_736_2, all_855_6, zero_zero_int,
% 220.25/40.09 | simplifying with (803), (845) gives:
% 220.25/40.09 | (1001) all_855_6 = all_736_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_748_3, all_857_3, zero_zero_int,
% 220.25/40.09 | simplifying with (802), (841) gives:
% 220.25/40.09 | (1002) all_857_3 = all_748_3
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_721_2, all_857_3, zero_zero_int,
% 220.25/40.09 | simplifying with (802), (850) gives:
% 220.25/40.09 | (1003) all_857_3 = all_721_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_791_2, all_860_6, zero_zero_int,
% 220.25/40.09 | simplifying with (801), (826) gives:
% 220.25/40.09 | (1004) all_860_6 = all_791_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_665_0, all_860_6, zero_zero_int,
% 220.25/40.09 | simplifying with (801), (868) gives:
% 220.25/40.09 | (1005) all_860_6 = all_665_0
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_802_2, all_862_4, zero_zero_int,
% 220.25/40.09 | simplifying with (800), (822) gives:
% 220.25/40.09 | (1006) all_862_4 = all_802_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_769_2, all_862_4, zero_zero_int,
% 220.25/40.09 | simplifying with (800), (834) gives:
% 220.25/40.09 | (1007) all_862_4 = all_769_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_751_2, all_862_4, zero_zero_int,
% 220.25/40.09 | simplifying with (800), (840) gives:
% 220.25/40.09 | (1008) all_862_4 = all_751_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_748_3, all_862_4, zero_zero_int,
% 220.25/40.09 | simplifying with (800), (841) gives:
% 220.25/40.09 | (1009) all_862_4 = all_748_3
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_817_2, all_865_2, zero_zero_int,
% 220.25/40.09 | simplifying with (799), (817) gives:
% 220.25/40.09 | (1010) all_865_2 = all_817_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_870_2, all_873_4, zero_zero_int,
% 220.25/40.09 | simplifying with (796), (797) gives:
% 220.25/40.09 | (1011) all_873_4 = all_870_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_873_4, all_876_2, zero_zero_int,
% 220.25/40.09 | simplifying with (795), (796) gives:
% 220.25/40.09 | (1012) all_876_2 = all_873_4
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_850_4, all_881_8, zero_zero_int,
% 220.25/40.09 | simplifying with (793), (805) gives:
% 220.25/40.09 | (1013) all_881_8 = all_850_4
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_739_2, all_881_8, zero_zero_int,
% 220.25/40.09 | simplifying with (793), (844) gives:
% 220.25/40.09 | (1014) all_881_8 = all_739_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_638_2, all_881_8, zero_zero_int,
% 220.25/40.09 | simplifying with (793), (877) gives:
% 220.25/40.09 | (1015) all_881_8 = all_638_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_876_2, all_883_8, zero_zero_int,
% 220.25/40.09 | simplifying with (792), (795) gives:
% 220.25/40.09 | (1016) all_883_8 = all_876_2
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_883_8, all_885_8, zero_zero_int,
% 220.25/40.09 | simplifying with (791), (792) gives:
% 220.25/40.09 | (1017) all_885_8 = all_883_8
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_848_5, all_890_6, zero_zero_int,
% 220.25/40.09 | simplifying with (790), (806) gives:
% 220.25/40.09 | (1018) all_890_6 = all_848_5
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_561_1, all_890_6, zero_zero_int,
% 220.25/40.09 | simplifying with (790), (905) gives:
% 220.25/40.09 | (1019) all_890_6 = all_561_1
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_885_8, all_895_2, zero_zero_int,
% 220.25/40.09 | simplifying with (788), (791) gives:
% 220.25/40.09 | (1020) all_895_2 = all_885_8
% 220.25/40.09 |
% 220.25/40.09 | GROUND_INST: instantiating (138) with all_586_2, all_895_2, zero_zero_int,
% 220.25/40.09 | simplifying with (788), (894) gives:
% 220.25/40.09 | (1021) all_895_2 = all_586_2
% 220.25/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_668_2, all_901_8, zero_zero_int,
% 220.56/40.09 | simplifying with (786), (867) gives:
% 220.56/40.09 | (1022) all_901_8 = all_668_2
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_868_7, all_903_3, zero_zero_int,
% 220.56/40.09 | simplifying with (785), (798) gives:
% 220.56/40.09 | (1023) all_903_3 = all_868_7
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_784_2, all_903_3, zero_zero_int,
% 220.56/40.09 | simplifying with (785), (829) gives:
% 220.56/40.09 | (1024) all_903_3 = all_784_2
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_879_7, all_906_3, zero_zero_int,
% 220.56/40.09 | simplifying with (784), (794) gives:
% 220.56/40.09 | (1025) all_906_3 = all_879_7
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_814_2, all_906_3, zero_zero_int,
% 220.56/40.09 | simplifying with (784), (818) gives:
% 220.56/40.09 | (1026) all_906_3 = all_814_2
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_608_2, all_906_3, zero_zero_int,
% 220.56/40.09 | simplifying with (784), (885) gives:
% 220.56/40.09 | (1027) all_906_3 = all_608_2
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_862_4, all_909_3, zero_zero_int,
% 220.56/40.09 | simplifying with (783), (800) gives:
% 220.56/40.09 | (1028) all_909_3 = all_862_4
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_828_2, all_909_3, zero_zero_int,
% 220.56/40.09 | simplifying with (783), (813) gives:
% 220.56/40.09 | (1029) all_909_3 = all_828_2
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_683_2, all_909_3, zero_zero_int,
% 220.56/40.09 | simplifying with (783), (862) gives:
% 220.56/40.09 | (1030) all_909_3 = all_683_2
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_865_2, all_912_3, zero_zero_int,
% 220.56/40.09 | simplifying with (782), (799) gives:
% 220.56/40.09 | (1031) all_912_3 = all_865_2
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_582_2, all_912_3, zero_zero_int,
% 220.56/40.09 | simplifying with (782), (896) gives:
% 220.56/40.09 | (1032) all_912_3 = all_582_2
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_850_4, all_915_3, zero_zero_int,
% 220.56/40.09 | simplifying with (781), (805) gives:
% 220.56/40.09 | (1033) all_915_3 = all_850_4
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_611_0, all_915_3, zero_zero_int,
% 220.56/40.09 | simplifying with (781), (884) gives:
% 220.56/40.09 | (1034) all_915_3 = all_611_0
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_662_2, all_918_3, zero_zero_int,
% 220.56/40.09 | simplifying with (780), (869) gives:
% 220.56/40.09 | (1035) all_918_3 = all_662_2
% 220.56/40.09 |
% 220.56/40.09 | GROUND_INST: instantiating (138) with all_647_0, all_918_3, zero_zero_int,
% 220.56/40.09 | simplifying with (780), (874) gives:
% 220.56/40.10 | (1036) all_918_3 = all_647_0
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_626_2, all_918_3, zero_zero_int,
% 220.56/40.10 | simplifying with (780), (881) gives:
% 220.56/40.10 | (1037) all_918_3 = all_626_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_881_8, all_921_3, zero_zero_int,
% 220.56/40.10 | simplifying with (779), (793) gives:
% 220.56/40.10 | (1038) all_921_3 = all_881_8
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_680_0, all_921_3, zero_zero_int,
% 220.56/40.10 | simplifying with (779), (863) gives:
% 220.56/40.10 | (1039) all_921_3 = all_680_0
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_808_2, all_924_9, zero_zero_int,
% 220.56/40.10 | simplifying with (778), (820) gives:
% 220.56/40.10 | (1040) all_924_9 = all_808_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_629_0, all_924_9, zero_zero_int,
% 220.56/40.10 | simplifying with (778), (880) gives:
% 220.56/40.10 | (1041) all_924_9 = all_629_0
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_834_2, all_926_9, zero_zero_int,
% 220.56/40.10 | simplifying with (777), (811) gives:
% 220.56/40.10 | (1042) all_926_9 = all_834_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_703_2, all_926_9, zero_zero_int,
% 220.56/40.10 | simplifying with (777), (856) gives:
% 220.56/40.10 | (1043) all_926_9 = all_703_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_870_2, all_928_2, zero_zero_int,
% 220.56/40.10 | simplifying with (776), (797) gives:
% 220.56/40.10 | (1044) all_928_2 = all_870_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_846_5, all_928_2, zero_zero_int,
% 220.56/40.10 | simplifying with (776), (807) gives:
% 220.56/40.10 | (1045) all_928_2 = all_846_5
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_781_2, all_928_2, zero_zero_int,
% 220.56/40.10 | simplifying with (776), (830) gives:
% 220.56/40.10 | (1046) all_928_2 = all_781_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_515_0, all_931_9, zero_zero_int,
% 220.56/40.10 | simplifying with (775), (912) gives:
% 220.56/40.10 | (1047) all_931_9 = all_515_0
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_513_0, all_931_9, zero_zero_int,
% 220.56/40.10 | simplifying with (775), (913) gives:
% 220.56/40.10 | (1048) all_931_9 = all_513_0
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_511_0, all_931_9, zero_zero_int,
% 220.56/40.10 | simplifying with (775), (914) gives:
% 220.56/40.10 | (1049) all_931_9 = all_511_0
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_901_8, all_933_2, zero_zero_int,
% 220.56/40.10 | simplifying with (774), (786) gives:
% 220.56/40.10 | (1050) all_933_2 = all_901_8
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_898_5, all_933_2, zero_zero_int,
% 220.56/40.10 | simplifying with (774), (787) gives:
% 220.56/40.10 | (1051) all_933_2 = all_898_5
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_843_2, all_933_2, zero_zero_int,
% 220.56/40.10 | simplifying with (774), (808) gives:
% 220.56/40.10 | (1052) all_933_2 = all_843_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_511_0, all_936_6, zero_zero_int,
% 220.56/40.10 | simplifying with (773), (914) gives:
% 220.56/40.10 | (1053) all_936_6 = all_511_0
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_509_0, all_936_6, zero_zero_int,
% 220.56/40.10 | simplifying with (773), (915) gives:
% 220.56/40.10 | (1054) all_936_6 = all_509_0
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_507_0, all_936_6, zero_zero_int,
% 220.56/40.10 | simplifying with (773), (916) gives:
% 220.56/40.10 | (1055) all_936_6 = all_507_0
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_909_3, all_939_2, zero_zero_int,
% 220.56/40.10 | simplifying with (772), (783) gives:
% 220.56/40.10 | (1056) all_939_2 = all_909_3
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_789_5, all_939_2, zero_zero_int,
% 220.56/40.10 | simplifying with (772), (827) gives:
% 220.56/40.10 | (1057) all_939_2 = all_789_5
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_794_2, all_945_2, zero_zero_int,
% 220.56/40.10 | simplifying with (770), (825) gives:
% 220.56/40.10 | (1058) all_945_2 = all_794_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_745_2, all_945_2, zero_zero_int,
% 220.56/40.10 | simplifying with (770), (842) gives:
% 220.56/40.10 | (1059) all_945_2 = all_745_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_731_2, all_945_2, zero_zero_int,
% 220.56/40.10 | simplifying with (770), (847) gives:
% 220.56/40.10 | (1060) all_945_2 = all_731_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_659_2, all_945_2, zero_zero_int,
% 220.56/40.10 | simplifying with (770), (870) gives:
% 220.56/40.10 | (1061) all_945_2 = all_659_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_725_2, all_948_2, zero_zero_int,
% 220.56/40.10 | simplifying with (769), (849) gives:
% 220.56/40.10 | (1062) all_948_2 = all_725_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_556_2, all_948_2, zero_zero_int,
% 220.56/40.10 | simplifying with (769), (906) gives:
% 220.56/40.10 | (1063) all_948_2 = all_556_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_942_2, all_951_2, zero_zero_int,
% 220.56/40.10 | simplifying with (768), (771) gives:
% 220.56/40.10 | (1064) all_951_2 = all_942_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_933_2, all_951_2, zero_zero_int,
% 220.56/40.10 | simplifying with (768), (774) gives:
% 220.56/40.10 | (1065) all_951_2 = all_933_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_893_8, all_951_2, zero_zero_int,
% 220.56/40.10 | simplifying with (768), (789) gives:
% 220.56/40.10 | (1066) all_951_2 = all_893_8
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_903_3, all_957_5, zero_zero_int,
% 220.56/40.10 | simplifying with (767), (785) gives:
% 220.56/40.10 | (1067) all_957_5 = all_903_3
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_599_2, all_957_5, zero_zero_int,
% 220.56/40.10 | simplifying with (767), (888) gives:
% 220.56/40.10 | (1068) all_957_5 = all_599_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_825_2, all_960_5, zero_zero_int,
% 220.56/40.10 | simplifying with (766), (814) gives:
% 220.56/40.10 | (1069) all_960_5 = all_825_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (138) with all_504_0, all_960_5, zero_zero_int,
% 220.56/40.10 | simplifying with (766), (917) gives:
% 220.56/40.10 | (1070) all_960_5 = all_504_0
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (143) with all_572_2, all_584_2, one_one_nat,
% 220.56/40.10 | one_one_nat, simplifying with (191), (214) gives:
% 220.56/40.10 | (1071) all_584_2 = all_572_2
% 220.56/40.10 |
% 220.56/40.10 | GROUND_INST: instantiating (143) with all_546_0, all_584_2, one_one_nat,
% 220.56/40.10 | one_one_nat, simplifying with (165), (214) gives:
% 220.56/40.10 | (1072) all_584_2 = all_546_0
% 220.56/40.10 |
% 220.56/40.10 | COMBINE_EQS: (1069), (1070) imply:
% 220.56/40.10 | (1073) all_825_2 = all_504_0
% 220.56/40.10 |
% 220.56/40.10 | SIMP: (1073) implies:
% 220.56/40.10 | (1074) all_825_2 = all_504_0
% 220.56/40.10 |
% 220.56/40.10 | COMBINE_EQS: (1067), (1068) imply:
% 220.56/40.10 | (1075) all_903_3 = all_599_2
% 220.56/40.10 |
% 220.56/40.10 | SIMP: (1075) implies:
% 220.56/40.10 | (1076) all_903_3 = all_599_2
% 220.56/40.10 |
% 220.56/40.10 | COMBINE_EQS: (1064), (1065) imply:
% 220.56/40.10 | (1077) all_942_2 = all_933_2
% 220.56/40.10 |
% 220.56/40.10 | COMBINE_EQS: (1064), (1066) imply:
% 220.56/40.10 | (1078) all_942_2 = all_893_8
% 220.56/40.10 |
% 220.56/40.10 | COMBINE_EQS: (1062), (1063) imply:
% 220.56/40.10 | (1079) all_725_2 = all_556_2
% 220.56/40.10 |
% 220.56/40.10 | SIMP: (1079) implies:
% 220.56/40.10 | (1080) all_725_2 = all_556_2
% 220.56/40.10 |
% 220.56/40.10 | COMBINE_EQS: (1059), (1060) imply:
% 220.56/40.10 | (1081) all_745_2 = all_731_2
% 220.56/40.10 |
% 220.56/40.10 | SIMP: (1081) implies:
% 220.56/40.10 | (1082) all_745_2 = all_731_2
% 220.56/40.10 |
% 220.56/40.10 | COMBINE_EQS: (1058), (1060) imply:
% 220.56/40.10 | (1083) all_794_2 = all_731_2
% 220.56/40.10 |
% 220.56/40.10 | SIMP: (1083) implies:
% 220.56/40.10 | (1084) all_794_2 = all_731_2
% 220.56/40.10 |
% 220.56/40.10 | COMBINE_EQS: (1060), (1061) imply:
% 220.56/40.10 | (1085) all_731_2 = all_659_2
% 220.56/40.10 |
% 220.56/40.10 | COMBINE_EQS: (1077), (1078) imply:
% 220.56/40.10 | (1086) all_933_2 = all_893_8
% 220.56/40.10 |
% 220.56/40.10 | SIMP: (1086) implies:
% 220.56/40.10 | (1087) all_933_2 = all_893_8
% 220.56/40.10 |
% 220.56/40.10 | COMBINE_EQS: (1056), (1057) imply:
% 220.56/40.10 | (1088) all_909_3 = all_789_5
% 220.56/40.10 |
% 220.56/40.10 | SIMP: (1088) implies:
% 220.56/40.10 | (1089) all_909_3 = all_789_5
% 220.56/40.10 |
% 220.56/40.10 | COMBINE_EQS: (1054), (1055) imply:
% 220.56/40.10 | (1090) all_509_0 = all_507_0
% 220.56/40.10 |
% 220.56/40.10 | SIMP: (1090) implies:
% 220.56/40.10 | (1091) all_509_0 = all_507_0
% 220.56/40.10 |
% 220.56/40.10 | COMBINE_EQS: (1053), (1055) imply:
% 220.56/40.10 | (1092) all_511_0 = all_507_0
% 220.56/40.10 |
% 220.56/40.10 | SIMP: (1092) implies:
% 220.56/40.10 | (1093) all_511_0 = all_507_0
% 220.56/40.10 |
% 220.56/40.11 | COMBINE_EQS: (1050), (1051) imply:
% 220.56/40.11 | (1094) all_901_8 = all_898_5
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1094) implies:
% 220.56/40.11 | (1095) all_901_8 = all_898_5
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1051), (1052) imply:
% 220.56/40.11 | (1096) all_898_5 = all_843_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1051), (1087) imply:
% 220.56/40.11 | (1097) all_898_5 = all_893_8
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1047), (1048) imply:
% 220.56/40.11 | (1098) all_515_0 = all_513_0
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1098) implies:
% 220.56/40.11 | (1099) all_515_0 = all_513_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1048), (1049) imply:
% 220.56/40.11 | (1100) all_513_0 = all_511_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1045), (1046) imply:
% 220.56/40.11 | (1101) all_846_5 = all_781_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1044), (1045) imply:
% 220.56/40.11 | (1102) all_870_2 = all_846_5
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1102) implies:
% 220.56/40.11 | (1103) all_870_2 = all_846_5
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1042), (1043) imply:
% 220.56/40.11 | (1104) all_834_2 = all_703_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1104) implies:
% 220.56/40.11 | (1105) all_834_2 = all_703_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1040), (1041) imply:
% 220.56/40.11 | (1106) all_808_2 = all_629_0
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1106) implies:
% 220.56/40.11 | (1107) all_808_2 = all_629_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1038), (1039) imply:
% 220.56/40.11 | (1108) all_881_8 = all_680_0
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1108) implies:
% 220.56/40.11 | (1109) all_881_8 = all_680_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1035), (1036) imply:
% 220.56/40.11 | (1110) all_662_2 = all_647_0
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1110) implies:
% 220.56/40.11 | (1111) all_662_2 = all_647_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1036), (1037) imply:
% 220.56/40.11 | (1112) all_647_0 = all_626_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1033), (1034) imply:
% 220.56/40.11 | (1113) all_850_4 = all_611_0
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1113) implies:
% 220.56/40.11 | (1114) all_850_4 = all_611_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1031), (1032) imply:
% 220.56/40.11 | (1115) all_865_2 = all_582_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1115) implies:
% 220.56/40.11 | (1116) all_865_2 = all_582_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1029), (1030) imply:
% 220.56/40.11 | (1117) all_828_2 = all_683_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1028), (1029) imply:
% 220.56/40.11 | (1118) all_862_4 = all_828_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1118) implies:
% 220.56/40.11 | (1119) all_862_4 = all_828_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1029), (1089) imply:
% 220.56/40.11 | (1120) all_828_2 = all_789_5
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1025), (1026) imply:
% 220.56/40.11 | (1121) all_879_7 = all_814_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1025), (1027) imply:
% 220.56/40.11 | (1122) all_879_7 = all_608_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1023), (1024) imply:
% 220.56/40.11 | (1123) all_868_7 = all_784_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1023), (1076) imply:
% 220.56/40.11 | (1124) all_868_7 = all_599_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1022), (1095) imply:
% 220.56/40.11 | (1125) all_898_5 = all_668_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1125) implies:
% 220.56/40.11 | (1126) all_898_5 = all_668_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1097), (1126) imply:
% 220.56/40.11 | (1127) all_893_8 = all_668_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1096), (1097) imply:
% 220.56/40.11 | (1128) all_893_8 = all_843_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1020), (1021) imply:
% 220.56/40.11 | (1129) all_885_8 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1129) implies:
% 220.56/40.11 | (1130) all_885_8 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1127), (1128) imply:
% 220.56/40.11 | (1131) all_843_2 = all_668_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1131) implies:
% 220.56/40.11 | (1132) all_843_2 = all_668_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1018), (1019) imply:
% 220.56/40.11 | (1133) all_848_5 = all_561_1
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1133) implies:
% 220.56/40.11 | (1134) all_848_5 = all_561_1
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1017), (1130) imply:
% 220.56/40.11 | (1135) all_883_8 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1135) implies:
% 220.56/40.11 | (1136) all_883_8 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1016), (1136) imply:
% 220.56/40.11 | (1137) all_876_2 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1137) implies:
% 220.56/40.11 | (1138) all_876_2 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1014), (1109) imply:
% 220.56/40.11 | (1139) all_739_2 = all_680_0
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1139) implies:
% 220.56/40.11 | (1140) all_739_2 = all_680_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1015), (1109) imply:
% 220.56/40.11 | (1141) all_680_0 = all_638_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1013), (1109) imply:
% 220.56/40.11 | (1142) all_850_4 = all_680_0
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1142) implies:
% 220.56/40.11 | (1143) all_850_4 = all_680_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1121), (1122) imply:
% 220.56/40.11 | (1144) all_814_2 = all_608_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1144) implies:
% 220.56/40.11 | (1145) all_814_2 = all_608_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1012), (1138) imply:
% 220.56/40.11 | (1146) all_873_4 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1146) implies:
% 220.56/40.11 | (1147) all_873_4 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1011), (1147) imply:
% 220.56/40.11 | (1148) all_870_2 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1148) implies:
% 220.56/40.11 | (1149) all_870_2 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1103), (1149) imply:
% 220.56/40.11 | (1150) all_846_5 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1150) implies:
% 220.56/40.11 | (1151) all_846_5 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1123), (1124) imply:
% 220.56/40.11 | (1152) all_784_2 = all_599_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1152) implies:
% 220.56/40.11 | (1153) all_784_2 = all_599_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1010), (1116) imply:
% 220.56/40.11 | (1154) all_817_2 = all_582_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1154) implies:
% 220.56/40.11 | (1155) all_817_2 = all_582_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1006), (1008) imply:
% 220.56/40.11 | (1156) all_802_2 = all_751_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1006), (1119) imply:
% 220.56/40.11 | (1157) all_828_2 = all_802_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1157) implies:
% 220.56/40.11 | (1158) all_828_2 = all_802_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1006), (1009) imply:
% 220.56/40.11 | (1159) all_802_2 = all_748_3
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1006), (1007) imply:
% 220.56/40.11 | (1160) all_802_2 = all_769_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1004), (1005) imply:
% 220.56/40.11 | (1161) all_791_2 = all_665_0
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1161) implies:
% 220.56/40.11 | (1162) all_791_2 = all_665_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1002), (1003) imply:
% 220.56/40.11 | (1163) all_748_3 = all_721_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1163) implies:
% 220.56/40.11 | (1164) all_748_3 = all_721_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1000), (1001) imply:
% 220.56/40.11 | (1165) all_840_2 = all_736_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1165) implies:
% 220.56/40.11 | (1166) all_840_2 = all_736_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (997), (998) imply:
% 220.56/40.11 | (1167) all_709_0 = all_620_0
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1167) implies:
% 220.56/40.11 | (1168) all_709_0 = all_620_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (998), (999) imply:
% 220.56/40.11 | (1169) all_620_0 = all_590_1
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (995), (996) imply:
% 220.56/40.11 | (1170) all_797_2 = all_632_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (995), (1114) imply:
% 220.56/40.11 | (1171) all_797_2 = all_611_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (995), (1143) imply:
% 220.56/40.11 | (1172) all_797_2 = all_680_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (994), (1134) imply:
% 220.56/40.11 | (1173) all_800_5 = all_561_1
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1173) implies:
% 220.56/40.11 | (1174) all_800_5 = all_561_1
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1101), (1151) imply:
% 220.56/40.11 | (1175) all_781_2 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1175) implies:
% 220.56/40.11 | (1176) all_781_2 = all_586_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (993), (1132) imply:
% 220.56/40.11 | (1177) all_822_3 = all_668_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1177) implies:
% 220.56/40.11 | (1178) all_822_3 = all_668_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (992), (1166) imply:
% 220.56/40.11 | (1179) all_805_2 = all_736_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1179) implies:
% 220.56/40.11 | (1180) all_805_2 = all_736_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (990), (991) imply:
% 220.56/40.11 | (1181) all_519_0 = all_517_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (989), (990) imply:
% 220.56/40.11 | (1182) all_521_0 = all_519_0
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1182) implies:
% 220.56/40.11 | (1183) all_521_0 = all_519_0
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (988), (1105) imply:
% 220.56/40.11 | (1184) all_831_2 = all_703_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1184) implies:
% 220.56/40.11 | (1185) all_831_2 = all_703_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (987), (1185) imply:
% 220.56/40.11 | (1186) all_811_2 = all_703_2
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1186) implies:
% 220.56/40.11 | (1187) all_811_2 = all_703_2
% 220.56/40.11 |
% 220.56/40.11 | COMBINE_EQS: (1120), (1158) imply:
% 220.56/40.11 | (1188) all_802_2 = all_789_5
% 220.56/40.11 |
% 220.56/40.11 | SIMP: (1188) implies:
% 220.56/40.12 | (1189) all_802_2 = all_789_5
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1117), (1120) imply:
% 220.56/40.12 | (1190) all_789_5 = all_683_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (986), (1074) imply:
% 220.56/40.12 | (1191) all_632_2 = all_504_0
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1191) implies:
% 220.56/40.12 | (1192) all_632_2 = all_504_0
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (985), (1178) imply:
% 220.56/40.12 | (1193) all_820_5 = all_668_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1193) implies:
% 220.56/40.12 | (1194) all_820_5 = all_668_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (984), (1194) imply:
% 220.56/40.12 | (1195) all_794_2 = all_668_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1195) implies:
% 220.56/40.12 | (1196) all_794_2 = all_668_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (983), (1155) imply:
% 220.56/40.12 | (1197) all_706_2 = all_582_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1197) implies:
% 220.56/40.12 | (1198) all_706_2 = all_582_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (982), (1145) imply:
% 220.56/40.12 | (1199) all_739_2 = all_608_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1199) implies:
% 220.56/40.12 | (1200) all_739_2 = all_608_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (981), (1187) imply:
% 220.56/40.12 | (1201) all_787_5 = all_703_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1201) implies:
% 220.56/40.12 | (1202) all_787_5 = all_703_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (979), (1107) imply:
% 220.56/40.12 | (1203) all_757_2 = all_629_0
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1203) implies:
% 220.56/40.12 | (1204) all_757_2 = all_629_0
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (980), (1107) imply:
% 220.56/40.12 | (1205) all_629_0 = all_595_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (978), (1180) imply:
% 220.56/40.12 | (1206) all_766_2 = all_736_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1206) implies:
% 220.56/40.12 | (1207) all_766_2 = all_736_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1159), (1160) imply:
% 220.56/40.12 | (1208) all_769_2 = all_748_3
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1160), (1189) imply:
% 220.56/40.12 | (1209) all_789_5 = all_769_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1209) implies:
% 220.56/40.12 | (1210) all_789_5 = all_769_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1156), (1160) imply:
% 220.56/40.12 | (1211) all_769_2 = all_751_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (977), (1174) imply:
% 220.56/40.12 | (1212) all_754_2 = all_561_1
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1212) implies:
% 220.56/40.12 | (1213) all_754_2 = all_561_1
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1170), (1171) imply:
% 220.56/40.12 | (1214) all_632_2 = all_611_0
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1214) implies:
% 220.56/40.12 | (1215) all_632_2 = all_611_0
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1171), (1172) imply:
% 220.56/40.12 | (1216) all_680_0 = all_611_0
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1216) implies:
% 220.56/40.12 | (1217) all_680_0 = all_611_0
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (976), (1196) imply:
% 220.56/40.12 | (1218) all_671_2 = all_668_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1218) implies:
% 220.56/40.12 | (1219) all_671_2 = all_668_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1084), (1196) imply:
% 220.56/40.12 | (1220) all_731_2 = all_668_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1220) implies:
% 220.56/40.12 | (1221) all_731_2 = all_668_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (975), (1162) imply:
% 220.56/40.12 | (1222) all_745_2 = all_665_0
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1222) implies:
% 220.56/40.12 | (1223) all_745_2 = all_665_0
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1190), (1210) imply:
% 220.56/40.12 | (1224) all_769_2 = all_683_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1224) implies:
% 220.56/40.12 | (1225) all_769_2 = all_683_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (974), (1202) imply:
% 220.56/40.12 | (1226) all_742_2 = all_703_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1226) implies:
% 220.56/40.12 | (1227) all_742_2 = all_703_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (973), (1153) imply:
% 220.56/40.12 | (1228) all_638_2 = all_599_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1228) implies:
% 220.56/40.12 | (1229) all_638_2 = all_599_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (972), (1176) imply:
% 220.56/40.12 | (1230) all_778_2 = all_586_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1230) implies:
% 220.56/40.12 | (1231) all_778_2 = all_586_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (971), (1231) imply:
% 220.56/40.12 | (1232) all_775_2 = all_586_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1232) implies:
% 220.56/40.12 | (1233) all_775_2 = all_586_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (970), (1233) imply:
% 220.56/40.12 | (1234) all_728_2 = all_586_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1234) implies:
% 220.56/40.12 | (1235) all_728_2 = all_586_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (967), (968) imply:
% 220.56/40.12 | (1236) all_578_1 = all_554_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1236) implies:
% 220.56/40.12 | (1237) all_578_1 = all_554_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (968), (969) imply:
% 220.56/40.12 | (1238) all_554_2 = all_552_1
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1208), (1211) imply:
% 220.56/40.12 | (1239) all_751_2 = all_748_3
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1211), (1225) imply:
% 220.56/40.12 | (1240) all_751_2 = all_683_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (966), (1207) imply:
% 220.56/40.12 | (1241) all_739_2 = all_736_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1241) implies:
% 220.56/40.12 | (1242) all_739_2 = all_736_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (964), (965) imply:
% 220.56/40.12 | (1243) all_695_0 = all_574_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1243) implies:
% 220.56/40.12 | (1244) all_695_0 = all_574_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (960), (961) imply:
% 220.56/40.12 | (1245) all_692_2 = all_653_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1245) implies:
% 220.56/40.12 | (1246) all_692_2 = all_653_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (961), (962) imply:
% 220.56/40.12 | (1247) all_653_2 = all_588_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (961), (963) imply:
% 220.56/40.12 | (1248) all_653_2 = all_576_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (959), (1204) imply:
% 220.56/40.12 | (1249) all_629_0 = all_501_0
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1249) implies:
% 220.56/40.12 | (1250) all_629_0 = all_501_0
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (958), (1213) imply:
% 220.56/40.12 | (1251) all_564_2 = all_561_1
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1251) implies:
% 220.56/40.12 | (1252) all_564_2 = all_561_1
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (957), (1213) imply:
% 220.56/40.12 | (1253) all_597_1 = all_561_1
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1253) implies:
% 220.56/40.12 | (1254) all_597_1 = all_561_1
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1239), (1240) imply:
% 220.56/40.12 | (1255) all_748_3 = all_683_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1255) implies:
% 220.56/40.12 | (1256) all_748_3 = all_683_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (956), (1164) imply:
% 220.56/40.12 | (1257) all_721_2 = all_698_0
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1164), (1256) imply:
% 220.56/40.12 | (1258) all_721_2 = all_683_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1082), (1223) imply:
% 220.56/40.12 | (1259) all_731_2 = all_665_0
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1259) implies:
% 220.56/40.12 | (1260) all_731_2 = all_665_0
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (955), (1227) imply:
% 220.56/40.12 | (1261) all_734_4 = all_703_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1261) implies:
% 220.56/40.12 | (1262) all_734_4 = all_703_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1140), (1242) imply:
% 220.56/40.12 | (1263) all_736_2 = all_680_0
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1200), (1242) imply:
% 220.56/40.12 | (1264) all_736_2 = all_608_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (954), (1242) imply:
% 220.56/40.12 | (1265) all_736_2 = all_712_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1264), (1265) imply:
% 220.56/40.12 | (1266) all_712_2 = all_608_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1263), (1265) imply:
% 220.56/40.12 | (1267) all_712_2 = all_680_0
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (953), (1262) imply:
% 220.56/40.12 | (1268) all_703_2 = all_662_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (952), (1262) imply:
% 220.56/40.12 | (1269) all_715_2 = all_703_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1269) implies:
% 220.56/40.12 | (1270) all_715_2 = all_703_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1085), (1260) imply:
% 220.56/40.12 | (1271) all_665_0 = all_659_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1221), (1260) imply:
% 220.56/40.12 | (1272) all_668_2 = all_665_0
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1272) implies:
% 220.56/40.12 | (1273) all_668_2 = all_665_0
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (951), (1235) imply:
% 220.56/40.12 | (1274) all_709_0 = all_586_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1274) implies:
% 220.56/40.12 | (1275) all_709_0 = all_586_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (950), (1080) imply:
% 220.56/40.12 | (1276) all_715_2 = all_556_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1276) implies:
% 220.56/40.12 | (1277) all_715_2 = all_556_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (1257), (1258) imply:
% 220.56/40.12 | (1278) all_698_0 = all_683_2
% 220.56/40.12 |
% 220.56/40.12 | SIMP: (1278) implies:
% 220.56/40.12 | (1279) all_698_0 = all_683_2
% 220.56/40.12 |
% 220.56/40.12 | COMBINE_EQS: (948), (949) imply:
% 220.56/40.12 | (1280) all_698_0 = all_689_0
% 220.56/40.12 |
% 220.56/40.13 | SIMP: (1280) implies:
% 220.56/40.13 | (1281) all_698_0 = all_689_0
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1270), (1277) imply:
% 220.56/40.13 | (1282) all_703_2 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1282) implies:
% 220.56/40.13 | (1283) all_703_2 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1266), (1267) imply:
% 220.56/40.13 | (1284) all_680_0 = all_608_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1284) implies:
% 220.56/40.13 | (1285) all_680_0 = all_608_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1168), (1275) imply:
% 220.56/40.13 | (1286) all_620_0 = all_586_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1286) implies:
% 220.56/40.13 | (1287) all_620_0 = all_586_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (947), (1198) imply:
% 220.56/40.13 | (1288) all_582_2 = all_580_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (946), (1198) imply:
% 220.56/40.13 | (1289) all_590_1 = all_582_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1289) implies:
% 220.56/40.13 | (1290) all_590_1 = all_582_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1268), (1283) imply:
% 220.56/40.13 | (1291) all_662_2 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1291) implies:
% 220.56/40.13 | (1292) all_662_2 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (945), (1281) imply:
% 220.56/40.13 | (1293) all_689_0 = all_644_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (944), (1281) imply:
% 220.56/40.13 | (1294) all_689_0 = all_650_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1279), (1281) imply:
% 220.56/40.13 | (1295) all_689_0 = all_683_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (943), (1281) imply:
% 220.56/40.13 | (1296) all_689_0 = all_656_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (942), (1244) imply:
% 220.56/40.13 | (1297) all_686_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1297) implies:
% 220.56/40.13 | (1298) all_686_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (941), (1246) imply:
% 220.56/40.13 | (1299) all_653_2 = all_584_1
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1299) implies:
% 220.56/40.13 | (1300) all_653_2 = all_584_1
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1293), (1295) imply:
% 220.56/40.13 | (1301) all_683_2 = all_644_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1294), (1295) imply:
% 220.56/40.13 | (1302) all_683_2 = all_650_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1295), (1296) imply:
% 220.56/40.13 | (1303) all_683_2 = all_656_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (940), (1298) imply:
% 220.56/40.13 | (1304) all_677_0 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1304) implies:
% 220.56/40.13 | (1305) all_677_0 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1302), (1303) imply:
% 220.56/40.13 | (1306) all_656_2 = all_650_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1306) implies:
% 220.56/40.13 | (1307) all_656_2 = all_650_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1301), (1302) imply:
% 220.56/40.13 | (1308) all_650_2 = all_644_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1141), (1285) imply:
% 220.56/40.13 | (1309) all_638_2 = all_608_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1309) implies:
% 220.56/40.13 | (1310) all_638_2 = all_608_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1217), (1285) imply:
% 220.56/40.13 | (1311) all_611_0 = all_608_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1311) implies:
% 220.56/40.13 | (1312) all_611_0 = all_608_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (939), (1305) imply:
% 220.56/40.13 | (1313) all_674_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1313) implies:
% 220.56/40.13 | (1314) all_674_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (938), (1314) imply:
% 220.56/40.13 | (1315) all_671_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1315) implies:
% 220.56/40.13 | (1316) all_671_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1219), (1316) imply:
% 220.56/40.13 | (1317) all_668_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1317) implies:
% 220.56/40.13 | (1318) all_668_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1273), (1318) imply:
% 220.56/40.13 | (1319) all_665_0 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1319) implies:
% 220.56/40.13 | (1320) all_665_0 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1271), (1320) imply:
% 220.56/40.13 | (1321) all_659_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1321) implies:
% 220.56/40.13 | (1322) all_659_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1111), (1292) imply:
% 220.56/40.13 | (1323) all_647_0 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1323) implies:
% 220.56/40.13 | (1324) all_647_0 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (937), (1322) imply:
% 220.56/40.13 | (1325) all_656_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1325) implies:
% 220.56/40.13 | (1326) all_656_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1307), (1326) imply:
% 220.56/40.13 | (1327) all_650_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1327) implies:
% 220.56/40.13 | (1328) all_650_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1248), (1300) imply:
% 220.56/40.13 | (1329) all_584_1 = all_576_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1247), (1300) imply:
% 220.56/40.13 | (1330) all_588_2 = all_584_1
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1330) implies:
% 220.56/40.13 | (1331) all_588_2 = all_584_1
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1308), (1328) imply:
% 220.56/40.13 | (1332) all_644_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1332) implies:
% 220.56/40.13 | (1333) all_644_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1112), (1324) imply:
% 220.56/40.13 | (1334) all_626_2 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1334) implies:
% 220.56/40.13 | (1335) all_626_2 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (936), (1333) imply:
% 220.56/40.13 | (1336) all_641_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1336) implies:
% 220.56/40.13 | (1337) all_641_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (935), (1337) imply:
% 220.56/40.13 | (1338) all_635_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1338) implies:
% 220.56/40.13 | (1339) all_635_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1229), (1310) imply:
% 220.56/40.13 | (1340) all_608_2 = all_599_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1340) implies:
% 220.56/40.13 | (1341) all_608_2 = all_599_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (934), (1229) imply:
% 220.56/40.13 | (1342) all_599_2 = all_578_1
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (933), (1339) imply:
% 220.56/40.13 | (1343) all_605_0 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1343) implies:
% 220.56/40.13 | (1344) all_605_0 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1192), (1215) imply:
% 220.56/40.13 | (1345) all_611_0 = all_504_0
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1345) implies:
% 220.56/40.13 | (1346) all_611_0 = all_504_0
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1205), (1250) imply:
% 220.56/40.13 | (1347) all_595_2 = all_501_0
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1347) implies:
% 220.56/40.13 | (1348) all_595_2 = all_501_0
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (932), (1335) imply:
% 220.56/40.13 | (1349) all_614_2 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1349) implies:
% 220.56/40.13 | (1350) all_614_2 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1169), (1287) imply:
% 220.56/40.13 | (1351) all_590_1 = all_586_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1351) implies:
% 220.56/40.13 | (1352) all_590_1 = all_586_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (931), (1350) imply:
% 220.56/40.13 | (1353) all_597_1 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1353) implies:
% 220.56/40.13 | (1354) all_597_1 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1312), (1346) imply:
% 220.56/40.13 | (1355) all_608_2 = all_504_0
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1355) implies:
% 220.56/40.13 | (1356) all_608_2 = all_504_0
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1341), (1356) imply:
% 220.56/40.13 | (1357) all_599_2 = all_504_0
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1357) implies:
% 220.56/40.13 | (1358) all_599_2 = all_504_0
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (930), (1344) imply:
% 220.56/40.13 | (1359) all_602_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1359) implies:
% 220.56/40.13 | (1360) all_602_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (929), (1360) imply:
% 220.56/40.13 | (1361) all_593_1 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1361) implies:
% 220.56/40.13 | (1362) all_593_1 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1342), (1358) imply:
% 220.56/40.13 | (1363) all_578_1 = all_504_0
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1363) implies:
% 220.56/40.13 | (1364) all_578_1 = all_504_0
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (928), (1354) imply:
% 220.56/40.13 | (1365) all_556_2 = all_521_0
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1254), (1354) imply:
% 220.56/40.13 | (1366) all_561_1 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1366) implies:
% 220.56/40.13 | (1367) all_561_1 = all_556_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (927), (1348) imply:
% 220.56/40.13 | (1368) all_588_2 = all_501_0
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1368) implies:
% 220.56/40.13 | (1369) all_588_2 = all_501_0
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (926), (1362) imply:
% 220.56/40.13 | (1370) all_590_1 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1370) implies:
% 220.56/40.13 | (1371) all_590_1 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1290), (1352) imply:
% 220.56/40.13 | (1372) all_586_2 = all_582_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1352), (1371) imply:
% 220.56/40.13 | (1373) all_586_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1331), (1369) imply:
% 220.56/40.13 | (1374) all_584_1 = all_501_0
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1374) implies:
% 220.56/40.13 | (1375) all_584_1 = all_501_0
% 220.56/40.13 |
% 220.56/40.13 | COMBINE_EQS: (1372), (1373) imply:
% 220.56/40.13 | (1376) all_582_2 = all_574_2
% 220.56/40.13 |
% 220.56/40.13 | SIMP: (1376) implies:
% 220.56/40.14 | (1377) all_582_2 = all_574_2
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1329), (1375) imply:
% 220.56/40.14 | (1378) all_576_2 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1378) implies:
% 220.56/40.14 | (1379) all_576_2 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1071), (1072) imply:
% 220.56/40.14 | (1380) all_572_2 = all_546_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1288), (1377) imply:
% 220.56/40.14 | (1381) all_580_2 = all_574_2
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1381) implies:
% 220.56/40.14 | (1382) all_580_2 = all_574_2
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (925), (1382) imply:
% 220.56/40.14 | (1383) all_578_1 = all_574_2
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1383) implies:
% 220.56/40.14 | (1384) all_578_1 = all_574_2
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1364), (1384) imply:
% 220.56/40.14 | (1385) all_574_2 = all_504_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1237), (1384) imply:
% 220.56/40.14 | (1386) all_574_2 = all_554_2
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (924), (1379) imply:
% 220.56/40.14 | (1387) all_572_1 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1387) implies:
% 220.56/40.14 | (1388) all_572_1 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1385), (1386) imply:
% 220.56/40.14 | (1389) all_554_2 = all_504_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1389) implies:
% 220.56/40.14 | (1390) all_554_2 = all_504_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (923), (1388) imply:
% 220.56/40.14 | (1391) all_569_1 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1391) implies:
% 220.56/40.14 | (1392) all_569_1 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (922), (1392) imply:
% 220.56/40.14 | (1393) all_566_1 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1393) implies:
% 220.56/40.14 | (1394) all_566_1 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (921), (1394) imply:
% 220.56/40.14 | (1395) all_564_2 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1395) implies:
% 220.56/40.14 | (1396) all_564_2 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1252), (1396) imply:
% 220.56/40.14 | (1397) all_561_1 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1397) implies:
% 220.56/40.14 | (1398) all_561_1 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1367), (1398) imply:
% 220.56/40.14 | (1399) all_556_2 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1399) implies:
% 220.56/40.14 | (1400) all_556_2 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1365), (1400) imply:
% 220.56/40.14 | (1401) all_521_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1401) implies:
% 220.56/40.14 | (1402) all_521_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1238), (1390) imply:
% 220.56/40.14 | (1403) all_552_1 = all_504_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1403) implies:
% 220.56/40.14 | (1404) all_552_1 = all_504_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (920), (1404) imply:
% 220.56/40.14 | (1405) all_509_0 = all_504_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1405) implies:
% 220.56/40.14 | (1406) all_509_0 = all_504_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1183), (1402) imply:
% 220.56/40.14 | (1407) all_519_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1407) implies:
% 220.56/40.14 | (1408) all_519_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1181), (1408) imply:
% 220.56/40.14 | (1409) all_517_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1409) implies:
% 220.56/40.14 | (1410) all_517_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (919), (1410) imply:
% 220.56/40.14 | (1411) all_515_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1411) implies:
% 220.56/40.14 | (1412) all_515_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1099), (1412) imply:
% 220.56/40.14 | (1413) all_513_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1413) implies:
% 220.56/40.14 | (1414) all_513_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1100), (1414) imply:
% 220.56/40.14 | (1415) all_511_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1415) implies:
% 220.56/40.14 | (1416) all_511_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1093), (1416) imply:
% 220.56/40.14 | (1417) all_507_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1417) implies:
% 220.56/40.14 | (1418) all_507_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1091), (1406) imply:
% 220.56/40.14 | (1419) all_507_0 = all_504_0
% 220.56/40.14 |
% 220.56/40.14 | SIMP: (1419) implies:
% 220.56/40.14 | (1420) all_507_0 = all_504_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1418), (1420) imply:
% 220.56/40.14 | (1421) all_504_0 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1404), (1421) imply:
% 220.56/40.14 | (1422) all_552_1 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1390), (1421) imply:
% 220.56/40.14 | (1423) all_554_2 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1385), (1421) imply:
% 220.56/40.14 | (1424) all_574_2 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1384), (1424) imply:
% 220.56/40.14 | (1425) all_578_1 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1382), (1424) imply:
% 220.56/40.14 | (1426) all_580_2 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1377), (1424) imply:
% 220.56/40.14 | (1427) all_582_2 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1373), (1424) imply:
% 220.56/40.14 | (1428) all_586_2 = all_501_0
% 220.56/40.14 |
% 220.56/40.14 | COMBINE_EQS: (1362), (1424) imply:
% 220.56/40.15 | (1429) all_593_1 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1354), (1400) imply:
% 220.56/40.15 | (1430) all_597_1 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1358), (1421) imply:
% 220.56/40.15 | (1431) all_599_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1360), (1424) imply:
% 220.56/40.15 | (1432) all_602_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1356), (1421) imply:
% 220.56/40.15 | (1433) all_608_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1346), (1421) imply:
% 220.56/40.15 | (1434) all_611_0 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1350), (1400) imply:
% 220.56/40.15 | (1435) all_614_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1287), (1428) imply:
% 220.56/40.15 | (1436) all_620_0 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1335), (1400) imply:
% 220.56/40.15 | (1437) all_626_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1192), (1421) imply:
% 220.56/40.15 | (1438) all_632_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1339), (1424) imply:
% 220.56/40.15 | (1439) all_635_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1229), (1431) imply:
% 220.56/40.15 | (1440) all_638_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1337), (1424) imply:
% 220.56/40.15 | (1441) all_641_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1333), (1424) imply:
% 220.56/40.15 | (1442) all_644_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1324), (1400) imply:
% 220.56/40.15 | (1443) all_647_0 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1328), (1424) imply:
% 220.56/40.15 | (1444) all_650_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1300), (1375) imply:
% 220.56/40.15 | (1445) all_653_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1326), (1424) imply:
% 220.56/40.15 | (1446) all_656_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1322), (1424) imply:
% 220.56/40.15 | (1447) all_659_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1292), (1400) imply:
% 220.56/40.15 | (1448) all_662_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1320), (1424) imply:
% 220.56/40.15 | (1449) all_665_0 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1318), (1424) imply:
% 220.56/40.15 | (1450) all_668_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1316), (1424) imply:
% 220.56/40.15 | (1451) all_671_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1314), (1424) imply:
% 220.56/40.15 | (1452) all_674_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1285), (1433) imply:
% 220.56/40.15 | (1453) all_680_0 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1302), (1444) imply:
% 220.56/40.15 | (1454) all_683_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1298), (1424) imply:
% 220.56/40.15 | (1455) all_686_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1295), (1454) imply:
% 220.56/40.15 | (1456) all_689_0 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (941), (1375) imply:
% 220.56/40.15 | (1457) all_692_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1283), (1400) imply:
% 220.56/40.15 | (1458) all_703_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1198), (1427) imply:
% 220.56/40.15 | (1459) all_706_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1266), (1433) imply:
% 220.56/40.15 | (1460) all_712_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1277), (1400) imply:
% 220.56/40.15 | (1461) all_715_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (949), (1456) imply:
% 220.56/40.15 | (1462) all_718_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1258), (1454) imply:
% 220.56/40.15 | (1463) all_721_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1080), (1400) imply:
% 220.56/40.15 | (1464) all_725_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1235), (1428) imply:
% 220.56/40.15 | (1465) all_728_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1260), (1449) imply:
% 220.56/40.15 | (1466) all_731_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1262), (1458) imply:
% 220.56/40.15 | (1467) all_734_4 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1265), (1460) imply:
% 220.56/40.15 | (1468) all_736_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1242), (1468) imply:
% 220.56/40.15 | (1469) all_739_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1227), (1458) imply:
% 220.56/40.15 | (1470) all_742_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1223), (1449) imply:
% 220.56/40.15 | (1471) all_745_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1164), (1463) imply:
% 220.56/40.15 | (1472) all_748_3 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1240), (1454) imply:
% 220.56/40.15 | (1473) all_751_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1213), (1398) imply:
% 220.56/40.15 | (1474) all_754_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (961), (1445) imply:
% 220.56/40.15 | (1475) all_760_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (965), (1424) imply:
% 220.56/40.15 | (1476) all_763_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1207), (1468) imply:
% 220.56/40.15 | (1477) all_766_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1211), (1473) imply:
% 220.56/40.15 | (1478) all_769_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (968), (1423) imply:
% 220.56/40.15 | (1479) all_772_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1231), (1428) imply:
% 220.56/40.15 | (1480) all_778_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1153), (1431) imply:
% 220.56/40.15 | (1481) all_784_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1202), (1458) imply:
% 220.56/40.15 | (1482) all_787_5 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1190), (1454) imply:
% 220.56/40.15 | (1483) all_789_5 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1162), (1449) imply:
% 220.56/40.15 | (1484) all_791_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1196), (1450) imply:
% 220.56/40.15 | (1485) all_794_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1171), (1434) imply:
% 220.56/40.15 | (1486) all_797_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1174), (1398) imply:
% 220.56/40.15 | (1487) all_800_5 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1160), (1478) imply:
% 220.56/40.15 | (1488) all_802_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1180), (1468) imply:
% 220.56/40.15 | (1489) all_805_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1107), (1250) imply:
% 220.56/40.15 | (1490) all_808_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1187), (1458) imply:
% 220.56/40.15 | (1491) all_811_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1145), (1433) imply:
% 220.56/40.15 | (1492) all_814_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1155), (1427) imply:
% 220.56/40.15 | (1493) all_817_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1194), (1450) imply:
% 220.56/40.15 | (1494) all_820_5 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1178), (1450) imply:
% 220.56/40.15 | (1495) all_822_3 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1074), (1421) imply:
% 220.56/40.15 | (1496) all_825_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1120), (1483) imply:
% 220.56/40.15 | (1497) all_828_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1185), (1458) imply:
% 220.56/40.15 | (1498) all_831_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1105), (1458) imply:
% 220.56/40.15 | (1499) all_834_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (990), (1408) imply:
% 220.56/40.15 | (1500) all_837_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1166), (1468) imply:
% 220.56/40.15 | (1501) all_840_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1132), (1450) imply:
% 220.56/40.15 | (1502) all_843_2 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1151), (1428) imply:
% 220.56/40.15 | (1503) all_846_5 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1134), (1398) imply:
% 220.56/40.15 | (1504) all_848_5 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (995), (1486) imply:
% 220.56/40.15 | (1505) all_850_4 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (998), (1436) imply:
% 220.56/40.15 | (1506) all_853_6 = all_501_0
% 220.56/40.15 |
% 220.56/40.15 | COMBINE_EQS: (1001), (1468) imply:
% 220.56/40.16 | (1507) all_855_6 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1003), (1463) imply:
% 220.56/40.16 | (1508) all_857_3 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1005), (1449) imply:
% 220.56/40.16 | (1509) all_860_6 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1006), (1488) imply:
% 220.56/40.16 | (1510) all_862_4 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1116), (1427) imply:
% 220.56/40.16 | (1511) all_865_2 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1124), (1431) imply:
% 220.56/40.16 | (1512) all_868_7 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1149), (1428) imply:
% 220.56/40.16 | (1513) all_870_2 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1147), (1428) imply:
% 220.56/40.16 | (1514) all_873_4 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1138), (1428) imply:
% 220.56/40.16 | (1515) all_876_2 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1122), (1433) imply:
% 220.56/40.16 | (1516) all_879_7 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1109), (1453) imply:
% 220.56/40.16 | (1517) all_881_8 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1136), (1428) imply:
% 220.56/40.16 | (1518) all_883_8 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1130), (1428) imply:
% 220.56/40.16 | (1519) all_885_8 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1019), (1398) imply:
% 220.56/40.16 | (1520) all_890_6 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1127), (1450) imply:
% 220.56/40.16 | (1521) all_893_8 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1021), (1428) imply:
% 220.56/40.16 | (1522) all_895_2 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1097), (1521) imply:
% 220.56/40.16 | (1523) all_898_5 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1022), (1450) imply:
% 220.56/40.16 | (1524) all_901_8 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1023), (1512) imply:
% 220.56/40.16 | (1525) all_903_3 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1025), (1516) imply:
% 220.56/40.16 | (1526) all_906_3 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1029), (1497) imply:
% 220.56/40.16 | (1527) all_909_3 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1032), (1427) imply:
% 220.56/40.16 | (1528) all_912_3 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1034), (1434) imply:
% 220.56/40.16 | (1529) all_915_3 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1036), (1443) imply:
% 220.56/40.16 | (1530) all_918_3 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1039), (1453) imply:
% 220.56/40.16 | (1531) all_921_3 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1041), (1250) imply:
% 220.56/40.16 | (1532) all_924_9 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1043), (1458) imply:
% 220.56/40.16 | (1533) all_926_9 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1045), (1503) imply:
% 220.56/40.16 | (1534) all_928_2 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1048), (1414) imply:
% 220.56/40.16 | (1535) all_931_9 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1051), (1523) imply:
% 220.56/40.16 | (1536) all_933_2 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1055), (1418) imply:
% 220.56/40.16 | (1537) all_936_6 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1057), (1483) imply:
% 220.56/40.16 | (1538) all_939_2 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1078), (1521) imply:
% 220.56/40.16 | (1539) all_942_2 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1060), (1466) imply:
% 220.56/40.16 | (1540) all_945_2 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1063), (1400) imply:
% 220.56/40.16 | (1541) all_948_2 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1064), (1539) imply:
% 220.56/40.16 | (1542) all_951_2 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1068), (1431) imply:
% 220.56/40.16 | (1543) all_957_5 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | COMBINE_EQS: (1070), (1421) imply:
% 220.56/40.16 | (1544) all_960_5 = all_501_0
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (190), (1380) imply:
% 220.56/40.16 | (1545) number_number_of_nat(all_572_0) = all_546_0
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (763), (1544) imply:
% 220.56/40.16 | (1546) bit0(all_501_0) = all_960_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (759), (1543) imply:
% 220.56/40.16 | (1547) bit0(all_501_0) = all_957_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (755), (1542) imply:
% 220.56/40.16 | (1548) bit0(all_501_0) = all_951_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (751), (1541) imply:
% 220.56/40.16 | (1549) bit0(all_501_0) = all_948_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (747), (1540) imply:
% 220.56/40.16 | (1550) bit0(all_501_0) = all_945_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (743), (1539) imply:
% 220.56/40.16 | (1551) bit0(all_501_0) = all_942_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (739), (1538) imply:
% 220.56/40.16 | (1552) bit0(all_501_0) = all_939_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (735), (1537) imply:
% 220.56/40.16 | (1553) bit0(all_501_0) = all_936_5
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (728), (1536) imply:
% 220.56/40.16 | (1554) bit0(all_501_0) = all_933_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (722), (1535) imply:
% 220.56/40.16 | (1555) bit0(all_501_0) = all_931_8
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (715), (1534) imply:
% 220.56/40.16 | (1556) bit0(all_501_0) = all_928_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (710), (1533) imply:
% 220.56/40.16 | (1557) bit0(all_501_0) = all_926_8
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (701), (1532) imply:
% 220.56/40.16 | (1558) bit0(all_501_0) = all_924_8
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (693), (1531) imply:
% 220.56/40.16 | (1559) bit0(all_501_0) = all_921_2
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (689), (1530) imply:
% 220.56/40.16 | (1560) bit0(all_501_0) = all_918_2
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (685), (1529) imply:
% 220.56/40.16 | (1561) bit0(all_501_0) = all_915_2
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (681), (1528) imply:
% 220.56/40.16 | (1562) bit0(all_501_0) = all_912_2
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (677), (1527) imply:
% 220.56/40.16 | (1563) bit0(all_501_0) = all_909_2
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (673), (1526) imply:
% 220.56/40.16 | (1564) bit0(all_501_0) = all_906_2
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (669), (1525) imply:
% 220.56/40.16 | (1565) bit0(all_501_0) = all_903_2
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (663), (1524) imply:
% 220.56/40.16 | (1566) bit0(all_501_0) = all_901_7
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (655), (1523) imply:
% 220.56/40.16 | (1567) bit0(all_501_0) = all_898_4
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (651), (1522) imply:
% 220.56/40.16 | (1568) bit0(all_501_0) = all_895_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (645), (1521) imply:
% 220.56/40.16 | (1569) bit0(all_501_0) = all_893_7
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (637), (1520) imply:
% 220.56/40.16 | (1570) bit0(all_501_0) = all_890_5
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (631), (1519) imply:
% 220.56/40.16 | (1571) bit0(all_501_0) = all_885_7
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (622), (1518) imply:
% 220.56/40.16 | (1572) bit0(all_501_0) = all_883_7
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (613), (1517) imply:
% 220.56/40.16 | (1573) bit0(all_501_0) = all_881_7
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (606), (1516) imply:
% 220.56/40.16 | (1574) bit0(all_501_0) = all_879_6
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (599), (1515) imply:
% 220.56/40.16 | (1575) bit0(all_501_0) = all_876_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (595), (1514) imply:
% 220.56/40.16 | (1576) bit0(all_501_0) = all_873_3
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (590), (1513) imply:
% 220.56/40.16 | (1577) bit0(all_501_0) = all_870_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (586), (1512) imply:
% 220.56/40.16 | (1578) bit0(all_501_0) = all_868_6
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (576), (1511) imply:
% 220.56/40.16 | (1579) bit0(all_501_0) = all_865_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (571), (1510) imply:
% 220.56/40.16 | (1580) bit0(all_501_0) = all_862_3
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (567), (1509) imply:
% 220.56/40.16 | (1581) bit0(all_501_0) = all_860_5
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (561), (1508) imply:
% 220.56/40.16 | (1582) bit0(all_501_0) = all_857_2
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (557), (1507) imply:
% 220.56/40.16 | (1583) bit0(all_501_0) = all_855_5
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (550), (1506) imply:
% 220.56/40.16 | (1584) bit0(all_501_0) = all_853_5
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (543), (1505) imply:
% 220.56/40.16 | (1585) bit0(all_501_0) = all_850_3
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (539), (1504) imply:
% 220.56/40.16 | (1586) bit0(all_501_0) = all_848_4
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (532), (1503) imply:
% 220.56/40.16 | (1587) bit0(all_501_0) = all_846_4
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (525), (1502) imply:
% 220.56/40.16 | (1588) bit0(all_501_0) = all_843_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (521), (1501) imply:
% 220.56/40.16 | (1589) bit0(all_501_0) = all_840_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (517), (1500) imply:
% 220.56/40.16 | (1590) bit0(all_501_0) = all_837_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (513), (1499) imply:
% 220.56/40.16 | (1591) bit0(all_501_0) = all_834_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (509), (1498) imply:
% 220.56/40.16 | (1592) bit0(all_501_0) = all_831_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (505), (1497) imply:
% 220.56/40.16 | (1593) bit0(all_501_0) = all_828_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (501), (1496) imply:
% 220.56/40.16 | (1594) bit0(all_501_0) = all_825_1
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (498), (1495) imply:
% 220.56/40.16 | (1595) bit0(all_501_0) = all_822_2
% 220.56/40.16 |
% 220.56/40.16 | REDUCE: (494), (1494) imply:
% 220.56/40.16 | (1596) bit0(all_501_0) = all_820_4
% 220.56/40.16 |
% 220.56/40.17 | REDUCE: (487), (1493) imply:
% 220.56/40.17 | (1597) bit0(all_501_0) = all_817_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (483), (1492) imply:
% 220.56/40.17 | (1598) bit0(all_501_0) = all_814_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (479), (1491) imply:
% 220.56/40.17 | (1599) bit0(all_501_0) = all_811_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (475), (1490) imply:
% 220.56/40.17 | (1600) bit0(all_501_0) = all_808_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (471), (1489) imply:
% 220.56/40.17 | (1601) bit0(all_501_0) = all_805_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (467), (1488) imply:
% 220.56/40.17 | (1602) bit0(all_501_0) = all_802_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (463), (1487) imply:
% 220.56/40.17 | (1603) bit0(all_501_0) = all_800_4
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (455), (1486) imply:
% 220.56/40.17 | (1604) bit0(all_501_0) = all_797_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (451), (1485) imply:
% 220.56/40.17 | (1605) bit0(all_501_0) = all_794_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (447), (1484) imply:
% 220.56/40.17 | (1606) bit0(all_501_0) = all_791_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (443), (1483) imply:
% 220.56/40.17 | (1607) bit0(all_501_0) = all_789_4
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (435), (1482) imply:
% 220.56/40.17 | (1608) bit0(all_501_0) = all_787_4
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (430), (1481) imply:
% 220.56/40.17 | (1609) bit0(all_501_0) = all_784_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (424), (1480) imply:
% 220.56/40.17 | (1610) bit0(all_501_0) = all_778_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (418), (1479) imply:
% 220.56/40.17 | (1611) bit0(all_501_0) = all_772_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (414), (1478) imply:
% 220.56/40.17 | (1612) bit0(all_501_0) = all_769_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (410), (1477) imply:
% 220.56/40.17 | (1613) bit0(all_501_0) = all_766_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (406), (1476) imply:
% 220.56/40.17 | (1614) bit0(all_501_0) = all_763_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (402), (1475) imply:
% 220.56/40.17 | (1615) bit0(all_501_0) = all_760_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (396), (1474) imply:
% 220.56/40.17 | (1616) bit0(all_501_0) = all_754_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (392), (1473) imply:
% 220.56/40.17 | (1617) bit0(all_501_0) = all_751_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (389), (1472) imply:
% 220.56/40.17 | (1618) bit0(all_501_0) = all_748_2
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (385), (1471) imply:
% 220.56/40.17 | (1619) bit0(all_501_0) = all_745_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (381), (1470) imply:
% 220.56/40.17 | (1620) bit0(all_501_0) = all_742_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (378), (1469) imply:
% 220.56/40.17 | (1621) bit0(all_501_0) = all_739_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (374), (1468) imply:
% 220.56/40.17 | (1622) bit0(all_501_0) = all_736_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (369), (1467) imply:
% 220.56/40.17 | (1623) bit0(all_501_0) = all_734_3
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (363), (1466) imply:
% 220.56/40.17 | (1624) bit0(all_501_0) = all_731_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (359), (1465) imply:
% 220.56/40.17 | (1625) bit0(all_501_0) = all_728_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (355), (1464) imply:
% 220.56/40.17 | (1626) bit0(all_501_0) = all_725_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (351), (1463) imply:
% 220.56/40.17 | (1627) bit0(all_501_0) = all_721_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (347), (1462) imply:
% 220.56/40.17 | (1628) bit0(all_501_0) = all_718_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (343), (1461) imply:
% 220.56/40.17 | (1629) bit0(all_501_0) = all_715_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (339), (1460) imply:
% 220.56/40.17 | (1630) bit0(all_501_0) = all_712_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (333), (1459) imply:
% 220.56/40.17 | (1631) bit0(all_501_0) = all_706_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (329), (1458) imply:
% 220.56/40.17 | (1632) bit0(all_501_0) = all_703_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (321), (1457) imply:
% 220.56/40.17 | (1633) bit0(all_501_0) = all_692_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (315), (1455) imply:
% 220.56/40.17 | (1634) bit0(all_501_0) = all_686_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (311), (1454) imply:
% 220.56/40.17 | (1635) bit0(all_501_0) = all_683_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (304), (1452) imply:
% 220.56/40.17 | (1636) bit0(all_501_0) = all_674_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (300), (1451) imply:
% 220.56/40.17 | (1637) bit0(all_501_0) = all_671_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (296), (1450) imply:
% 220.56/40.17 | (1638) bit0(all_501_0) = all_668_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (291), (1448) imply:
% 220.56/40.17 | (1639) bit0(all_501_0) = all_662_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (288), (1447) imply:
% 220.56/40.17 | (1640) bit0(all_501_0) = all_659_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (285), (1446) imply:
% 220.56/40.17 | (1641) bit0(all_501_0) = all_656_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (281), (1445) imply:
% 220.56/40.17 | (1642) bit0(all_501_0) = all_653_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (278), (1444) imply:
% 220.56/40.17 | (1643) bit0(all_501_0) = all_650_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (273), (1442) imply:
% 220.56/40.17 | (1644) bit0(all_501_0) = all_644_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (270), (1441) imply:
% 220.56/40.17 | (1645) bit0(all_501_0) = all_641_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (267), (1440) imply:
% 220.56/40.17 | (1646) bit0(all_501_0) = all_638_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (263), (1439) imply:
% 220.56/40.17 | (1647) bit0(all_501_0) = all_635_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (259), (1438) imply:
% 220.56/40.17 | (1648) bit0(all_501_0) = all_632_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (254), (1437) imply:
% 220.56/40.17 | (1649) bit0(all_501_0) = all_626_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (248), (1435) imply:
% 220.56/40.17 | (1650) bit0(all_501_0) = all_614_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (242), (1433) imply:
% 220.56/40.17 | (1651) bit0(all_501_0) = all_608_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (236), (1432) imply:
% 220.56/40.17 | (1652) bit0(all_501_0) = all_602_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (232), (1431) imply:
% 220.56/40.17 | (1653) bit0(all_501_0) = all_599_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (229), (1430) imply:
% 220.56/40.17 | (1654) bit0(all_501_0) = all_597_0
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (224), (1429) imply:
% 220.56/40.17 | (1655) bit0(all_501_0) = all_593_0
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (219), (1369) imply:
% 220.56/40.17 | (1656) bit0(all_501_0) = all_588_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (216), (1428) imply:
% 220.56/40.17 | (1657) bit0(all_501_0) = all_586_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (212), (1375) imply:
% 220.56/40.17 | (1658) bit0(all_501_0) = all_584_0
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (208), (1427) imply:
% 220.56/40.17 | (1659) bit0(all_501_0) = all_582_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (204), (1426) imply:
% 220.56/40.17 | (1660) bit0(all_501_0) = all_580_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (201), (1425) imply:
% 220.56/40.17 | (1661) bit0(all_501_0) = all_578_0
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (197), (1379) imply:
% 220.56/40.17 | (1662) bit0(all_501_0) = all_576_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (193), (1424) imply:
% 220.56/40.17 | (1663) bit0(all_501_0) = all_574_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (188), (1388) imply:
% 220.56/40.17 | (1664) bit0(all_501_0) = all_572_0
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (180), (1396) imply:
% 220.56/40.17 | (1665) bit0(all_501_0) = all_564_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (174), (1400) imply:
% 220.56/40.17 | (1666) bit0(all_501_0) = all_556_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (170), (1423) imply:
% 220.56/40.17 | (1667) bit0(all_501_0) = all_554_1
% 220.56/40.17 |
% 220.56/40.17 | REDUCE: (167), (1422) imply:
% 220.56/40.17 | (1668) bit0(all_501_0) = all_552_0
% 220.56/40.17 |
% 220.56/40.17 | GROUND_INST: instantiating (137) with all_572_0, all_574_1, all_501_0,
% 220.56/40.17 | simplifying with (1663), (1664) gives:
% 220.56/40.17 | (1669) all_574_1 = all_572_0
% 220.56/40.17 |
% 220.56/40.17 | GROUND_INST: instantiating (137) with all_574_1, all_576_1, all_501_0,
% 220.56/40.17 | simplifying with (1662), (1663) gives:
% 220.56/40.17 | (1670) all_576_1 = all_574_1
% 220.56/40.17 |
% 220.56/40.17 | GROUND_INST: instantiating (137) with all_580_1, all_582_1, all_501_0,
% 220.56/40.17 | simplifying with (1659), (1660) gives:
% 220.56/40.17 | (1671) all_582_1 = all_580_1
% 220.56/40.17 |
% 220.56/40.17 | GROUND_INST: instantiating (137) with all_582_1, all_584_0, all_501_0,
% 220.56/40.17 | simplifying with (1658), (1659) gives:
% 220.56/40.17 | (1672) all_584_0 = all_582_1
% 220.56/40.18 |
% 220.56/40.18 | GROUND_INST: instantiating (137) with all_584_0, all_586_1, all_501_0,
% 220.56/40.18 | simplifying with (1657), (1658) gives:
% 220.56/40.18 | (1673) all_586_1 = all_584_0
% 220.56/40.18 |
% 220.56/40.18 | GROUND_INST: instantiating (137) with all_586_1, all_588_1, all_501_0,
% 220.56/40.18 | simplifying with (1656), (1657) gives:
% 220.56/40.18 | (1674) all_588_1 = all_586_1
% 220.56/40.18 |
% 220.56/40.18 | GROUND_INST: instantiating (137) with all_597_0, all_599_1, all_501_0,
% 220.56/40.18 | simplifying with (1653), (1654) gives:
% 220.56/40.18 | (1675) all_599_1 = all_597_0
% 220.56/40.18 |
% 220.56/40.18 | GROUND_INST: instantiating (137) with all_608_1, all_614_1, all_501_0,
% 220.56/40.18 | simplifying with (1650), (1651) gives:
% 220.93/40.18 | (1676) all_614_1 = all_608_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_632_1, all_635_1, all_501_0,
% 220.93/40.18 | simplifying with (1647), (1648) gives:
% 220.93/40.18 | (1677) all_635_1 = all_632_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_614_1, all_635_1, all_501_0,
% 220.93/40.18 | simplifying with (1647), (1650) gives:
% 220.93/40.18 | (1678) all_635_1 = all_614_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_632_1, all_641_1, all_501_0,
% 220.93/40.18 | simplifying with (1645), (1648) gives:
% 220.93/40.18 | (1679) all_641_1 = all_632_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_641_1, all_662_1, all_501_0,
% 220.93/40.18 | simplifying with (1639), (1645) gives:
% 220.93/40.18 | (1680) all_662_1 = all_641_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_659_1, all_671_1, all_501_0,
% 220.93/40.18 | simplifying with (1637), (1640) gives:
% 220.93/40.18 | (1681) all_671_1 = all_659_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_572_0, all_674_1, all_501_0,
% 220.93/40.18 | simplifying with (1636), (1664) gives:
% 220.93/40.18 | (1682) all_674_1 = all_572_0
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_564_1, all_674_1, all_501_0,
% 220.93/40.18 | simplifying with (1636), (1665) gives:
% 220.93/40.18 | (1683) all_674_1 = all_564_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_597_0, all_683_1, all_501_0,
% 220.93/40.18 | simplifying with (1635), (1654) gives:
% 220.93/40.18 | (1684) all_683_1 = all_597_0
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_588_1, all_683_1, all_501_0,
% 220.93/40.18 | simplifying with (1635), (1656) gives:
% 220.93/40.18 | (1685) all_683_1 = all_588_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_683_1, all_686_1, all_501_0,
% 220.93/40.18 | simplifying with (1634), (1635) gives:
% 220.93/40.18 | (1686) all_686_1 = all_683_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_671_1, all_703_1, all_501_0,
% 220.93/40.18 | simplifying with (1632), (1637) gives:
% 220.93/40.18 | (1687) all_703_1 = all_671_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_608_1, all_706_1, all_501_0,
% 220.93/40.18 | simplifying with (1631), (1651) gives:
% 220.93/40.18 | (1688) all_706_1 = all_608_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_599_1, all_706_1, all_501_0,
% 220.93/40.18 | simplifying with (1631), (1653) gives:
% 220.93/40.18 | (1689) all_706_1 = all_599_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_580_1, all_712_1, all_501_0,
% 220.93/40.18 | simplifying with (1630), (1660) gives:
% 220.93/40.18 | (1690) all_712_1 = all_580_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_576_1, all_712_1, all_501_0,
% 220.93/40.18 | simplifying with (1630), (1662) gives:
% 220.93/40.18 | (1691) all_712_1 = all_576_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_712_1, all_718_1, all_501_0,
% 220.93/40.18 | simplifying with (1628), (1630) gives:
% 220.93/40.18 | (1692) all_718_1 = all_712_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_683_1, all_721_1, all_501_0,
% 220.93/40.18 | simplifying with (1627), (1635) gives:
% 220.93/40.18 | (1693) all_721_1 = all_683_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_721_1, all_725_1, all_501_0,
% 220.93/40.18 | simplifying with (1626), (1627) gives:
% 220.93/40.18 | (1694) all_725_1 = all_721_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_718_1, all_728_1, all_501_0,
% 220.93/40.18 | simplifying with (1625), (1628) gives:
% 220.93/40.18 | (1695) all_728_1 = all_718_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_662_1, all_734_3, all_501_0,
% 220.93/40.18 | simplifying with (1623), (1639) gives:
% 220.93/40.18 | (1696) all_734_3 = all_662_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_734_3, all_739_1, all_501_0,
% 220.93/40.18 | simplifying with (1621), (1623) gives:
% 220.93/40.18 | (1697) all_739_1 = all_734_3
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_706_1, all_742_1, all_501_0,
% 220.93/40.18 | simplifying with (1620), (1631) gives:
% 220.93/40.18 | (1698) all_742_1 = all_706_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_659_1, all_745_1, all_501_0,
% 220.93/40.18 | simplifying with (1619), (1640) gives:
% 220.93/40.18 | (1699) all_745_1 = all_659_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_650_1, all_745_1, all_501_0,
% 220.93/40.18 | simplifying with (1619), (1643) gives:
% 220.93/40.18 | (1700) all_745_1 = all_650_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_739_1, all_751_1, all_501_0,
% 220.93/40.18 | simplifying with (1617), (1621) gives:
% 220.93/40.18 | (1701) all_751_1 = all_739_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_742_1, all_754_1, all_501_0,
% 220.93/40.18 | simplifying with (1616), (1620) gives:
% 220.93/40.18 | (1702) all_754_1 = all_742_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_728_1, all_760_1, all_501_0,
% 220.93/40.18 | simplifying with (1615), (1625) gives:
% 220.93/40.18 | (1703) all_760_1 = all_728_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_751_1, all_763_1, all_501_0,
% 220.93/40.18 | simplifying with (1614), (1617) gives:
% 220.93/40.18 | (1704) all_763_1 = all_751_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_760_1, all_769_1, all_501_0,
% 220.93/40.18 | simplifying with (1612), (1615) gives:
% 220.93/40.18 | (1705) all_769_1 = all_760_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_766_1, all_784_1, all_501_0,
% 220.93/40.18 | simplifying with (1609), (1613) gives:
% 220.93/40.18 | (1706) all_784_1 = all_766_1
% 220.93/40.18 |
% 220.93/40.18 | GROUND_INST: instantiating (137) with all_789_4, all_791_1, all_501_0,
% 220.93/40.18 | simplifying with (1606), (1607) gives:
% 220.93/40.18 | (1707) all_791_1 = all_789_4
% 220.93/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_784_1, all_797_1, all_501_0,
% 220.95/40.18 | simplifying with (1604), (1609) gives:
% 220.95/40.18 | (1708) all_797_1 = all_784_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_797_1, all_800_4, all_501_0,
% 220.95/40.18 | simplifying with (1603), (1604) gives:
% 220.95/40.18 | (1709) all_800_4 = all_797_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_725_1, all_805_1, all_501_0,
% 220.95/40.18 | simplifying with (1601), (1626) gives:
% 220.95/40.18 | (1710) all_805_1 = all_725_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_778_1, all_808_1, all_501_0,
% 220.95/40.18 | simplifying with (1600), (1610) gives:
% 220.95/40.18 | (1711) all_808_1 = all_778_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_653_1, all_808_1, all_501_0,
% 220.95/40.18 | simplifying with (1600), (1642) gives:
% 220.95/40.18 | (1712) all_808_1 = all_653_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_554_1, all_808_1, all_501_0,
% 220.95/40.18 | simplifying with (1600), (1667) gives:
% 220.95/40.18 | (1713) all_808_1 = all_554_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_736_1, all_814_1, all_501_0,
% 220.95/40.18 | simplifying with (1598), (1622) gives:
% 220.95/40.18 | (1714) all_814_1 = all_736_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_763_1, all_817_1, all_501_0,
% 220.95/40.18 | simplifying with (1597), (1614) gives:
% 220.95/40.18 | (1715) all_817_1 = all_763_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_800_4, all_820_4, all_501_0,
% 220.95/40.18 | simplifying with (1596), (1603) gives:
% 220.95/40.18 | (1716) all_820_4 = all_800_4
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_820_4, all_822_2, all_501_0,
% 220.95/40.18 | simplifying with (1595), (1596) gives:
% 220.95/40.18 | (1717) all_822_2 = all_820_4
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_745_1, all_825_1, all_501_0,
% 220.95/40.18 | simplifying with (1594), (1619) gives:
% 220.95/40.18 | (1718) all_825_1 = all_745_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_638_1, all_825_1, all_501_0,
% 220.95/40.18 | simplifying with (1594), (1646) gives:
% 220.95/40.18 | (1719) all_825_1 = all_638_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_635_1, all_825_1, all_501_0,
% 220.95/40.18 | simplifying with (1594), (1647) gives:
% 220.95/40.18 | (1720) all_825_1 = all_635_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_822_2, all_828_1, all_501_0,
% 220.95/40.18 | simplifying with (1593), (1595) gives:
% 220.95/40.18 | (1721) all_828_1 = all_822_2
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_828_1, all_831_1, all_501_0,
% 220.95/40.18 | simplifying with (1592), (1593) gives:
% 220.95/40.18 | (1722) all_831_1 = all_828_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_817_1, all_834_1, all_501_0,
% 220.95/40.18 | simplifying with (1591), (1597) gives:
% 220.95/40.18 | (1723) all_834_1 = all_817_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_831_1, all_837_1, all_501_0,
% 220.95/40.18 | simplifying with (1590), (1592) gives:
% 220.95/40.18 | (1724) all_837_1 = all_831_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_814_1, all_840_1, all_501_0,
% 220.95/40.18 | simplifying with (1589), (1598) gives:
% 220.95/40.18 | (1725) all_840_1 = all_814_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_837_1, all_843_1, all_501_0,
% 220.95/40.18 | simplifying with (1588), (1590) gives:
% 220.95/40.18 | (1726) all_843_1 = all_837_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_843_1, all_846_4, all_501_0,
% 220.95/40.18 | simplifying with (1587), (1588) gives:
% 220.95/40.18 | (1727) all_846_4 = all_843_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_846_4, all_848_4, all_501_0,
% 220.95/40.18 | simplifying with (1586), (1587) gives:
% 220.95/40.18 | (1728) all_848_4 = all_846_4
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_848_4, all_850_3, all_501_0,
% 220.95/40.18 | simplifying with (1585), (1586) gives:
% 220.95/40.18 | (1729) all_850_3 = all_848_4
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_834_1, all_857_2, all_501_0,
% 220.95/40.18 | simplifying with (1582), (1591) gives:
% 220.95/40.18 | (1730) all_857_2 = all_834_1
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_850_3, all_860_5, all_501_0,
% 220.95/40.18 | simplifying with (1581), (1585) gives:
% 220.95/40.18 | (1731) all_860_5 = all_850_3
% 220.95/40.18 |
% 220.95/40.18 | GROUND_INST: instantiating (137) with all_794_1, all_862_3, all_501_0,
% 220.95/40.18 | simplifying with (1580), (1605) gives:
% 220.95/40.19 | (1732) all_862_3 = all_794_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_791_1, all_862_3, all_501_0,
% 220.95/40.19 | simplifying with (1580), (1606) gives:
% 220.95/40.19 | (1733) all_862_3 = all_791_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_857_2, all_865_1, all_501_0,
% 220.95/40.19 | simplifying with (1579), (1582) gives:
% 220.95/40.19 | (1734) all_865_1 = all_857_2
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_754_1, all_868_6, all_501_0,
% 220.95/40.19 | simplifying with (1578), (1616) gives:
% 220.95/40.19 | (1735) all_868_6 = all_754_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_644_1, all_868_6, all_501_0,
% 220.95/40.19 | simplifying with (1578), (1644) gives:
% 220.95/40.19 | (1736) all_868_6 = all_644_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_860_5, all_870_1, all_501_0,
% 220.95/40.19 | simplifying with (1577), (1581) gives:
% 220.95/40.19 | (1737) all_870_1 = all_860_5
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_840_1, all_873_3, all_501_0,
% 220.95/40.19 | simplifying with (1576), (1589) gives:
% 220.95/40.19 | (1738) all_873_3 = all_840_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_862_3, all_876_1, all_501_0,
% 220.95/40.19 | simplifying with (1575), (1580) gives:
% 220.95/40.19 | (1739) all_876_1 = all_862_3
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_692_1, all_879_6, all_501_0,
% 220.95/40.19 | simplifying with (1574), (1633) gives:
% 220.95/40.19 | (1740) all_879_6 = all_692_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_686_1, all_879_6, all_501_0,
% 220.95/40.19 | simplifying with (1574), (1634) gives:
% 220.95/40.19 | (1741) all_879_6 = all_686_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_879_6, all_881_7, all_501_0,
% 220.95/40.19 | simplifying with (1573), (1574) gives:
% 220.95/40.19 | (1742) all_881_7 = all_879_6
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_668_1, all_881_7, all_501_0,
% 220.95/40.19 | simplifying with (1573), (1638) gives:
% 220.95/40.19 | (1743) all_881_7 = all_668_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_674_1, all_883_7, all_501_0,
% 220.95/40.19 | simplifying with (1572), (1636) gives:
% 220.95/40.19 | (1744) all_883_7 = all_674_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_653_1, all_883_7, all_501_0,
% 220.95/40.19 | simplifying with (1572), (1642) gives:
% 220.95/40.19 | (1745) all_883_7 = all_653_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_885_7, all_893_7, all_501_0,
% 220.95/40.19 | simplifying with (1569), (1571) gives:
% 220.95/40.19 | (1746) all_893_7 = all_885_7
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_865_1, all_893_7, all_501_0,
% 220.95/40.19 | simplifying with (1569), (1579) gives:
% 220.95/40.19 | (1747) all_893_7 = all_865_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_853_5, all_895_1, all_501_0,
% 220.95/40.19 | simplifying with (1568), (1584) gives:
% 220.95/40.19 | (1748) all_895_1 = all_853_5
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_811_1, all_895_1, all_501_0,
% 220.95/40.19 | simplifying with (1568), (1599) gives:
% 220.95/40.19 | (1749) all_895_1 = all_811_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_784_1, all_895_1, all_501_0,
% 220.95/40.19 | simplifying with (1568), (1609) gives:
% 220.95/40.19 | (1750) all_895_1 = all_784_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_748_2, all_895_1, all_501_0,
% 220.95/40.19 | simplifying with (1568), (1618) gives:
% 220.95/40.19 | (1751) all_895_1 = all_748_2
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_736_1, all_895_1, all_501_0,
% 220.95/40.19 | simplifying with (1568), (1622) gives:
% 220.95/40.19 | (1752) all_895_1 = all_736_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_860_5, all_901_7, all_501_0,
% 220.95/40.19 | simplifying with (1566), (1581) gives:
% 220.95/40.19 | (1753) all_901_7 = all_860_5
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_731_1, all_903_2, all_501_0,
% 220.95/40.19 | simplifying with (1565), (1624) gives:
% 220.95/40.19 | (1754) all_903_2 = all_731_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_876_1, all_906_2, all_501_0,
% 220.95/40.19 | simplifying with (1564), (1575) gives:
% 220.95/40.19 | (1755) all_906_2 = all_876_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_903_2, all_912_2, all_501_0,
% 220.95/40.19 | simplifying with (1562), (1565) gives:
% 220.95/40.19 | (1756) all_912_2 = all_903_2
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_873_3, all_912_2, all_501_0,
% 220.95/40.19 | simplifying with (1562), (1576) gives:
% 220.95/40.19 | (1757) all_912_2 = all_873_3
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_706_1, all_915_2, all_501_0,
% 220.95/40.19 | simplifying with (1561), (1631) gives:
% 220.95/40.19 | (1758) all_915_2 = all_706_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_602_1, all_915_2, all_501_0,
% 220.95/40.19 | simplifying with (1561), (1652) gives:
% 220.95/40.19 | (1759) all_915_2 = all_602_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_909_2, all_918_2, all_501_0,
% 220.95/40.19 | simplifying with (1560), (1563) gives:
% 220.95/40.19 | (1760) all_918_2 = all_909_2
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_912_2, all_921_2, all_501_0,
% 220.95/40.19 | simplifying with (1559), (1562) gives:
% 220.95/40.19 | (1761) all_921_2 = all_912_2
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_772_1, all_924_8, all_501_0,
% 220.95/40.19 | simplifying with (1558), (1611) gives:
% 220.95/40.19 | (1762) all_924_8 = all_772_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_769_1, all_924_8, all_501_0,
% 220.95/40.19 | simplifying with (1558), (1612) gives:
% 220.95/40.19 | (1763) all_924_8 = all_769_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_805_1, all_926_8, all_501_0,
% 220.95/40.19 | simplifying with (1557), (1601) gives:
% 220.95/40.19 | (1764) all_926_8 = all_805_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_656_1, all_926_8, all_501_0,
% 220.95/40.19 | simplifying with (1557), (1641) gives:
% 220.95/40.19 | (1765) all_926_8 = all_656_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_870_1, all_928_1, all_501_0,
% 220.95/40.19 | simplifying with (1556), (1577) gives:
% 220.95/40.19 | (1766) all_928_1 = all_870_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_855_5, all_928_1, all_501_0,
% 220.95/40.19 | simplifying with (1556), (1583) gives:
% 220.95/40.19 | (1767) all_928_1 = all_855_5
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_901_7, all_931_8, all_501_0,
% 220.95/40.19 | simplifying with (1555), (1566) gives:
% 220.95/40.19 | (1768) all_931_8 = all_901_7
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_626_1, all_931_8, all_501_0,
% 220.95/40.19 | simplifying with (1555), (1649) gives:
% 220.95/40.19 | (1769) all_931_8 = all_626_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_883_7, all_933_1, all_501_0,
% 220.95/40.19 | simplifying with (1554), (1572) gives:
% 220.95/40.19 | (1770) all_933_1 = all_883_7
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_556_1, all_933_1, all_501_0,
% 220.95/40.19 | simplifying with (1554), (1666) gives:
% 220.95/40.19 | (1771) all_933_1 = all_556_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_921_2, all_936_5, all_501_0,
% 220.95/40.19 | simplifying with (1553), (1559) gives:
% 220.95/40.19 | (1772) all_936_5 = all_921_2
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_898_4, all_936_5, all_501_0,
% 220.95/40.19 | simplifying with (1553), (1567) gives:
% 220.95/40.19 | (1773) all_936_5 = all_898_4
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_683_1, all_939_1, all_501_0,
% 220.95/40.19 | simplifying with (1552), (1635) gives:
% 220.95/40.19 | (1774) all_939_1 = all_683_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_593_0, all_939_1, all_501_0,
% 220.95/40.19 | simplifying with (1552), (1655) gives:
% 220.95/40.19 | (1775) all_939_1 = all_593_0
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_924_8, all_942_1, all_501_0,
% 220.95/40.19 | simplifying with (1551), (1558) gives:
% 220.95/40.19 | (1776) all_942_1 = all_924_8
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_802_1, all_942_1, all_501_0,
% 220.95/40.19 | simplifying with (1551), (1602) gives:
% 220.95/40.19 | (1777) all_942_1 = all_802_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_906_2, all_945_1, all_501_0,
% 220.95/40.19 | simplifying with (1550), (1564) gives:
% 220.95/40.19 | (1778) all_945_1 = all_906_2
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_578_0, all_945_1, all_501_0,
% 220.95/40.19 | simplifying with (1550), (1661) gives:
% 220.95/40.19 | (1779) all_945_1 = all_578_0
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_918_2, all_948_1, all_501_0,
% 220.95/40.19 | simplifying with (1549), (1560) gives:
% 220.95/40.19 | (1780) all_948_1 = all_918_2
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_552_0, all_948_1, all_501_0,
% 220.95/40.19 | simplifying with (1549), (1668) gives:
% 220.95/40.19 | (1781) all_948_1 = all_552_0
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_924_8, all_951_1, all_501_0,
% 220.95/40.19 | simplifying with (1548), (1558) gives:
% 220.95/40.19 | (1782) all_951_1 = all_924_8
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_789_4, all_951_1, all_501_0,
% 220.95/40.19 | simplifying with (1548), (1607) gives:
% 220.95/40.19 | (1783) all_951_1 = all_789_4
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_787_4, all_951_1, all_501_0,
% 220.95/40.19 | simplifying with (1548), (1608) gives:
% 220.95/40.19 | (1784) all_951_1 = all_787_4
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_814_1, all_957_1, all_501_0,
% 220.95/40.19 | simplifying with (1547), (1598) gives:
% 220.95/40.19 | (1785) all_957_1 = all_814_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_715_1, all_957_1, all_501_0,
% 220.95/40.19 | simplifying with (1547), (1629) gives:
% 220.95/40.19 | (1786) all_957_1 = all_715_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_703_1, all_957_1, all_501_0,
% 220.95/40.19 | simplifying with (1547), (1632) gives:
% 220.95/40.19 | (1787) all_957_1 = all_703_1
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_909_2, all_960_1, all_501_0,
% 220.95/40.19 | simplifying with (1546), (1563) gives:
% 220.95/40.19 | (1788) all_960_1 = all_909_2
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_893_7, all_960_1, all_501_0,
% 220.95/40.19 | simplifying with (1546), (1569) gives:
% 220.95/40.19 | (1789) all_960_1 = all_893_7
% 220.95/40.19 |
% 220.95/40.19 | GROUND_INST: instantiating (137) with all_890_5, all_960_1, all_501_0,
% 220.95/40.19 | simplifying with (1546), (1570) gives:
% 220.95/40.19 | (1790) all_960_1 = all_890_5
% 220.95/40.19 |
% 220.95/40.19 | COMBINE_EQS: (1789), (1790) imply:
% 220.95/40.19 | (1791) all_893_7 = all_890_5
% 220.95/40.19 |
% 220.95/40.19 | SIMP: (1791) implies:
% 220.95/40.19 | (1792) all_893_7 = all_890_5
% 220.95/40.19 |
% 220.95/40.20 | COMBINE_EQS: (1788), (1790) imply:
% 220.95/40.20 | (1793) all_909_2 = all_890_5
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1793) implies:
% 220.95/40.20 | (1794) all_909_2 = all_890_5
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1785), (1786) imply:
% 220.95/40.20 | (1795) all_814_1 = all_715_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1795) implies:
% 220.95/40.20 | (1796) all_814_1 = all_715_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1786), (1787) imply:
% 220.95/40.20 | (1797) all_715_1 = all_703_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1782), (1784) imply:
% 220.95/40.20 | (1798) all_924_8 = all_787_4
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1798) implies:
% 220.95/40.20 | (1799) all_924_8 = all_787_4
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1783), (1784) imply:
% 220.95/40.20 | (1800) all_789_4 = all_787_4
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1800) implies:
% 220.95/40.20 | (1801) all_789_4 = all_787_4
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1780), (1781) imply:
% 220.95/40.20 | (1802) all_918_2 = all_552_0
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1802) implies:
% 220.95/40.20 | (1803) all_918_2 = all_552_0
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1778), (1779) imply:
% 220.95/40.20 | (1804) all_906_2 = all_578_0
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1804) implies:
% 220.95/40.20 | (1805) all_906_2 = all_578_0
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1776), (1777) imply:
% 220.95/40.20 | (1806) all_924_8 = all_802_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1806) implies:
% 220.95/40.20 | (1807) all_924_8 = all_802_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1774), (1775) imply:
% 220.95/40.20 | (1808) all_683_1 = all_593_0
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1808) implies:
% 220.95/40.20 | (1809) all_683_1 = all_593_0
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1772), (1773) imply:
% 220.95/40.20 | (1810) all_921_2 = all_898_4
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1810) implies:
% 220.95/40.20 | (1811) all_921_2 = all_898_4
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1770), (1771) imply:
% 220.95/40.20 | (1812) all_883_7 = all_556_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1812) implies:
% 220.95/40.20 | (1813) all_883_7 = all_556_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1768), (1769) imply:
% 220.95/40.20 | (1814) all_901_7 = all_626_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1814) implies:
% 220.95/40.20 | (1815) all_901_7 = all_626_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1766), (1767) imply:
% 220.95/40.20 | (1816) all_870_1 = all_855_5
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1816) implies:
% 220.95/40.20 | (1817) all_870_1 = all_855_5
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1764), (1765) imply:
% 220.95/40.20 | (1818) all_805_1 = all_656_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1818) implies:
% 220.95/40.20 | (1819) all_805_1 = all_656_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1763), (1807) imply:
% 220.95/40.20 | (1820) all_802_1 = all_769_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1762), (1807) imply:
% 220.95/40.20 | (1821) all_802_1 = all_772_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1799), (1807) imply:
% 220.95/40.20 | (1822) all_802_1 = all_787_4
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1761), (1811) imply:
% 220.95/40.20 | (1823) all_912_2 = all_898_4
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1823) implies:
% 220.95/40.20 | (1824) all_912_2 = all_898_4
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1760), (1803) imply:
% 220.95/40.20 | (1825) all_909_2 = all_552_0
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1825) implies:
% 220.95/40.20 | (1826) all_909_2 = all_552_0
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1758), (1759) imply:
% 220.95/40.20 | (1827) all_706_1 = all_602_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1827) implies:
% 220.95/40.20 | (1828) all_706_1 = all_602_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1756), (1824) imply:
% 220.95/40.20 | (1829) all_903_2 = all_898_4
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1829) implies:
% 220.95/40.20 | (1830) all_903_2 = all_898_4
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1757), (1824) imply:
% 220.95/40.20 | (1831) all_898_4 = all_873_3
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1794), (1826) imply:
% 220.95/40.20 | (1832) all_890_5 = all_552_0
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1832) implies:
% 220.95/40.20 | (1833) all_890_5 = all_552_0
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1755), (1805) imply:
% 220.95/40.20 | (1834) all_876_1 = all_578_0
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1834) implies:
% 220.95/40.20 | (1835) all_876_1 = all_578_0
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1754), (1830) imply:
% 220.95/40.20 | (1836) all_898_4 = all_731_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1836) implies:
% 220.95/40.20 | (1837) all_898_4 = all_731_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1753), (1815) imply:
% 220.95/40.20 | (1838) all_860_5 = all_626_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1838) implies:
% 220.95/40.20 | (1839) all_860_5 = all_626_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1831), (1837) imply:
% 220.95/40.20 | (1840) all_873_3 = all_731_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1840) implies:
% 220.95/40.20 | (1841) all_873_3 = all_731_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1748), (1752) imply:
% 220.95/40.20 | (1842) all_853_5 = all_736_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1748), (1751) imply:
% 220.95/40.20 | (1843) all_853_5 = all_748_2
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1748), (1750) imply:
% 220.95/40.20 | (1844) all_853_5 = all_784_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1748), (1749) imply:
% 220.95/40.20 | (1845) all_853_5 = all_811_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1746), (1792) imply:
% 220.95/40.20 | (1846) all_890_5 = all_885_7
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1846) implies:
% 220.95/40.20 | (1847) all_890_5 = all_885_7
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1746), (1747) imply:
% 220.95/40.20 | (1848) all_885_7 = all_865_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1833), (1847) imply:
% 220.95/40.20 | (1849) all_885_7 = all_552_0
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1849) implies:
% 220.95/40.20 | (1850) all_885_7 = all_552_0
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1848), (1850) imply:
% 220.95/40.20 | (1851) all_865_1 = all_552_0
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1851) implies:
% 220.95/40.20 | (1852) all_865_1 = all_552_0
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1745), (1813) imply:
% 220.95/40.20 | (1853) all_653_1 = all_556_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1853) implies:
% 220.95/40.20 | (1854) all_653_1 = all_556_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1744), (1813) imply:
% 220.95/40.20 | (1855) all_674_1 = all_556_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1855) implies:
% 220.95/40.20 | (1856) all_674_1 = all_556_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1742), (1743) imply:
% 220.95/40.20 | (1857) all_879_6 = all_668_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1857) implies:
% 220.95/40.20 | (1858) all_879_6 = all_668_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1740), (1858) imply:
% 220.95/40.20 | (1859) all_692_1 = all_668_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1740), (1741) imply:
% 220.95/40.20 | (1860) all_692_1 = all_686_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1739), (1835) imply:
% 220.95/40.20 | (1861) all_862_3 = all_578_0
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1861) implies:
% 220.95/40.20 | (1862) all_862_3 = all_578_0
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1738), (1841) imply:
% 220.95/40.20 | (1863) all_840_1 = all_731_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1863) implies:
% 220.95/40.20 | (1864) all_840_1 = all_731_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1737), (1817) imply:
% 220.95/40.20 | (1865) all_860_5 = all_855_5
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1865) implies:
% 220.95/40.20 | (1866) all_860_5 = all_855_5
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1735), (1736) imply:
% 220.95/40.20 | (1867) all_754_1 = all_644_1
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1867) implies:
% 220.95/40.20 | (1868) all_754_1 = all_644_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1734), (1852) imply:
% 220.95/40.20 | (1869) all_857_2 = all_552_0
% 220.95/40.20 |
% 220.95/40.20 | SIMP: (1869) implies:
% 220.95/40.20 | (1870) all_857_2 = all_552_0
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1732), (1733) imply:
% 220.95/40.20 | (1871) all_794_1 = all_791_1
% 220.95/40.20 |
% 220.95/40.20 | COMBINE_EQS: (1732), (1862) imply:
% 220.95/40.20 | (1872) all_794_1 = all_578_0
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1731), (1866) imply:
% 221.04/40.20 | (1873) all_855_5 = all_850_3
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1839), (1866) imply:
% 221.04/40.20 | (1874) all_855_5 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1730), (1870) imply:
% 221.04/40.20 | (1875) all_834_1 = all_552_0
% 221.04/40.20 |
% 221.04/40.20 | SIMP: (1875) implies:
% 221.04/40.20 | (1876) all_834_1 = all_552_0
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1873), (1874) imply:
% 221.04/40.20 | (1877) all_850_3 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | SIMP: (1877) implies:
% 221.04/40.20 | (1878) all_850_3 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1844), (1845) imply:
% 221.04/40.20 | (1879) all_811_1 = all_784_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1842), (1845) imply:
% 221.04/40.20 | (1880) all_811_1 = all_736_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1843), (1845) imply:
% 221.04/40.20 | (1881) all_811_1 = all_748_2
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1729), (1878) imply:
% 221.04/40.20 | (1882) all_848_4 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | SIMP: (1882) implies:
% 221.04/40.20 | (1883) all_848_4 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1728), (1883) imply:
% 221.04/40.20 | (1884) all_846_4 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | SIMP: (1884) implies:
% 221.04/40.20 | (1885) all_846_4 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1727), (1885) imply:
% 221.04/40.20 | (1886) all_843_1 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | SIMP: (1886) implies:
% 221.04/40.20 | (1887) all_843_1 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1726), (1887) imply:
% 221.04/40.20 | (1888) all_837_1 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | SIMP: (1888) implies:
% 221.04/40.20 | (1889) all_837_1 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1725), (1864) imply:
% 221.04/40.20 | (1890) all_814_1 = all_731_1
% 221.04/40.20 |
% 221.04/40.20 | SIMP: (1890) implies:
% 221.04/40.20 | (1891) all_814_1 = all_731_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1724), (1889) imply:
% 221.04/40.20 | (1892) all_831_1 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | SIMP: (1892) implies:
% 221.04/40.20 | (1893) all_831_1 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1723), (1876) imply:
% 221.04/40.20 | (1894) all_817_1 = all_552_0
% 221.04/40.20 |
% 221.04/40.20 | SIMP: (1894) implies:
% 221.04/40.20 | (1895) all_817_1 = all_552_0
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1722), (1893) imply:
% 221.04/40.20 | (1896) all_828_1 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | SIMP: (1896) implies:
% 221.04/40.20 | (1897) all_828_1 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1721), (1897) imply:
% 221.04/40.20 | (1898) all_822_2 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | SIMP: (1898) implies:
% 221.04/40.20 | (1899) all_822_2 = all_626_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1719), (1720) imply:
% 221.04/40.20 | (1900) all_638_1 = all_635_1
% 221.04/40.20 |
% 221.04/40.20 | COMBINE_EQS: (1718), (1719) imply:
% 221.04/40.21 | (1901) all_745_1 = all_638_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1901) implies:
% 221.04/40.21 | (1902) all_745_1 = all_638_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1717), (1899) imply:
% 221.04/40.21 | (1903) all_820_4 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1903) implies:
% 221.04/40.21 | (1904) all_820_4 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1716), (1904) imply:
% 221.04/40.21 | (1905) all_800_4 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1905) implies:
% 221.04/40.21 | (1906) all_800_4 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1715), (1895) imply:
% 221.04/40.21 | (1907) all_763_1 = all_552_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1907) implies:
% 221.04/40.21 | (1908) all_763_1 = all_552_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1714), (1891) imply:
% 221.04/40.21 | (1909) all_736_1 = all_731_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1909) implies:
% 221.04/40.21 | (1910) all_736_1 = all_731_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1796), (1891) imply:
% 221.04/40.21 | (1911) all_731_1 = all_715_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1879), (1881) imply:
% 221.04/40.21 | (1912) all_784_1 = all_748_2
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1912) implies:
% 221.04/40.21 | (1913) all_784_1 = all_748_2
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1880), (1881) imply:
% 221.04/40.21 | (1914) all_748_2 = all_736_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1711), (1713) imply:
% 221.04/40.21 | (1915) all_778_1 = all_554_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1711), (1712) imply:
% 221.04/40.21 | (1916) all_778_1 = all_653_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1710), (1819) imply:
% 221.04/40.21 | (1917) all_725_1 = all_656_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1917) implies:
% 221.04/40.21 | (1918) all_725_1 = all_656_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1820), (1821) imply:
% 221.04/40.21 | (1919) all_772_1 = all_769_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1821), (1822) imply:
% 221.04/40.21 | (1920) all_787_4 = all_772_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1920) implies:
% 221.04/40.21 | (1921) all_787_4 = all_772_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1709), (1906) imply:
% 221.04/40.21 | (1922) all_797_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1922) implies:
% 221.04/40.21 | (1923) all_797_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1708), (1923) imply:
% 221.04/40.21 | (1924) all_784_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1924) implies:
% 221.04/40.21 | (1925) all_784_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1871), (1872) imply:
% 221.04/40.21 | (1926) all_791_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1926) implies:
% 221.04/40.21 | (1927) all_791_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1707), (1927) imply:
% 221.04/40.21 | (1928) all_789_4 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1928) implies:
% 221.04/40.21 | (1929) all_789_4 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1801), (1929) imply:
% 221.04/40.21 | (1930) all_787_4 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1930) implies:
% 221.04/40.21 | (1931) all_787_4 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1921), (1931) imply:
% 221.04/40.21 | (1932) all_772_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1932) implies:
% 221.04/40.21 | (1933) all_772_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1706), (1913) imply:
% 221.04/40.21 | (1934) all_766_1 = all_748_2
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1706), (1925) imply:
% 221.04/40.21 | (1935) all_766_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1915), (1916) imply:
% 221.04/40.21 | (1936) all_653_1 = all_554_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1936) implies:
% 221.04/40.21 | (1937) all_653_1 = all_554_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1919), (1933) imply:
% 221.04/40.21 | (1938) all_769_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1938) implies:
% 221.04/40.21 | (1939) all_769_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1705), (1939) imply:
% 221.04/40.21 | (1940) all_760_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1940) implies:
% 221.04/40.21 | (1941) all_760_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1934), (1935) imply:
% 221.04/40.21 | (1942) all_748_2 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1942) implies:
% 221.04/40.21 | (1943) all_748_2 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1704), (1908) imply:
% 221.04/40.21 | (1944) all_751_1 = all_552_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1944) implies:
% 221.04/40.21 | (1945) all_751_1 = all_552_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1703), (1941) imply:
% 221.04/40.21 | (1946) all_728_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1946) implies:
% 221.04/40.21 | (1947) all_728_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1702), (1868) imply:
% 221.04/40.21 | (1948) all_742_1 = all_644_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1948) implies:
% 221.04/40.21 | (1949) all_742_1 = all_644_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1701), (1945) imply:
% 221.04/40.21 | (1950) all_739_1 = all_552_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1950) implies:
% 221.04/40.21 | (1951) all_739_1 = all_552_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1914), (1943) imply:
% 221.04/40.21 | (1952) all_736_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1952) implies:
% 221.04/40.21 | (1953) all_736_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1699), (1700) imply:
% 221.04/40.21 | (1954) all_659_1 = all_650_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1954) implies:
% 221.04/40.21 | (1955) all_659_1 = all_650_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1700), (1902) imply:
% 221.04/40.21 | (1956) all_650_1 = all_638_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1698), (1949) imply:
% 221.04/40.21 | (1957) all_706_1 = all_644_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1957) implies:
% 221.04/40.21 | (1958) all_706_1 = all_644_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1697), (1951) imply:
% 221.04/40.21 | (1959) all_734_3 = all_552_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1959) implies:
% 221.04/40.21 | (1960) all_734_3 = all_552_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1910), (1953) imply:
% 221.04/40.21 | (1961) all_731_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1961) implies:
% 221.04/40.21 | (1962) all_731_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1696), (1960) imply:
% 221.04/40.21 | (1963) all_662_1 = all_552_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1963) implies:
% 221.04/40.21 | (1964) all_662_1 = all_552_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1911), (1962) imply:
% 221.04/40.21 | (1965) all_715_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1965) implies:
% 221.04/40.21 | (1966) all_715_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1695), (1947) imply:
% 221.04/40.21 | (1967) all_718_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1967) implies:
% 221.04/40.21 | (1968) all_718_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1694), (1918) imply:
% 221.04/40.21 | (1969) all_721_1 = all_656_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1969) implies:
% 221.04/40.21 | (1970) all_721_1 = all_656_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1693), (1970) imply:
% 221.04/40.21 | (1971) all_683_1 = all_656_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1971) implies:
% 221.04/40.21 | (1972) all_683_1 = all_656_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1692), (1968) imply:
% 221.04/40.21 | (1973) all_712_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1973) implies:
% 221.04/40.21 | (1974) all_712_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1797), (1966) imply:
% 221.04/40.21 | (1975) all_703_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1975) implies:
% 221.04/40.21 | (1976) all_703_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1690), (1974) imply:
% 221.04/40.21 | (1977) all_580_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1977) implies:
% 221.04/40.21 | (1978) all_580_1 = all_578_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1691), (1974) imply:
% 221.04/40.21 | (1979) all_578_0 = all_576_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1689), (1958) imply:
% 221.04/40.21 | (1980) all_644_1 = all_599_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1688), (1958) imply:
% 221.04/40.21 | (1981) all_644_1 = all_608_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1828), (1958) imply:
% 221.04/40.21 | (1982) all_644_1 = all_602_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1687), (1976) imply:
% 221.04/40.21 | (1983) all_671_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1983) implies:
% 221.04/40.21 | (1984) all_671_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1859), (1860) imply:
% 221.04/40.21 | (1985) all_686_1 = all_668_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1985) implies:
% 221.04/40.21 | (1986) all_686_1 = all_668_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1686), (1986) imply:
% 221.04/40.21 | (1987) all_683_1 = all_668_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1987) implies:
% 221.04/40.21 | (1988) all_683_1 = all_668_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1685), (1988) imply:
% 221.04/40.21 | (1989) all_668_1 = all_588_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1684), (1988) imply:
% 221.04/40.21 | (1990) all_668_1 = all_597_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1809), (1988) imply:
% 221.04/40.21 | (1991) all_668_1 = all_593_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1972), (1988) imply:
% 221.04/40.21 | (1992) all_668_1 = all_656_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1682), (1683) imply:
% 221.04/40.21 | (1993) all_572_0 = all_564_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1993) implies:
% 221.04/40.21 | (1994) all_572_0 = all_564_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1683), (1856) imply:
% 221.04/40.21 | (1995) all_564_1 = all_556_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1681), (1984) imply:
% 221.04/40.21 | (1996) all_659_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (1996) implies:
% 221.04/40.21 | (1997) all_659_1 = all_626_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1991), (1992) imply:
% 221.04/40.21 | (1998) all_656_1 = all_593_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1990), (1992) imply:
% 221.04/40.21 | (1999) all_656_1 = all_597_0
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1989), (1992) imply:
% 221.04/40.21 | (2000) all_656_1 = all_588_1
% 221.04/40.21 |
% 221.04/40.21 | COMBINE_EQS: (1680), (1964) imply:
% 221.04/40.21 | (2001) all_641_1 = all_552_0
% 221.04/40.21 |
% 221.04/40.21 | SIMP: (2001) implies:
% 221.04/40.22 | (2002) all_641_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1955), (1997) imply:
% 221.04/40.22 | (2003) all_650_1 = all_626_1
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2003) implies:
% 221.04/40.22 | (2004) all_650_1 = all_626_1
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1998), (1999) imply:
% 221.04/40.22 | (2005) all_597_0 = all_593_0
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2005) implies:
% 221.04/40.22 | (2006) all_597_0 = all_593_0
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1998), (2000) imply:
% 221.04/40.22 | (2007) all_593_0 = all_588_1
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1854), (1937) imply:
% 221.04/40.22 | (2008) all_556_1 = all_554_1
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2008) implies:
% 221.04/40.22 | (2009) all_556_1 = all_554_1
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1956), (2004) imply:
% 221.04/40.22 | (2010) all_638_1 = all_626_1
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2010) implies:
% 221.04/40.22 | (2011) all_638_1 = all_626_1
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1980), (1982) imply:
% 221.04/40.22 | (2012) all_602_1 = all_599_1
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1981), (1982) imply:
% 221.04/40.22 | (2013) all_608_1 = all_602_1
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2013) implies:
% 221.04/40.22 | (2014) all_608_1 = all_602_1
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1679), (2002) imply:
% 221.04/40.22 | (2015) all_632_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2015) implies:
% 221.04/40.22 | (2016) all_632_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1900), (2011) imply:
% 221.04/40.22 | (2017) all_635_1 = all_626_1
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2017) implies:
% 221.04/40.22 | (2018) all_635_1 = all_626_1
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1677), (2018) imply:
% 221.04/40.22 | (2019) all_632_1 = all_626_1
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2019) implies:
% 221.04/40.22 | (2020) all_632_1 = all_626_1
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1678), (2018) imply:
% 221.04/40.22 | (2021) all_626_1 = all_614_1
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (2016), (2020) imply:
% 221.04/40.22 | (2022) all_626_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2022) implies:
% 221.04/40.22 | (2023) all_626_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (2021), (2023) imply:
% 221.04/40.22 | (2024) all_614_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2024) implies:
% 221.04/40.22 | (2025) all_614_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1676), (2025) imply:
% 221.04/40.22 | (2026) all_608_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2026) implies:
% 221.04/40.22 | (2027) all_608_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (2014), (2027) imply:
% 221.04/40.22 | (2028) all_602_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2028) implies:
% 221.04/40.22 | (2029) all_602_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (2012), (2029) imply:
% 221.04/40.22 | (2030) all_599_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2030) implies:
% 221.04/40.22 | (2031) all_599_1 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (1675), (2031) imply:
% 221.04/40.22 | (2032) all_597_0 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | SIMP: (2032) implies:
% 221.04/40.22 | (2033) all_597_0 = all_552_0
% 221.04/40.22 |
% 221.04/40.22 | COMBINE_EQS: (2006), (2033) imply:
% 221.12/40.22 | (2034) all_593_0 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2034) implies:
% 221.12/40.22 | (2035) all_593_0 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (2007), (2035) imply:
% 221.12/40.22 | (2036) all_588_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2036) implies:
% 221.12/40.22 | (2037) all_588_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1674), (2037) imply:
% 221.12/40.22 | (2038) all_586_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2038) implies:
% 221.12/40.22 | (2039) all_586_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1673), (2039) imply:
% 221.12/40.22 | (2040) all_584_0 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2040) implies:
% 221.12/40.22 | (2041) all_584_0 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1672), (2041) imply:
% 221.12/40.22 | (2042) all_582_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2042) implies:
% 221.12/40.22 | (2043) all_582_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1671), (2043) imply:
% 221.12/40.22 | (2044) all_580_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2044) implies:
% 221.12/40.22 | (2045) all_580_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1978), (2045) imply:
% 221.12/40.22 | (2046) all_578_0 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2046) implies:
% 221.12/40.22 | (2047) all_578_0 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1979), (2047) imply:
% 221.12/40.22 | (2048) all_576_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2048) implies:
% 221.12/40.22 | (2049) all_576_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1670), (2049) imply:
% 221.12/40.22 | (2050) all_574_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2050) implies:
% 221.12/40.22 | (2051) all_574_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1669), (2051) imply:
% 221.12/40.22 | (2052) all_572_0 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2052) implies:
% 221.12/40.22 | (2053) all_572_0 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1994), (2053) imply:
% 221.12/40.22 | (2054) all_564_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2054) implies:
% 221.12/40.22 | (2055) all_564_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1995), (2055) imply:
% 221.12/40.22 | (2056) all_556_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2056) implies:
% 221.12/40.22 | (2057) all_556_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (2009), (2057) imply:
% 221.12/40.22 | (2058) all_554_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | SIMP: (2058) implies:
% 221.12/40.22 | (2059) all_554_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (2018), (2023) imply:
% 221.12/40.22 | (2060) all_635_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (2011), (2023) imply:
% 221.12/40.22 | (2061) all_638_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1982), (2029) imply:
% 221.12/40.22 | (2062) all_644_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (2004), (2023) imply:
% 221.12/40.22 | (2063) all_650_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1937), (2059) imply:
% 221.12/40.22 | (2064) all_653_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1998), (2035) imply:
% 221.12/40.22 | (2065) all_656_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1992), (2065) imply:
% 221.12/40.22 | (2066) all_668_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1984), (2023) imply:
% 221.12/40.22 | (2067) all_671_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1988), (2066) imply:
% 221.12/40.22 | (2068) all_683_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1986), (2066) imply:
% 221.12/40.22 | (2069) all_686_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1859), (2066) imply:
% 221.12/40.22 | (2070) all_692_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1976), (2023) imply:
% 221.12/40.22 | (2071) all_703_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1958), (2062) imply:
% 221.12/40.22 | (2072) all_706_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1974), (2047) imply:
% 221.12/40.22 | (2073) all_712_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1966), (2023) imply:
% 221.12/40.22 | (2074) all_715_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1968), (2047) imply:
% 221.12/40.22 | (2075) all_718_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1970), (2065) imply:
% 221.12/40.22 | (2076) all_721_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1918), (2065) imply:
% 221.12/40.22 | (2077) all_725_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1947), (2047) imply:
% 221.12/40.22 | (2078) all_728_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1962), (2023) imply:
% 221.12/40.22 | (2079) all_731_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1953), (2023) imply:
% 221.12/40.22 | (2080) all_736_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1949), (2062) imply:
% 221.12/40.22 | (2081) all_742_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1700), (2063) imply:
% 221.12/40.22 | (2082) all_745_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1943), (2023) imply:
% 221.12/40.22 | (2083) all_748_2 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1868), (2062) imply:
% 221.12/40.22 | (2084) all_754_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1941), (2047) imply:
% 221.12/40.22 | (2085) all_760_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1935), (2023) imply:
% 221.12/40.22 | (2086) all_766_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1939), (2047) imply:
% 221.12/40.22 | (2087) all_769_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1933), (2047) imply:
% 221.12/40.22 | (2088) all_772_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1915), (2059) imply:
% 221.12/40.22 | (2089) all_778_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1706), (2086) imply:
% 221.12/40.22 | (2090) all_784_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1931), (2047) imply:
% 221.12/40.22 | (2091) all_787_4 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1929), (2047) imply:
% 221.12/40.22 | (2092) all_789_4 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1927), (2047) imply:
% 221.12/40.22 | (2093) all_791_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1872), (2047) imply:
% 221.12/40.22 | (2094) all_794_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1923), (2023) imply:
% 221.12/40.22 | (2095) all_797_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1906), (2023) imply:
% 221.12/40.22 | (2096) all_800_4 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1821), (2088) imply:
% 221.12/40.22 | (2097) all_802_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1819), (2065) imply:
% 221.12/40.22 | (2098) all_805_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1711), (2089) imply:
% 221.12/40.22 | (2099) all_808_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1881), (2083) imply:
% 221.12/40.22 | (2100) all_811_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1891), (2079) imply:
% 221.12/40.22 | (2101) all_814_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1904), (2023) imply:
% 221.12/40.22 | (2102) all_820_4 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1719), (2061) imply:
% 221.12/40.22 | (2103) all_825_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1897), (2023) imply:
% 221.12/40.22 | (2104) all_828_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1893), (2023) imply:
% 221.12/40.22 | (2105) all_831_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1889), (2023) imply:
% 221.12/40.22 | (2106) all_837_1 = all_552_0
% 221.12/40.22 |
% 221.12/40.22 | COMBINE_EQS: (1864), (2079) imply:
% 221.12/40.22 | (2107) all_840_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1887), (2023) imply:
% 221.12/40.23 | (2108) all_843_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1885), (2023) imply:
% 221.12/40.23 | (2109) all_846_4 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1883), (2023) imply:
% 221.12/40.23 | (2110) all_848_4 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1878), (2023) imply:
% 221.12/40.23 | (2111) all_850_3 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1845), (2100) imply:
% 221.12/40.23 | (2112) all_853_5 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1874), (2023) imply:
% 221.12/40.23 | (2113) all_855_5 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1866), (2113) imply:
% 221.12/40.23 | (2114) all_860_5 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1732), (2094) imply:
% 221.12/40.23 | (2115) all_862_3 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1736), (2062) imply:
% 221.12/40.23 | (2116) all_868_6 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1817), (2113) imply:
% 221.12/40.23 | (2117) all_870_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1841), (2079) imply:
% 221.12/40.23 | (2118) all_873_3 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1835), (2047) imply:
% 221.12/40.23 | (2119) all_876_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1740), (2070) imply:
% 221.12/40.23 | (2120) all_879_6 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1743), (2066) imply:
% 221.12/40.23 | (2121) all_881_7 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1813), (2057) imply:
% 221.12/40.23 | (2122) all_883_7 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1746), (1850) imply:
% 221.12/40.23 | (2123) all_893_7 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1748), (2112) imply:
% 221.12/40.23 | (2124) all_895_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1837), (2079) imply:
% 221.12/40.23 | (2125) all_898_4 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1815), (2023) imply:
% 221.12/40.23 | (2126) all_901_7 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1754), (2079) imply:
% 221.12/40.23 | (2127) all_903_2 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1805), (2047) imply:
% 221.12/40.23 | (2128) all_906_2 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1824), (2125) imply:
% 221.12/40.23 | (2129) all_912_2 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1759), (2029) imply:
% 221.12/40.23 | (2130) all_915_2 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1811), (2125) imply:
% 221.12/40.23 | (2131) all_921_2 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1807), (2097) imply:
% 221.12/40.23 | (2132) all_924_8 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1765), (2065) imply:
% 221.12/40.23 | (2133) all_926_8 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1767), (2113) imply:
% 221.12/40.23 | (2134) all_928_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1769), (2023) imply:
% 221.12/40.23 | (2135) all_931_8 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1771), (2057) imply:
% 221.12/40.23 | (2136) all_933_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1773), (2125) imply:
% 221.12/40.23 | (2137) all_936_5 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1775), (2035) imply:
% 221.12/40.23 | (2138) all_939_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1777), (2097) imply:
% 221.12/40.23 | (2139) all_942_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1779), (2047) imply:
% 221.12/40.23 | (2140) all_945_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1784), (2091) imply:
% 221.12/40.23 | (2141) all_951_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1786), (2074) imply:
% 221.12/40.23 | (2142) all_957_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | COMBINE_EQS: (1790), (1833) imply:
% 221.12/40.23 | (2143) all_960_1 = all_552_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (765), (2143) imply:
% 221.12/40.23 | (2144) number_number_of_nat(all_552_0) = all_960_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (761), (2142) imply:
% 221.12/40.23 | (2145) number_number_of_nat(all_552_0) = all_957_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (757), (2141) imply:
% 221.12/40.23 | (2146) number_number_of_nat(all_552_0) = all_951_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (753), (1781) imply:
% 221.12/40.23 | (2147) number_number_of_nat(all_552_0) = all_948_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (749), (2140) imply:
% 221.12/40.23 | (2148) number_number_of_nat(all_552_0) = all_945_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (745), (2139) imply:
% 221.12/40.23 | (2149) number_number_of_nat(all_552_0) = all_942_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (741), (2138) imply:
% 221.12/40.23 | (2150) number_number_of_nat(all_552_0) = all_939_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (730), (2136) imply:
% 221.12/40.23 | (2151) number_number_of_nat(all_552_0) = all_933_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (726), (2135) imply:
% 221.12/40.23 | (2152) number_number_of_nat(all_552_0) = all_931_3
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (717), (2134) imply:
% 221.12/40.23 | (2153) number_number_of_nat(all_552_0) = all_928_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (713), (2133) imply:
% 221.12/40.23 | (2154) number_number_of_nat(all_552_0) = all_926_7
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (705), (2132) imply:
% 221.12/40.23 | (2155) number_number_of_nat(all_552_0) = all_924_7
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (695), (2131) imply:
% 221.12/40.23 | (2156) number_number_of_nat(all_552_0) = all_921_1
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (691), (1803) imply:
% 221.12/40.23 | (2157) number_number_of_nat(all_552_0) = all_918_1
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (687), (2130) imply:
% 221.12/40.23 | (2158) number_number_of_nat(all_552_0) = all_915_1
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (683), (2129) imply:
% 221.12/40.23 | (2159) number_number_of_nat(all_552_0) = all_912_1
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (679), (1826) imply:
% 221.12/40.23 | (2160) number_number_of_nat(all_552_0) = all_909_1
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (675), (2128) imply:
% 221.12/40.23 | (2161) number_number_of_nat(all_552_0) = all_906_1
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (671), (2127) imply:
% 221.12/40.23 | (2162) number_number_of_nat(all_552_0) = all_903_1
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (667), (2126) imply:
% 221.12/40.23 | (2163) number_number_of_nat(all_552_0) = all_901_6
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (658), (2125) imply:
% 221.12/40.23 | (2164) number_number_of_nat(all_552_0) = all_898_1
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (653), (2124) imply:
% 221.12/40.23 | (2165) number_number_of_nat(all_552_0) = all_895_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (649), (2123) imply:
% 221.12/40.23 | (2166) number_number_of_nat(all_552_0) = all_893_6
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (635), (1850) imply:
% 221.12/40.23 | (2167) number_number_of_nat(all_552_0) = all_885_2
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (625), (2122) imply:
% 221.12/40.23 | (2168) number_number_of_nat(all_552_0) = all_883_6
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (617), (2121) imply:
% 221.12/40.23 | (2169) number_number_of_nat(all_552_0) = all_881_6
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (601), (2119) imply:
% 221.12/40.23 | (2170) number_number_of_nat(all_552_0) = all_876_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (592), (2117) imply:
% 221.12/40.23 | (2171) number_number_of_nat(all_552_0) = all_870_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (578), (1852) imply:
% 221.12/40.23 | (2172) number_number_of_nat(all_552_0) = all_865_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (574), (2115) imply:
% 221.12/40.23 | (2173) number_number_of_nat(all_552_0) = all_862_2
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (545), (2111) imply:
% 221.12/40.23 | (2174) number_number_of_nat(all_552_0) = all_850_2
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (527), (2108) imply:
% 221.12/40.23 | (2175) number_number_of_nat(all_552_0) = all_843_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (523), (2107) imply:
% 221.12/40.23 | (2176) number_number_of_nat(all_552_0) = all_840_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (519), (2106) imply:
% 221.12/40.23 | (2177) number_number_of_nat(all_552_0) = all_837_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (515), (1876) imply:
% 221.12/40.23 | (2178) number_number_of_nat(all_552_0) = all_834_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (511), (2105) imply:
% 221.12/40.23 | (2179) number_number_of_nat(all_552_0) = all_831_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (507), (2104) imply:
% 221.12/40.23 | (2180) number_number_of_nat(all_552_0) = all_828_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (503), (2103) imply:
% 221.12/40.23 | (2181) number_number_of_nat(all_552_0) = all_825_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (489), (1895) imply:
% 221.12/40.23 | (2182) number_number_of_nat(all_552_0) = all_817_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (485), (2101) imply:
% 221.12/40.23 | (2183) number_number_of_nat(all_552_0) = all_814_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (481), (2100) imply:
% 221.12/40.23 | (2184) number_number_of_nat(all_552_0) = all_811_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (477), (2099) imply:
% 221.12/40.23 | (2185) number_number_of_nat(all_552_0) = all_808_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (473), (2098) imply:
% 221.12/40.23 | (2186) number_number_of_nat(all_552_0) = all_805_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (469), (2097) imply:
% 221.12/40.23 | (2187) number_number_of_nat(all_552_0) = all_802_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (457), (2095) imply:
% 221.12/40.23 | (2188) number_number_of_nat(all_552_0) = all_797_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (453), (2094) imply:
% 221.12/40.23 | (2189) number_number_of_nat(all_552_0) = all_794_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (449), (2093) imply:
% 221.12/40.23 | (2190) number_number_of_nat(all_552_0) = all_791_0
% 221.12/40.23 |
% 221.12/40.23 | REDUCE: (438), (2091) imply:
% 221.12/40.23 | (2191) number_number_of_nat(all_552_0) = all_787_3
% 221.12/40.23 |
% 221.12/40.24 | REDUCE: (432), (2090) imply:
% 221.12/40.24 | (2192) number_number_of_nat(all_552_0) = all_784_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (426), (2089) imply:
% 221.12/40.24 | (2193) number_number_of_nat(all_552_0) = all_778_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (420), (2088) imply:
% 221.12/40.24 | (2194) number_number_of_nat(all_552_0) = all_772_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (416), (2087) imply:
% 221.12/40.24 | (2195) number_number_of_nat(all_552_0) = all_769_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (412), (2086) imply:
% 221.12/40.24 | (2196) number_number_of_nat(all_552_0) = all_766_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (408), (1908) imply:
% 221.12/40.24 | (2197) number_number_of_nat(all_552_0) = all_763_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (404), (2085) imply:
% 221.12/40.24 | (2198) number_number_of_nat(all_552_0) = all_760_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (398), (2084) imply:
% 221.12/40.24 | (2199) number_number_of_nat(all_552_0) = all_754_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (394), (1945) imply:
% 221.12/40.24 | (2200) number_number_of_nat(all_552_0) = all_751_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (387), (2082) imply:
% 221.12/40.24 | (2201) number_number_of_nat(all_552_0) = all_745_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (383), (2081) imply:
% 221.12/40.24 | (2202) number_number_of_nat(all_552_0) = all_742_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (376), (2080) imply:
% 221.12/40.24 | (2203) number_number_of_nat(all_552_0) = all_736_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (372), (1960) imply:
% 221.12/40.24 | (2204) number_number_of_nat(all_552_0) = all_734_2
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (365), (2079) imply:
% 221.12/40.24 | (2205) number_number_of_nat(all_552_0) = all_731_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (361), (2078) imply:
% 221.12/40.24 | (2206) number_number_of_nat(all_552_0) = all_728_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (357), (2077) imply:
% 221.12/40.24 | (2207) number_number_of_nat(all_552_0) = all_725_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (353), (2076) imply:
% 221.12/40.24 | (2208) number_number_of_nat(all_552_0) = all_721_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (349), (2075) imply:
% 221.12/40.24 | (2209) number_number_of_nat(all_552_0) = all_718_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (345), (2074) imply:
% 221.12/40.24 | (2210) number_number_of_nat(all_552_0) = all_715_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (341), (2073) imply:
% 221.12/40.24 | (2211) number_number_of_nat(all_552_0) = all_712_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (335), (2072) imply:
% 221.12/40.24 | (2212) number_number_of_nat(all_552_0) = all_706_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (331), (2071) imply:
% 221.12/40.24 | (2213) number_number_of_nat(all_552_0) = all_703_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (323), (2070) imply:
% 221.12/40.24 | (2214) number_number_of_nat(all_552_0) = all_692_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (317), (2069) imply:
% 221.12/40.24 | (2215) number_number_of_nat(all_552_0) = all_686_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (313), (2068) imply:
% 221.12/40.24 | (2216) number_number_of_nat(all_552_0) = all_683_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (302), (2067) imply:
% 221.12/40.24 | (2217) number_number_of_nat(all_552_0) = all_671_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (298), (2066) imply:
% 221.12/40.24 | (2218) number_number_of_nat(all_552_0) = all_668_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (283), (2064) imply:
% 221.12/40.24 | (2219) number_number_of_nat(all_552_0) = all_653_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (265), (2060) imply:
% 221.12/40.24 | (2220) number_number_of_nat(all_552_0) = all_635_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (261), (2016) imply:
% 221.12/40.24 | (2221) number_number_of_nat(all_552_0) = all_632_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (250), (2025) imply:
% 221.12/40.24 | (2222) number_number_of_nat(all_552_0) = all_614_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (244), (2027) imply:
% 221.12/40.24 | (2223) number_number_of_nat(all_552_0) = all_608_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (238), (2029) imply:
% 221.12/40.24 | (2224) number_number_of_nat(all_552_0) = all_602_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (234), (2031) imply:
% 221.12/40.24 | (2225) number_number_of_nat(all_552_0) = all_599_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (210), (2043) imply:
% 221.12/40.24 | (2226) number_number_of_nat(all_552_0) = all_582_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (206), (2045) imply:
% 221.12/40.24 | (2227) number_number_of_nat(all_552_0) = all_580_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (199), (2049) imply:
% 221.12/40.24 | (2228) number_number_of_nat(all_552_0) = all_576_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (195), (2051) imply:
% 221.12/40.24 | (2229) number_number_of_nat(all_552_0) = all_574_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (1545), (2053) imply:
% 221.12/40.24 | (2230) number_number_of_nat(all_552_0) = all_546_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (182), (2055) imply:
% 221.12/40.24 | (2231) number_number_of_nat(all_552_0) = all_564_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (176), (2057) imply:
% 221.12/40.24 | (2232) number_number_of_nat(all_552_0) = all_556_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (172), (2059) imply:
% 221.12/40.24 | (2233) number_number_of_nat(all_552_0) = all_554_0
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (736), (2137) imply:
% 221.12/40.24 | (2234) bit0(all_552_0) = all_936_4
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (723), (2135) imply:
% 221.12/40.24 | (2235) bit0(all_552_0) = all_931_7
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (711), (2133) imply:
% 221.12/40.24 | (2236) bit0(all_552_0) = all_926_5
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (702), (2132) imply:
% 221.12/40.24 | (2237) bit0(all_552_0) = all_924_4
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (664), (2126) imply:
% 221.12/40.24 | (2238) bit0(all_552_0) = all_901_3
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (656), (2125) imply:
% 221.12/40.24 | (2239) bit0(all_552_0) = all_898_3
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (646), (2123) imply:
% 221.12/40.24 | (2240) bit0(all_552_0) = all_893_3
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (632), (1850) imply:
% 221.12/40.24 | (2241) bit0(all_552_0) = all_885_6
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (623), (2122) imply:
% 221.12/40.24 | (2242) bit0(all_552_0) = all_883_3
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (614), (2121) imply:
% 221.12/40.24 | (2243) bit0(all_552_0) = all_881_3
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (607), (2120) imply:
% 221.12/40.24 | (2244) bit0(all_552_0) = all_879_5
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (596), (2118) imply:
% 221.12/40.24 | (2245) bit0(all_552_0) = all_873_2
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (587), (2116) imply:
% 221.12/40.24 | (2246) bit0(all_552_0) = all_868_5
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (572), (2115) imply:
% 221.12/40.24 | (2247) bit0(all_552_0) = all_862_1
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (568), (2114) imply:
% 221.12/40.24 | (2248) bit0(all_552_0) = all_860_4
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (558), (2113) imply:
% 221.12/40.24 | (2249) bit0(all_552_0) = all_855_4
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (551), (2112) imply:
% 221.12/40.24 | (2250) bit0(all_552_0) = all_853_4
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (540), (2110) imply:
% 221.12/40.24 | (2251) bit0(all_552_0) = all_848_3
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (533), (2109) imply:
% 221.12/40.24 | (2252) bit0(all_552_0) = all_846_3
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (495), (2102) imply:
% 221.12/40.24 | (2253) bit0(all_552_0) = all_820_3
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (464), (2096) imply:
% 221.12/40.24 | (2254) bit0(all_552_0) = all_800_3
% 221.12/40.24 |
% 221.12/40.24 | REDUCE: (444), (2092) imply:
% 221.12/40.24 | (2255) bit0(all_552_0) = all_789_3
% 221.12/40.24 |
% 221.12/40.24 | GROUND_INST: instantiating (137) with all_846_3, all_855_4, all_552_0,
% 221.12/40.24 | simplifying with (2249), (2252) gives:
% 221.12/40.24 | (2256) all_855_4 = all_846_3
% 221.12/40.24 |
% 221.12/40.24 | GROUND_INST: instantiating (137) with all_789_3, all_855_4, all_552_0,
% 221.12/40.24 | simplifying with (2249), (2255) gives:
% 221.12/40.24 | (2257) all_855_4 = all_789_3
% 221.12/40.24 |
% 221.12/40.24 | GROUND_INST: instantiating (137) with all_848_3, all_860_4, all_552_0,
% 221.12/40.24 | simplifying with (2248), (2251) gives:
% 221.12/40.24 | (2258) all_860_4 = all_848_3
% 221.12/40.24 |
% 221.12/40.24 | GROUND_INST: instantiating (137) with all_846_3, all_860_4, all_552_0,
% 221.12/40.24 | simplifying with (2248), (2252) gives:
% 221.12/40.24 | (2259) all_860_4 = all_846_3
% 221.12/40.24 |
% 221.12/40.24 | GROUND_INST: instantiating (137) with all_820_3, all_860_4, all_552_0,
% 221.12/40.24 | simplifying with (2248), (2253) gives:
% 221.12/40.24 | (2260) all_860_4 = all_820_3
% 221.12/40.24 |
% 221.12/40.24 | GROUND_INST: instantiating (137) with all_860_4, all_862_1, all_552_0,
% 221.12/40.24 | simplifying with (2247), (2248) gives:
% 221.12/40.24 | (2261) all_862_1 = all_860_4
% 221.12/40.24 |
% 221.12/40.24 | GROUND_INST: instantiating (137) with all_800_3, all_862_1, all_552_0,
% 221.12/40.24 | simplifying with (2247), (2254) gives:
% 221.12/40.24 | (2262) all_862_1 = all_800_3
% 221.12/40.24 |
% 221.12/40.24 | GROUND_INST: instantiating (137) with all_862_1, all_868_5, all_552_0,
% 221.12/40.24 | simplifying with (2246), (2247) gives:
% 221.12/40.24 | (2263) all_868_5 = all_862_1
% 221.12/40.24 |
% 221.12/40.24 | GROUND_INST: instantiating (137) with all_868_5, all_873_2, all_552_0,
% 221.12/40.24 | simplifying with (2245), (2246) gives:
% 221.12/40.24 | (2264) all_873_2 = all_868_5
% 221.12/40.24 |
% 221.12/40.24 | GROUND_INST: instantiating (137) with all_873_2, all_879_5, all_552_0,
% 221.12/40.24 | simplifying with (2244), (2245) gives:
% 221.12/40.25 | (2265) all_879_5 = all_873_2
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (137) with all_879_5, all_881_3, all_552_0,
% 221.12/40.25 | simplifying with (2243), (2244) gives:
% 221.12/40.25 | (2266) all_881_3 = all_879_5
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (137) with all_881_3, all_883_3, all_552_0,
% 221.12/40.25 | simplifying with (2242), (2243) gives:
% 221.12/40.25 | (2267) all_883_3 = all_881_3
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (137) with all_883_3, all_885_6, all_552_0,
% 221.12/40.25 | simplifying with (2241), (2242) gives:
% 221.12/40.25 | (2268) all_885_6 = all_883_3
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (137) with all_885_6, all_893_3, all_552_0,
% 221.12/40.25 | simplifying with (2240), (2241) gives:
% 221.12/40.25 | (2269) all_893_3 = all_885_6
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (137) with all_893_3, all_898_3, all_552_0,
% 221.12/40.25 | simplifying with (2239), (2240) gives:
% 221.12/40.25 | (2270) all_898_3 = all_893_3
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (137) with all_898_3, all_901_3, all_552_0,
% 221.12/40.25 | simplifying with (2238), (2239) gives:
% 221.12/40.25 | (2271) all_901_3 = all_898_3
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (137) with all_901_3, all_924_4, all_552_0,
% 221.12/40.25 | simplifying with (2237), (2238) gives:
% 221.12/40.25 | (2272) all_924_4 = all_901_3
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (137) with all_924_4, all_926_5, all_552_0,
% 221.12/40.25 | simplifying with (2236), (2237) gives:
% 221.12/40.25 | (2273) all_926_5 = all_924_4
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (137) with all_926_5, all_931_7, all_552_0,
% 221.12/40.25 | simplifying with (2235), (2236) gives:
% 221.12/40.25 | (2274) all_931_7 = all_926_5
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (137) with all_931_7, all_936_4, all_552_0,
% 221.12/40.25 | simplifying with (2234), (2235) gives:
% 221.12/40.25 | (2275) all_936_4 = all_931_7
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (137) with all_853_4, all_936_4, all_552_0,
% 221.12/40.25 | simplifying with (2234), (2250) gives:
% 221.12/40.25 | (2276) all_936_4 = all_853_4
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_556_0, all_576_0, all_552_0,
% 221.12/40.25 | simplifying with (2228), (2232) gives:
% 221.12/40.25 | (2277) all_576_0 = all_556_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_564_0, all_582_0, all_552_0,
% 221.12/40.25 | simplifying with (2226), (2231) gives:
% 221.12/40.25 | (2278) all_582_0 = all_564_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_582_0, all_599_0, all_552_0,
% 221.12/40.25 | simplifying with (2225), (2226) gives:
% 221.12/40.25 | (2279) all_599_0 = all_582_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_599_0, all_602_0, all_552_0,
% 221.12/40.25 | simplifying with (2224), (2225) gives:
% 221.12/40.25 | (2280) all_602_0 = all_599_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_602_0, all_608_0, all_552_0,
% 221.12/40.25 | simplifying with (2223), (2224) gives:
% 221.12/40.25 | (2281) all_608_0 = all_602_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_608_0, all_632_0, all_552_0,
% 221.12/40.25 | simplifying with (2221), (2223) gives:
% 221.12/40.25 | (2282) all_632_0 = all_608_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_632_0, all_653_0, all_552_0,
% 221.12/40.25 | simplifying with (2219), (2221) gives:
% 221.12/40.25 | (2283) all_653_0 = all_632_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_653_0, all_683_0, all_552_0,
% 221.12/40.25 | simplifying with (2216), (2219) gives:
% 221.12/40.25 | (2284) all_683_0 = all_653_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_686_0, all_692_0, all_552_0,
% 221.12/40.25 | simplifying with (2214), (2215) gives:
% 221.12/40.25 | (2285) all_692_0 = all_686_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_692_0, all_706_0, all_552_0,
% 221.12/40.25 | simplifying with (2212), (2214) gives:
% 221.12/40.25 | (2286) all_706_0 = all_692_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_683_0, all_712_0, all_552_0,
% 221.12/40.25 | simplifying with (2211), (2216) gives:
% 221.12/40.25 | (2287) all_712_0 = all_683_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_686_0, all_721_0, all_552_0,
% 221.12/40.25 | simplifying with (2208), (2215) gives:
% 221.12/40.25 | (2288) all_721_0 = all_686_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_671_0, all_721_0, all_552_0,
% 221.12/40.25 | simplifying with (2208), (2217) gives:
% 221.12/40.25 | (2289) all_721_0 = all_671_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_668_0, all_721_0, all_552_0,
% 221.12/40.25 | simplifying with (2208), (2218) gives:
% 221.12/40.25 | (2290) all_721_0 = all_668_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_712_0, all_728_0, all_552_0,
% 221.12/40.25 | simplifying with (2206), (2211) gives:
% 221.12/40.25 | (2291) all_728_0 = all_712_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_728_0, all_736_0, all_552_0,
% 221.12/40.25 | simplifying with (2203), (2206) gives:
% 221.12/40.25 | (2292) all_736_0 = all_728_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_734_2, all_742_0, all_552_0,
% 221.12/40.25 | simplifying with (2202), (2204) gives:
% 221.12/40.25 | (2293) all_742_0 = all_734_2
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_742_0, all_745_0, all_552_0,
% 221.12/40.25 | simplifying with (2201), (2202) gives:
% 221.12/40.25 | (2294) all_745_0 = all_742_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_760_0, all_763_0, all_552_0,
% 221.12/40.25 | simplifying with (2197), (2198) gives:
% 221.12/40.25 | (2295) all_763_0 = all_760_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_763_0, all_766_0, all_552_0,
% 221.12/40.25 | simplifying with (2196), (2197) gives:
% 221.12/40.25 | (2296) all_766_0 = all_763_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_736_0, all_769_0, all_552_0,
% 221.12/40.25 | simplifying with (2195), (2203) gives:
% 221.12/40.25 | (2297) all_769_0 = all_736_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_766_0, all_772_0, all_552_0,
% 221.12/40.25 | simplifying with (2194), (2196) gives:
% 221.12/40.25 | (2298) all_772_0 = all_766_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_772_0, all_778_0, all_552_0,
% 221.12/40.25 | simplifying with (2193), (2194) gives:
% 221.12/40.25 | (2299) all_778_0 = all_772_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_778_0, all_791_0, all_552_0,
% 221.12/40.25 | simplifying with (2190), (2193) gives:
% 221.12/40.25 | (2300) all_791_0 = all_778_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_576_0, all_794_0, all_552_0,
% 221.12/40.25 | simplifying with (2189), (2228) gives:
% 221.12/40.25 | (2301) all_794_0 = all_576_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_791_0, all_797_0, all_552_0,
% 221.12/40.25 | simplifying with (2188), (2190) gives:
% 221.12/40.25 | (2302) all_797_0 = all_791_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_797_0, all_805_0, all_552_0,
% 221.12/40.25 | simplifying with (2186), (2188) gives:
% 221.12/40.25 | (2303) all_805_0 = all_797_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_769_0, all_811_0, all_552_0,
% 221.12/40.25 | simplifying with (2184), (2195) gives:
% 221.12/40.25 | (2304) all_811_0 = all_769_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_791_0, all_814_0, all_552_0,
% 221.12/40.25 | simplifying with (2183), (2190) gives:
% 221.12/40.25 | (2305) all_814_0 = all_791_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_787_3, all_814_0, all_552_0,
% 221.12/40.25 | simplifying with (2183), (2191) gives:
% 221.12/40.25 | (2306) all_814_0 = all_787_3
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_703_0, all_814_0, all_552_0,
% 221.12/40.25 | simplifying with (2183), (2213) gives:
% 221.12/40.25 | (2307) all_814_0 = all_703_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_718_0, all_837_0, all_552_0,
% 221.12/40.25 | simplifying with (2177), (2209) gives:
% 221.12/40.25 | (2308) all_837_0 = all_718_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_715_0, all_837_0, all_552_0,
% 221.12/40.25 | simplifying with (2177), (2210) gives:
% 221.12/40.25 | (2309) all_837_0 = all_715_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_712_0, all_837_0, all_552_0,
% 221.12/40.25 | simplifying with (2177), (2211) gives:
% 221.12/40.25 | (2310) all_837_0 = all_712_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_811_0, all_862_2, all_552_0,
% 221.12/40.25 | simplifying with (2173), (2184) gives:
% 221.12/40.25 | (2311) all_862_2 = all_811_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_850_2, all_865_0, all_552_0,
% 221.12/40.25 | simplifying with (2172), (2174) gives:
% 221.12/40.25 | (2312) all_865_0 = all_850_2
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_828_0, all_865_0, all_552_0,
% 221.12/40.25 | simplifying with (2172), (2180) gives:
% 221.12/40.25 | (2313) all_865_0 = all_828_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_805_0, all_865_0, all_552_0,
% 221.12/40.25 | simplifying with (2172), (2186) gives:
% 221.12/40.25 | (2314) all_865_0 = all_805_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_862_2, all_870_0, all_552_0,
% 221.12/40.25 | simplifying with (2171), (2173) gives:
% 221.12/40.25 | (2315) all_870_0 = all_862_2
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_843_0, all_876_0, all_552_0,
% 221.12/40.25 | simplifying with (2170), (2175) gives:
% 221.12/40.25 | (2316) all_876_0 = all_843_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_870_0, all_881_6, all_552_0,
% 221.12/40.25 | simplifying with (2169), (2171) gives:
% 221.12/40.25 | (2317) all_881_6 = all_870_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_881_6, all_883_6, all_552_0,
% 221.12/40.25 | simplifying with (2168), (2169) gives:
% 221.12/40.25 | (2318) all_883_6 = all_881_6
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_865_0, all_895_0, all_552_0,
% 221.12/40.25 | simplifying with (2165), (2172) gives:
% 221.12/40.25 | (2319) all_895_0 = all_865_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_843_0, all_895_0, all_552_0,
% 221.12/40.25 | simplifying with (2165), (2175) gives:
% 221.12/40.25 | (2320) all_895_0 = all_843_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_831_0, all_895_0, all_552_0,
% 221.12/40.25 | simplifying with (2165), (2179) gives:
% 221.12/40.25 | (2321) all_895_0 = all_831_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_718_0, all_901_6, all_552_0,
% 221.12/40.25 | simplifying with (2163), (2209) gives:
% 221.12/40.25 | (2322) all_901_6 = all_718_0
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_893_6, all_903_1, all_552_0,
% 221.12/40.25 | simplifying with (2162), (2166) gives:
% 221.12/40.25 | (2323) all_903_1 = all_893_6
% 221.12/40.25 |
% 221.12/40.25 | GROUND_INST: instantiating (139) with all_885_2, all_903_1, all_552_0,
% 221.12/40.25 | simplifying with (2162), (2167) gives:
% 221.12/40.25 | (2324) all_903_1 = all_885_2
% 221.12/40.25 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_883_6, all_903_1, all_552_0,
% 221.12/40.26 | simplifying with (2162), (2168) gives:
% 221.12/40.26 | (2325) all_903_1 = all_883_6
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_668_0, all_906_1, all_552_0,
% 221.12/40.26 | simplifying with (2161), (2218) gives:
% 221.12/40.26 | (2326) all_906_1 = all_668_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_635_0, all_906_1, all_552_0,
% 221.12/40.26 | simplifying with (2161), (2220) gives:
% 221.12/40.26 | (2327) all_906_1 = all_635_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_632_0, all_906_1, all_552_0,
% 221.12/40.26 | simplifying with (2161), (2221) gives:
% 221.12/40.26 | (2328) all_906_1 = all_632_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_808_0, all_909_1, all_552_0,
% 221.12/40.26 | simplifying with (2160), (2185) gives:
% 221.12/40.26 | (2329) all_909_1 = all_808_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_751_0, all_909_1, all_552_0,
% 221.12/40.26 | simplifying with (2160), (2200) gives:
% 221.12/40.26 | (2330) all_909_1 = all_751_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_706_0, all_909_1, all_552_0,
% 221.12/40.26 | simplifying with (2160), (2212) gives:
% 221.12/40.26 | (2331) all_909_1 = all_706_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_794_0, all_912_1, all_552_0,
% 221.12/40.26 | simplifying with (2159), (2189) gives:
% 221.12/40.26 | (2332) all_912_1 = all_794_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_546_0, all_912_1, all_552_0,
% 221.12/40.26 | simplifying with (2159), (2230) gives:
% 221.12/40.26 | (2333) all_912_1 = all_546_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_582_0, all_915_1, all_552_0,
% 221.12/40.26 | simplifying with (2158), (2226) gives:
% 221.12/40.26 | (2334) all_915_1 = all_582_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_576_0, all_915_1, all_552_0,
% 221.12/40.26 | simplifying with (2158), (2228) gives:
% 221.12/40.26 | (2335) all_915_1 = all_576_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_574_0, all_915_1, all_552_0,
% 221.12/40.26 | simplifying with (2158), (2229) gives:
% 221.12/40.26 | (2336) all_915_1 = all_574_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_876_0, all_918_1, all_552_0,
% 221.12/40.26 | simplifying with (2157), (2170) gives:
% 221.12/40.26 | (2337) all_918_1 = all_876_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_850_2, all_921_1, all_552_0,
% 221.12/40.26 | simplifying with (2156), (2174) gives:
% 221.12/40.26 | (2338) all_921_1 = all_850_2
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_817_0, all_921_1, all_552_0,
% 221.12/40.26 | simplifying with (2156), (2182) gives:
% 221.12/40.26 | (2339) all_921_1 = all_817_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_898_1, all_924_7, all_552_0,
% 221.12/40.26 | simplifying with (2155), (2164) gives:
% 221.12/40.26 | (2340) all_924_7 = all_898_1
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_834_0, all_924_7, all_552_0,
% 221.12/40.26 | simplifying with (2155), (2178) gives:
% 221.12/40.26 | (2341) all_924_7 = all_834_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_808_0, all_924_7, all_552_0,
% 221.12/40.26 | simplifying with (2155), (2185) gives:
% 221.12/40.26 | (2342) all_924_7 = all_808_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_614_0, all_924_7, all_552_0,
% 221.12/40.26 | simplifying with (2155), (2222) gives:
% 221.12/40.26 | (2343) all_924_7 = all_614_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_901_6, all_926_7, all_552_0,
% 221.12/40.26 | simplifying with (2154), (2163) gives:
% 221.12/40.26 | (2344) all_926_7 = all_901_6
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_865_0, all_928_0, all_552_0,
% 221.12/40.26 | simplifying with (2153), (2172) gives:
% 221.12/40.26 | (2345) all_928_0 = all_865_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_928_0, all_931_3, all_552_0,
% 221.12/40.26 | simplifying with (2152), (2153) gives:
% 221.12/40.26 | (2346) all_931_3 = all_928_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_825_0, all_931_3, all_552_0,
% 221.12/40.26 | simplifying with (2152), (2181) gives:
% 221.12/40.26 | (2347) all_931_3 = all_825_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_901_6, all_933_0, all_552_0,
% 221.12/40.26 | simplifying with (2151), (2163) gives:
% 221.12/40.26 | (2348) all_933_0 = all_901_6
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_734_2, all_933_0, all_552_0,
% 221.12/40.26 | simplifying with (2151), (2204) gives:
% 221.12/40.26 | (2349) all_933_0 = all_734_2
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_731_0, all_933_0, all_552_0,
% 221.12/40.26 | simplifying with (2151), (2205) gives:
% 221.12/40.26 | (2350) all_933_0 = all_731_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_760_0, all_939_0, all_552_0,
% 221.12/40.26 | simplifying with (2150), (2198) gives:
% 221.12/40.26 | (2351) all_939_0 = all_760_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_754_0, all_939_0, all_552_0,
% 221.12/40.26 | simplifying with (2150), (2199) gives:
% 221.12/40.26 | (2352) all_939_0 = all_754_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_745_0, all_939_0, all_552_0,
% 221.12/40.26 | simplifying with (2150), (2201) gives:
% 221.12/40.26 | (2353) all_939_0 = all_745_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_915_1, all_942_0, all_552_0,
% 221.12/40.26 | simplifying with (2149), (2158) gives:
% 221.12/40.26 | (2354) all_942_0 = all_915_1
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_554_0, all_942_0, all_552_0,
% 221.12/40.26 | simplifying with (2149), (2233) gives:
% 221.12/40.26 | (2355) all_942_0 = all_554_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_893_6, all_945_0, all_552_0,
% 221.12/40.26 | simplifying with (2148), (2166) gives:
% 221.12/40.26 | (2356) all_945_0 = all_893_6
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_802_0, all_945_0, all_552_0,
% 221.12/40.26 | simplifying with (2148), (2187) gives:
% 221.12/40.26 | (2357) all_945_0 = all_802_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_918_1, all_948_0, all_552_0,
% 221.12/40.26 | simplifying with (2147), (2157) gives:
% 221.12/40.26 | (2358) all_948_0 = all_918_1
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_784_0, all_948_0, all_552_0,
% 221.12/40.26 | simplifying with (2147), (2192) gives:
% 221.12/40.26 | (2359) all_948_0 = all_784_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_926_7, all_951_0, all_552_0,
% 221.12/40.26 | simplifying with (2146), (2154) gives:
% 221.12/40.26 | (2360) all_951_0 = all_926_7
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_840_0, all_957_0, all_552_0,
% 221.12/40.26 | simplifying with (2145), (2176) gives:
% 221.12/40.26 | (2361) all_957_0 = all_840_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_811_0, all_957_0, all_552_0,
% 221.12/40.26 | simplifying with (2145), (2184) gives:
% 221.12/40.26 | (2362) all_957_0 = all_811_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_580_0, all_957_0, all_552_0,
% 221.12/40.26 | simplifying with (2145), (2227) gives:
% 221.12/40.26 | (2363) all_957_0 = all_580_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_951_0, all_960_0, all_552_0,
% 221.12/40.26 | simplifying with (2144), (2146) gives:
% 221.12/40.26 | (2364) all_960_0 = all_951_0
% 221.12/40.26 |
% 221.12/40.26 | GROUND_INST: instantiating (139) with all_725_0, all_960_0, all_552_0,
% 221.12/40.26 | simplifying with (2144), (2207) gives:
% 221.12/40.26 | (2365) all_960_0 = all_725_0
% 221.12/40.26 |
% 221.12/40.26 | COMBINE_EQS: (2364), (2365) imply:
% 221.12/40.26 | (2366) all_951_0 = all_725_0
% 221.12/40.26 |
% 221.12/40.26 | SIMP: (2366) implies:
% 221.12/40.26 | (2367) all_951_0 = all_725_0
% 221.12/40.26 |
% 221.12/40.26 | COMBINE_EQS: (2361), (2362) imply:
% 221.12/40.26 | (2368) all_840_0 = all_811_0
% 221.12/40.26 |
% 221.12/40.26 | COMBINE_EQS: (2361), (2363) imply:
% 221.12/40.26 | (2369) all_840_0 = all_580_0
% 221.12/40.26 |
% 221.12/40.26 | COMBINE_EQS: (2360), (2367) imply:
% 221.12/40.26 | (2370) all_926_7 = all_725_0
% 221.12/40.26 |
% 221.12/40.26 | SIMP: (2370) implies:
% 221.12/40.26 | (2371) all_926_7 = all_725_0
% 221.12/40.26 |
% 221.12/40.26 | COMBINE_EQS: (2358), (2359) imply:
% 221.12/40.26 | (2372) all_918_1 = all_784_0
% 221.12/40.26 |
% 221.12/40.26 | SIMP: (2372) implies:
% 221.12/40.26 | (2373) all_918_1 = all_784_0
% 221.12/40.26 |
% 221.12/40.26 | COMBINE_EQS: (2356), (2357) imply:
% 221.12/40.26 | (2374) all_893_6 = all_802_0
% 221.12/40.26 |
% 221.12/40.26 | SIMP: (2374) implies:
% 221.12/40.26 | (2375) all_893_6 = all_802_0
% 221.12/40.26 |
% 221.12/40.26 | COMBINE_EQS: (2354), (2355) imply:
% 221.12/40.26 | (2376) all_915_1 = all_554_0
% 221.12/40.26 |
% 221.12/40.26 | SIMP: (2376) implies:
% 221.12/40.26 | (2377) all_915_1 = all_554_0
% 221.12/40.26 |
% 221.12/40.26 | COMBINE_EQS: (2351), (2352) imply:
% 221.12/40.26 | (2378) all_760_0 = all_754_0
% 221.12/40.26 |
% 221.12/40.26 | SIMP: (2378) implies:
% 221.12/40.26 | (2379) all_760_0 = all_754_0
% 221.12/40.26 |
% 221.12/40.26 | COMBINE_EQS: (2352), (2353) imply:
% 221.12/40.26 | (2380) all_754_0 = all_745_0
% 221.12/40.26 |
% 221.12/40.26 | COMBINE_EQS: (2275), (2276) imply:
% 221.12/40.26 | (2381) all_931_7 = all_853_4
% 221.12/40.26 |
% 221.12/40.26 | SIMP: (2381) implies:
% 221.12/40.26 | (2382) all_931_7 = all_853_4
% 221.12/40.26 |
% 221.12/40.26 | COMBINE_EQS: (2349), (2350) imply:
% 221.12/40.26 | (2383) all_734_2 = all_731_0
% 221.12/40.26 |
% 221.12/40.26 | SIMP: (2383) implies:
% 221.12/40.26 | (2384) all_734_2 = all_731_0
% 221.12/40.26 |
% 221.12/40.26 | COMBINE_EQS: (2348), (2350) imply:
% 221.12/40.26 | (2385) all_901_6 = all_731_0
% 221.12/40.26 |
% 221.12/40.26 | SIMP: (2385) implies:
% 221.12/40.26 | (2386) all_901_6 = all_731_0
% 221.12/40.26 |
% 221.12/40.27 | COMBINE_EQS: (2346), (2347) imply:
% 221.12/40.27 | (2387) all_928_0 = all_825_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2387) implies:
% 221.12/40.27 | (2388) all_928_0 = all_825_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2274), (2382) imply:
% 221.12/40.27 | (2389) all_926_5 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2389) implies:
% 221.12/40.27 | (2390) all_926_5 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2345), (2388) imply:
% 221.12/40.27 | (2391) all_865_0 = all_825_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2391) implies:
% 221.12/40.27 | (2392) all_865_0 = all_825_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2273), (2390) imply:
% 221.12/40.27 | (2393) all_924_4 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2393) implies:
% 221.12/40.27 | (2394) all_924_4 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2344), (2371) imply:
% 221.12/40.27 | (2395) all_901_6 = all_725_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2395) implies:
% 221.12/40.27 | (2396) all_901_6 = all_725_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2272), (2394) imply:
% 221.12/40.27 | (2397) all_901_3 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2397) implies:
% 221.12/40.27 | (2398) all_901_3 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2340), (2343) imply:
% 221.12/40.27 | (2399) all_898_1 = all_614_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2340), (2342) imply:
% 221.12/40.27 | (2400) all_898_1 = all_808_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2340), (2341) imply:
% 221.12/40.27 | (2401) all_898_1 = all_834_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2338), (2339) imply:
% 221.12/40.27 | (2402) all_850_2 = all_817_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2402) implies:
% 221.12/40.27 | (2403) all_850_2 = all_817_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2337), (2373) imply:
% 221.12/40.27 | (2404) all_876_0 = all_784_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2404) implies:
% 221.12/40.27 | (2405) all_876_0 = all_784_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2334), (2336) imply:
% 221.12/40.27 | (2406) all_582_0 = all_574_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2406) implies:
% 221.12/40.27 | (2407) all_582_0 = all_574_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2336), (2377) imply:
% 221.12/40.27 | (2408) all_574_0 = all_554_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2335), (2336) imply:
% 221.12/40.27 | (2409) all_576_0 = all_574_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2409) implies:
% 221.12/40.27 | (2410) all_576_0 = all_574_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2332), (2333) imply:
% 221.12/40.27 | (2411) all_794_0 = all_546_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2411) implies:
% 221.12/40.27 | (2412) all_794_0 = all_546_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2330), (2331) imply:
% 221.12/40.27 | (2413) all_751_0 = all_706_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2329), (2330) imply:
% 221.12/40.27 | (2414) all_808_0 = all_751_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2414) implies:
% 221.12/40.27 | (2415) all_808_0 = all_751_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2326), (2327) imply:
% 221.12/40.27 | (2416) all_668_0 = all_635_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2416) implies:
% 221.12/40.27 | (2417) all_668_0 = all_635_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2327), (2328) imply:
% 221.12/40.27 | (2418) all_635_0 = all_632_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2324), (2325) imply:
% 221.12/40.27 | (2419) all_885_2 = all_883_6
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2323), (2324) imply:
% 221.12/40.27 | (2420) all_893_6 = all_885_2
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2420) implies:
% 221.12/40.27 | (2421) all_893_6 = all_885_2
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2271), (2398) imply:
% 221.12/40.27 | (2422) all_898_3 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2422) implies:
% 221.12/40.27 | (2423) all_898_3 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2386), (2396) imply:
% 221.12/40.27 | (2424) all_731_0 = all_725_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2424) implies:
% 221.12/40.27 | (2425) all_731_0 = all_725_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2322), (2396) imply:
% 221.12/40.27 | (2426) all_725_0 = all_718_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2400), (2401) imply:
% 221.12/40.27 | (2427) all_834_0 = all_808_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2399), (2401) imply:
% 221.12/40.27 | (2428) all_834_0 = all_614_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2270), (2423) imply:
% 221.12/40.27 | (2429) all_893_3 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2429) implies:
% 221.12/40.27 | (2430) all_893_3 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2319), (2321) imply:
% 221.12/40.27 | (2431) all_865_0 = all_831_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2431) implies:
% 221.12/40.27 | (2432) all_865_0 = all_831_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2320), (2321) imply:
% 221.12/40.27 | (2433) all_843_0 = all_831_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2433) implies:
% 221.12/40.27 | (2434) all_843_0 = all_831_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2269), (2430) imply:
% 221.12/40.27 | (2435) all_885_6 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2435) implies:
% 221.12/40.27 | (2436) all_885_6 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2375), (2421) imply:
% 221.12/40.27 | (2437) all_885_2 = all_802_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2437) implies:
% 221.12/40.27 | (2438) all_885_2 = all_802_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2419), (2438) imply:
% 221.12/40.27 | (2439) all_883_6 = all_802_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2439) implies:
% 221.12/40.27 | (2440) all_883_6 = all_802_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2268), (2436) imply:
% 221.12/40.27 | (2441) all_883_3 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2441) implies:
% 221.12/40.27 | (2442) all_883_3 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2267), (2442) imply:
% 221.12/40.27 | (2443) all_881_3 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2443) implies:
% 221.12/40.27 | (2444) all_881_3 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2318), (2440) imply:
% 221.12/40.27 | (2445) all_881_6 = all_802_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2445) implies:
% 221.12/40.27 | (2446) all_881_6 = all_802_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2266), (2444) imply:
% 221.12/40.27 | (2447) all_879_5 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2447) implies:
% 221.12/40.27 | (2448) all_879_5 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2317), (2446) imply:
% 221.12/40.27 | (2449) all_870_0 = all_802_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2449) implies:
% 221.12/40.27 | (2450) all_870_0 = all_802_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2265), (2448) imply:
% 221.12/40.27 | (2451) all_873_2 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2451) implies:
% 221.12/40.27 | (2452) all_873_2 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2316), (2405) imply:
% 221.12/40.27 | (2453) all_843_0 = all_784_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2453) implies:
% 221.12/40.27 | (2454) all_843_0 = all_784_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2264), (2452) imply:
% 221.12/40.27 | (2455) all_868_5 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2455) implies:
% 221.12/40.27 | (2456) all_868_5 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2315), (2450) imply:
% 221.12/40.27 | (2457) all_862_2 = all_802_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2457) implies:
% 221.12/40.27 | (2458) all_862_2 = all_802_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2263), (2456) imply:
% 221.12/40.27 | (2459) all_862_1 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2459) implies:
% 221.12/40.27 | (2460) all_862_1 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2313), (2314) imply:
% 221.12/40.27 | (2461) all_828_0 = all_805_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2312), (2313) imply:
% 221.12/40.27 | (2462) all_850_2 = all_828_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2462) implies:
% 221.12/40.27 | (2463) all_850_2 = all_828_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2313), (2432) imply:
% 221.12/40.27 | (2464) all_831_0 = all_828_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2464) implies:
% 221.12/40.27 | (2465) all_831_0 = all_828_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2313), (2392) imply:
% 221.12/40.27 | (2466) all_828_0 = all_825_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2262), (2460) imply:
% 221.12/40.27 | (2467) all_853_4 = all_800_3
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2261), (2460) imply:
% 221.12/40.27 | (2468) all_860_4 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2468) implies:
% 221.12/40.27 | (2469) all_860_4 = all_853_4
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2311), (2458) imply:
% 221.12/40.27 | (2470) all_811_0 = all_802_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2470) implies:
% 221.12/40.27 | (2471) all_811_0 = all_802_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2258), (2469) imply:
% 221.12/40.27 | (2472) all_853_4 = all_848_3
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2472) implies:
% 221.12/40.27 | (2473) all_853_4 = all_848_3
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2258), (2260) imply:
% 221.12/40.27 | (2474) all_848_3 = all_820_3
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2258), (2259) imply:
% 221.12/40.27 | (2475) all_848_3 = all_846_3
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2256), (2257) imply:
% 221.12/40.27 | (2476) all_846_3 = all_789_3
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2476) implies:
% 221.12/40.27 | (2477) all_846_3 = all_789_3
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2467), (2473) imply:
% 221.12/40.27 | (2478) all_848_3 = all_800_3
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2478) implies:
% 221.12/40.27 | (2479) all_848_3 = all_800_3
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2403), (2463) imply:
% 221.12/40.27 | (2480) all_828_0 = all_817_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2480) implies:
% 221.12/40.27 | (2481) all_828_0 = all_817_0
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2474), (2479) imply:
% 221.12/40.27 | (2482) all_820_3 = all_800_3
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2474), (2475) imply:
% 221.12/40.27 | (2483) all_846_3 = all_820_3
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2483) implies:
% 221.12/40.27 | (2484) all_846_3 = all_820_3
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2477), (2484) imply:
% 221.12/40.27 | (2485) all_820_3 = all_789_3
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2485) implies:
% 221.12/40.27 | (2486) all_820_3 = all_789_3
% 221.12/40.27 |
% 221.12/40.27 | COMBINE_EQS: (2434), (2454) imply:
% 221.12/40.27 | (2487) all_831_0 = all_784_0
% 221.12/40.27 |
% 221.12/40.27 | SIMP: (2487) implies:
% 221.12/40.27 | (2488) all_831_0 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2368), (2369) imply:
% 221.12/40.28 | (2489) all_811_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2489) implies:
% 221.12/40.28 | (2490) all_811_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2308), (2309) imply:
% 221.12/40.28 | (2491) all_718_0 = all_715_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2491) implies:
% 221.12/40.28 | (2492) all_718_0 = all_715_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2309), (2310) imply:
% 221.12/40.28 | (2493) all_715_0 = all_712_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2427), (2428) imply:
% 221.12/40.28 | (2494) all_808_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2494) implies:
% 221.12/40.28 | (2495) all_808_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2465), (2488) imply:
% 221.12/40.28 | (2496) all_828_0 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2496) implies:
% 221.12/40.28 | (2497) all_828_0 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2461), (2466) imply:
% 221.12/40.28 | (2498) all_825_0 = all_805_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2466), (2481) imply:
% 221.12/40.28 | (2499) all_825_0 = all_817_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2466), (2497) imply:
% 221.12/40.28 | (2500) all_825_0 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2498), (2499) imply:
% 221.12/40.28 | (2501) all_817_0 = all_805_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2499), (2500) imply:
% 221.12/40.28 | (2502) all_817_0 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2482), (2486) imply:
% 221.12/40.28 | (2503) all_800_3 = all_789_3
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2501), (2502) imply:
% 221.12/40.28 | (2504) all_805_0 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2504) implies:
% 221.12/40.28 | (2505) all_805_0 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2305), (2306) imply:
% 221.12/40.28 | (2506) all_791_0 = all_787_3
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2506) implies:
% 221.12/40.28 | (2507) all_791_0 = all_787_3
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2306), (2307) imply:
% 221.12/40.28 | (2508) all_787_3 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2304), (2471) imply:
% 221.12/40.28 | (2509) all_802_0 = all_769_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2471), (2490) imply:
% 221.12/40.28 | (2510) all_802_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2415), (2495) imply:
% 221.12/40.28 | (2511) all_751_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2511) implies:
% 221.12/40.28 | (2512) all_751_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2303), (2505) imply:
% 221.12/40.28 | (2513) all_797_0 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2513) implies:
% 221.12/40.28 | (2514) all_797_0 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2509), (2510) imply:
% 221.12/40.28 | (2515) all_769_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2515) implies:
% 221.12/40.28 | (2516) all_769_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2302), (2514) imply:
% 221.12/40.28 | (2517) all_791_0 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2517) implies:
% 221.12/40.28 | (2518) all_791_0 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2301), (2412) imply:
% 221.12/40.28 | (2519) all_576_0 = all_546_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2519) implies:
% 221.12/40.28 | (2520) all_576_0 = all_546_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2300), (2518) imply:
% 221.12/40.28 | (2521) all_784_0 = all_778_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2507), (2518) imply:
% 221.12/40.28 | (2522) all_787_3 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2522) implies:
% 221.12/40.28 | (2523) all_787_3 = all_784_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2508), (2523) imply:
% 221.12/40.28 | (2524) all_784_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2524) implies:
% 221.12/40.28 | (2525) all_784_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2521), (2525) imply:
% 221.12/40.28 | (2526) all_778_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2526) implies:
% 221.12/40.28 | (2527) all_778_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2299), (2527) imply:
% 221.12/40.28 | (2528) all_772_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2528) implies:
% 221.12/40.28 | (2529) all_772_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2298), (2529) imply:
% 221.12/40.28 | (2530) all_766_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2530) implies:
% 221.12/40.28 | (2531) all_766_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2297), (2516) imply:
% 221.12/40.28 | (2532) all_736_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2532) implies:
% 221.12/40.28 | (2533) all_736_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2296), (2531) imply:
% 221.12/40.28 | (2534) all_763_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2534) implies:
% 221.12/40.28 | (2535) all_763_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2295), (2535) imply:
% 221.12/40.28 | (2536) all_760_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2536) implies:
% 221.12/40.28 | (2537) all_760_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2379), (2537) imply:
% 221.12/40.28 | (2538) all_754_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2538) implies:
% 221.12/40.28 | (2539) all_754_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2380), (2539) imply:
% 221.12/40.28 | (2540) all_745_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2540) implies:
% 221.12/40.28 | (2541) all_745_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2413), (2512) imply:
% 221.12/40.28 | (2542) all_706_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2542) implies:
% 221.12/40.28 | (2543) all_706_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2294), (2541) imply:
% 221.12/40.28 | (2544) all_742_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2544) implies:
% 221.12/40.28 | (2545) all_742_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2293), (2545) imply:
% 221.12/40.28 | (2546) all_734_2 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2546) implies:
% 221.12/40.28 | (2547) all_734_2 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2292), (2533) imply:
% 221.12/40.28 | (2548) all_728_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2548) implies:
% 221.12/40.28 | (2549) all_728_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2384), (2547) imply:
% 221.12/40.28 | (2550) all_731_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2550) implies:
% 221.12/40.28 | (2551) all_731_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2425), (2551) imply:
% 221.12/40.28 | (2552) all_725_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2552) implies:
% 221.12/40.28 | (2553) all_725_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2291), (2549) imply:
% 221.12/40.28 | (2554) all_712_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2554) implies:
% 221.12/40.28 | (2555) all_712_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2426), (2553) imply:
% 221.12/40.28 | (2556) all_718_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2556) implies:
% 221.12/40.28 | (2557) all_718_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2288), (2289) imply:
% 221.12/40.28 | (2558) all_686_0 = all_671_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2558) implies:
% 221.12/40.28 | (2559) all_686_0 = all_671_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2289), (2290) imply:
% 221.12/40.28 | (2560) all_671_0 = all_668_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2492), (2557) imply:
% 221.12/40.28 | (2561) all_715_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2561) implies:
% 221.12/40.28 | (2562) all_715_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2493), (2562) imply:
% 221.12/40.28 | (2563) all_712_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2563) implies:
% 221.12/40.28 | (2564) all_712_0 = all_703_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2555), (2564) imply:
% 221.12/40.28 | (2565) all_703_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2287), (2564) imply:
% 221.12/40.28 | (2566) all_703_0 = all_683_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2286), (2543) imply:
% 221.12/40.28 | (2567) all_692_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2567) implies:
% 221.12/40.28 | (2568) all_692_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2565), (2566) imply:
% 221.12/40.28 | (2569) all_683_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2569) implies:
% 221.12/40.28 | (2570) all_683_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2285), (2568) imply:
% 221.12/40.28 | (2571) all_686_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2571) implies:
% 221.12/40.28 | (2572) all_686_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2559), (2572) imply:
% 221.12/40.28 | (2573) all_671_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2573) implies:
% 221.12/40.28 | (2574) all_671_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2284), (2570) imply:
% 221.12/40.28 | (2575) all_653_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2575) implies:
% 221.12/40.28 | (2576) all_653_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2560), (2574) imply:
% 221.12/40.28 | (2577) all_668_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2577) implies:
% 221.12/40.28 | (2578) all_668_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2417), (2578) imply:
% 221.12/40.28 | (2579) all_635_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2579) implies:
% 221.12/40.28 | (2580) all_635_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2283), (2576) imply:
% 221.12/40.28 | (2581) all_632_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2581) implies:
% 221.12/40.28 | (2582) all_632_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2418), (2580) imply:
% 221.12/40.28 | (2583) all_632_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2583) implies:
% 221.12/40.28 | (2584) all_632_0 = all_614_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2282), (2584) imply:
% 221.12/40.28 | (2585) all_614_0 = all_608_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2582), (2584) imply:
% 221.12/40.28 | (2586) all_614_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2585), (2586) imply:
% 221.12/40.28 | (2587) all_608_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2587) implies:
% 221.12/40.28 | (2588) all_608_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | COMBINE_EQS: (2281), (2588) imply:
% 221.12/40.28 | (2589) all_602_0 = all_580_0
% 221.12/40.28 |
% 221.12/40.28 | SIMP: (2589) implies:
% 221.12/40.29 | (2590) all_602_0 = all_580_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2280), (2590) imply:
% 221.12/40.29 | (2591) all_599_0 = all_580_0
% 221.12/40.29 |
% 221.12/40.29 | SIMP: (2591) implies:
% 221.12/40.29 | (2592) all_599_0 = all_580_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2279), (2592) imply:
% 221.12/40.29 | (2593) all_582_0 = all_580_0
% 221.12/40.29 |
% 221.12/40.29 | SIMP: (2593) implies:
% 221.12/40.29 | (2594) all_582_0 = all_580_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2278), (2594) imply:
% 221.12/40.29 | (2595) all_580_0 = all_564_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2407), (2594) imply:
% 221.12/40.29 | (2596) all_580_0 = all_574_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2595), (2596) imply:
% 221.12/40.29 | (2597) all_574_0 = all_564_0
% 221.12/40.29 |
% 221.12/40.29 | SIMP: (2597) implies:
% 221.12/40.29 | (2598) all_574_0 = all_564_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2277), (2410) imply:
% 221.12/40.29 | (2599) all_574_0 = all_556_0
% 221.12/40.29 |
% 221.12/40.29 | SIMP: (2599) implies:
% 221.12/40.29 | (2600) all_574_0 = all_556_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2277), (2520) imply:
% 221.12/40.29 | (2601) all_556_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2408), (2598) imply:
% 221.12/40.29 | (2602) all_564_0 = all_554_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2598), (2600) imply:
% 221.12/40.29 | (2603) all_564_0 = all_556_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2602), (2603) imply:
% 221.12/40.29 | (2604) all_556_0 = all_554_0
% 221.12/40.29 |
% 221.12/40.29 | SIMP: (2604) implies:
% 221.12/40.29 | (2605) all_556_0 = all_554_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2601), (2605) imply:
% 221.12/40.29 | (2606) all_554_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | SIMP: (2606) implies:
% 221.12/40.29 | (2607) all_554_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2602), (2607) imply:
% 221.12/40.29 | (2608) all_564_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2595), (2608) imply:
% 221.12/40.29 | (2609) all_580_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2586), (2609) imply:
% 221.12/40.29 | (2610) all_614_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2565), (2609) imply:
% 221.12/40.29 | (2611) all_703_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2553), (2611) imply:
% 221.12/40.29 | (2612) all_725_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2547), (2611) imply:
% 221.12/40.29 | (2613) all_734_2 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2525), (2611) imply:
% 221.12/40.29 | (2614) all_784_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2508), (2611) imply:
% 221.12/40.29 | (2615) all_787_3 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2510), (2609) imply:
% 221.12/40.29 | (2616) all_802_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2502), (2614) imply:
% 221.12/40.29 | (2617) all_817_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2499), (2617) imply:
% 221.12/40.29 | (2618) all_825_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2428), (2610) imply:
% 221.12/40.29 | (2619) all_834_0 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2474), (2486) imply:
% 221.12/40.29 | (2620) all_848_3 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2467), (2503) imply:
% 221.12/40.29 | (2621) all_853_4 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2258), (2620) imply:
% 221.12/40.29 | (2622) all_860_4 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2456), (2621) imply:
% 221.12/40.29 | (2623) all_868_5 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2452), (2621) imply:
% 221.12/40.29 | (2624) all_873_2 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2448), (2621) imply:
% 221.12/40.29 | (2625) all_879_5 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2446), (2616) imply:
% 221.12/40.29 | (2626) all_881_6 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2444), (2621) imply:
% 221.12/40.29 | (2627) all_881_3 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2442), (2621) imply:
% 221.12/40.29 | (2628) all_883_3 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2436), (2621) imply:
% 221.12/40.29 | (2629) all_885_6 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2438), (2616) imply:
% 221.12/40.29 | (2630) all_885_2 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2375), (2616) imply:
% 221.12/40.29 | (2631) all_893_6 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2430), (2621) imply:
% 221.12/40.29 | (2632) all_893_3 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2401), (2619) imply:
% 221.12/40.29 | (2633) all_898_1 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2396), (2612) imply:
% 221.12/40.29 | (2634) all_901_6 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2398), (2621) imply:
% 221.12/40.29 | (2635) all_901_3 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2340), (2633) imply:
% 221.12/40.29 | (2636) all_924_7 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2394), (2621) imply:
% 221.12/40.29 | (2637) all_924_4 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2390), (2621) imply:
% 221.12/40.29 | (2638) all_926_5 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2382), (2621) imply:
% 221.12/40.29 | (2639) all_931_7 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2347), (2618) imply:
% 221.12/40.29 | (2640) all_931_3 = all_546_0
% 221.12/40.29 |
% 221.12/40.29 | COMBINE_EQS: (2276), (2621) imply:
% 221.12/40.29 | (2641) all_936_4 = all_789_3
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (725), (2640) imply:
% 221.12/40.29 | (2642) power_power_int(s, all_546_0) = all_931_2
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (704), (2636) imply:
% 221.12/40.29 | (2643) power_power_int(s, all_546_0) = all_924_6
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (666), (2634) imply:
% 221.12/40.29 | (2644) power_power_int(s, all_546_0) = all_901_5
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (648), (2631) imply:
% 221.12/40.29 | (2645) power_power_int(s, all_546_0) = all_893_5
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (634), (2630) imply:
% 221.12/40.29 | (2646) power_power_int(s, all_546_0) = all_885_1
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (616), (2626) imply:
% 221.12/40.29 | (2647) power_power_int(s, all_546_0) = all_881_5
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (437), (2615) imply:
% 221.12/40.29 | (2648) power_power_int(s, all_546_0) = all_787_2
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (371), (2613) imply:
% 221.12/40.29 | (2649) power_power_int(s, all_546_0) = all_734_1
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (734), (2641) imply:
% 221.12/40.29 | (2650) number_number_of_int(all_789_3) = all_936_3
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (721), (2639) imply:
% 221.12/40.29 | (2651) number_number_of_int(all_789_3) = all_931_6
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (709), (2638) imply:
% 221.12/40.29 | (2652) number_number_of_int(all_789_3) = all_926_4
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (700), (2637) imply:
% 221.12/40.29 | (2653) number_number_of_int(all_789_3) = all_924_3
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (662), (2635) imply:
% 221.12/40.29 | (2654) number_number_of_int(all_789_3) = all_901_2
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (644), (2632) imply:
% 221.12/40.29 | (2655) number_number_of_int(all_789_3) = all_893_2
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (630), (2629) imply:
% 221.12/40.29 | (2656) number_number_of_int(all_789_3) = all_885_5
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (621), (2628) imply:
% 221.12/40.29 | (2657) number_number_of_int(all_789_3) = all_883_2
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (612), (2627) imply:
% 221.12/40.29 | (2658) number_number_of_int(all_789_3) = all_881_2
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (605), (2625) imply:
% 221.12/40.29 | (2659) number_number_of_int(all_789_3) = all_879_4
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (594), (2624) imply:
% 221.12/40.29 | (2660) number_number_of_int(all_789_3) = all_873_1
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (585), (2623) imply:
% 221.12/40.29 | (2661) number_number_of_int(all_789_3) = all_868_4
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (566), (2622) imply:
% 221.12/40.29 | (2662) number_number_of_int(all_789_3) = all_860_3
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (556), (2257) imply:
% 221.12/40.29 | (2663) number_number_of_int(all_789_3) = all_855_3
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (549), (2621) imply:
% 221.12/40.29 | (2664) number_number_of_int(all_789_3) = all_853_3
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (538), (2620) imply:
% 221.12/40.29 | (2665) number_number_of_int(all_789_3) = all_848_2
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (531), (2477) imply:
% 221.12/40.29 | (2666) number_number_of_int(all_789_3) = all_846_2
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (493), (2486) imply:
% 221.12/40.29 | (2667) number_number_of_int(all_789_3) = all_820_2
% 221.12/40.29 |
% 221.12/40.29 | REDUCE: (462), (2503) imply:
% 221.12/40.29 | (2668) number_number_of_int(all_789_3) = all_800_2
% 221.12/40.29 |
% 221.12/40.29 | GROUND_INST: instantiating (136) with all_789_2, all_820_2, all_789_3,
% 221.12/40.29 | simplifying with (442), (2667) gives:
% 221.12/40.29 | (2669) all_820_2 = all_789_2
% 221.12/40.29 |
% 221.12/40.29 | GROUND_INST: instantiating (136) with all_820_2, all_846_2, all_789_3,
% 221.12/40.29 | simplifying with (2666), (2667) gives:
% 221.12/40.29 | (2670) all_846_2 = all_820_2
% 221.12/40.29 |
% 221.12/40.29 | GROUND_INST: instantiating (136) with all_846_2, all_860_3, all_789_3,
% 221.12/40.29 | simplifying with (2662), (2666) gives:
% 221.12/40.29 | (2671) all_860_3 = all_846_2
% 221.12/40.29 |
% 221.12/40.29 | GROUND_INST: instantiating (136) with all_860_3, all_868_4, all_789_3,
% 221.12/40.29 | simplifying with (2661), (2662) gives:
% 221.12/40.30 | (2672) all_868_4 = all_860_3
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_855_3, all_868_4, all_789_3,
% 221.12/40.30 | simplifying with (2661), (2663) gives:
% 221.12/40.30 | (2673) all_868_4 = all_855_3
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_860_3, all_881_2, all_789_3,
% 221.12/40.30 | simplifying with (2658), (2662) gives:
% 221.12/40.30 | (2674) all_881_2 = all_860_3
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_855_3, all_883_2, all_789_3,
% 221.12/40.30 | simplifying with (2657), (2663) gives:
% 221.12/40.30 | (2675) all_883_2 = all_855_3
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_883_2, all_885_5, all_789_3,
% 221.12/40.30 | simplifying with (2656), (2657) gives:
% 221.12/40.30 | (2676) all_885_5 = all_883_2
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_885_5, all_893_2, all_789_3,
% 221.12/40.30 | simplifying with (2655), (2656) gives:
% 221.12/40.30 | (2677) all_893_2 = all_885_5
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_853_3, all_901_2, all_789_3,
% 221.12/40.30 | simplifying with (2654), (2664) gives:
% 221.12/40.30 | (2678) all_901_2 = all_853_3
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_893_2, all_924_3, all_789_3,
% 221.12/40.30 | simplifying with (2653), (2655) gives:
% 221.12/40.30 | (2679) all_924_3 = all_893_2
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_901_2, all_926_4, all_789_3,
% 221.12/40.30 | simplifying with (2652), (2654) gives:
% 221.12/40.30 | (2680) all_926_4 = all_901_2
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_879_4, all_926_4, all_789_3,
% 221.12/40.30 | simplifying with (2652), (2659) gives:
% 221.12/40.30 | (2681) all_926_4 = all_879_4
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_873_1, all_926_4, all_789_3,
% 221.12/40.30 | simplifying with (2652), (2660) gives:
% 221.12/40.30 | (2682) all_926_4 = all_873_1
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_868_4, all_926_4, all_789_3,
% 221.12/40.30 | simplifying with (2652), (2661) gives:
% 221.12/40.30 | (2683) all_926_4 = all_868_4
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_881_2, all_931_6, all_789_3,
% 221.12/40.30 | simplifying with (2651), (2658) gives:
% 221.12/40.30 | (2684) all_931_6 = all_881_2
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_848_2, all_931_6, all_789_3,
% 221.12/40.30 | simplifying with (2651), (2665) gives:
% 221.12/40.30 | (2685) all_931_6 = all_848_2
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_924_3, all_936_3, all_789_3,
% 221.12/40.30 | simplifying with (2650), (2653) gives:
% 221.12/40.30 | (2686) all_936_3 = all_924_3
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (136) with all_800_2, all_936_3, all_789_3,
% 221.12/40.30 | simplifying with (2650), (2668) gives:
% 221.12/40.30 | (2687) all_936_3 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (142) with all_881_5, all_893_5, all_546_0, s,
% 221.12/40.30 | simplifying with (2645), (2647) gives:
% 221.12/40.30 | (2688) all_893_5 = all_881_5
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (142) with all_893_5, all_924_6, all_546_0, s,
% 221.12/40.30 | simplifying with (2643), (2645) gives:
% 221.12/40.30 | (2689) all_924_6 = all_893_5
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (142) with all_734_1, all_924_6, all_546_0, s,
% 221.12/40.30 | simplifying with (2643), (2649) gives:
% 221.12/40.30 | (2690) all_924_6 = all_734_1
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (142) with all_901_5, all_931_2, all_546_0, s,
% 221.12/40.30 | simplifying with (2642), (2644) gives:
% 221.12/40.30 | (2691) all_931_2 = all_901_5
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (142) with all_885_1, all_931_2, all_546_0, s,
% 221.12/40.30 | simplifying with (2642), (2646) gives:
% 221.12/40.30 | (2692) all_931_2 = all_885_1
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (142) with all_881_5, all_931_2, all_546_0, s,
% 221.12/40.30 | simplifying with (2642), (2647) gives:
% 221.12/40.30 | (2693) all_931_2 = all_881_5
% 221.12/40.30 |
% 221.12/40.30 | GROUND_INST: instantiating (142) with all_787_2, all_931_2, all_546_0, s,
% 221.12/40.30 | simplifying with (2642), (2648) gives:
% 221.12/40.30 | (2694) all_931_2 = all_787_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2686), (2687) imply:
% 221.12/40.30 | (2695) all_924_3 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2695) implies:
% 221.12/40.30 | (2696) all_924_3 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2691), (2694) imply:
% 221.12/40.30 | (2697) all_901_5 = all_787_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2691), (2693) imply:
% 221.12/40.30 | (2698) all_901_5 = all_881_5
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2691), (2692) imply:
% 221.12/40.30 | (2699) all_901_5 = all_885_1
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2684), (2685) imply:
% 221.12/40.30 | (2700) all_881_2 = all_848_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2700) implies:
% 221.12/40.30 | (2701) all_881_2 = all_848_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2680), (2681) imply:
% 221.12/40.30 | (2702) all_901_2 = all_879_4
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2702) implies:
% 221.12/40.30 | (2703) all_901_2 = all_879_4
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2681), (2683) imply:
% 221.12/40.30 | (2704) all_879_4 = all_868_4
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2681), (2682) imply:
% 221.12/40.30 | (2705) all_879_4 = all_873_1
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2679), (2696) imply:
% 221.12/40.30 | (2706) all_893_2 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2706) implies:
% 221.12/40.30 | (2707) all_893_2 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2689), (2690) imply:
% 221.12/40.30 | (2708) all_893_5 = all_734_1
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2708) implies:
% 221.12/40.30 | (2709) all_893_5 = all_734_1
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2678), (2703) imply:
% 221.12/40.30 | (2710) all_879_4 = all_853_3
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2710) implies:
% 221.12/40.30 | (2711) all_879_4 = all_853_3
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2697), (2699) imply:
% 221.12/40.30 | (2712) all_885_1 = all_787_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2698), (2699) imply:
% 221.12/40.30 | (2713) all_885_1 = all_881_5
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2677), (2707) imply:
% 221.12/40.30 | (2714) all_885_5 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2714) implies:
% 221.12/40.30 | (2715) all_885_5 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2688), (2709) imply:
% 221.12/40.30 | (2716) all_881_5 = all_734_1
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2716) implies:
% 221.12/40.30 | (2717) all_881_5 = all_734_1
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2712), (2713) imply:
% 221.12/40.30 | (2718) all_881_5 = all_787_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2718) implies:
% 221.12/40.30 | (2719) all_881_5 = all_787_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2676), (2715) imply:
% 221.12/40.30 | (2720) all_883_2 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2720) implies:
% 221.12/40.30 | (2721) all_883_2 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2675), (2721) imply:
% 221.12/40.30 | (2722) all_855_3 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2722) implies:
% 221.12/40.30 | (2723) all_855_3 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2674), (2701) imply:
% 221.12/40.30 | (2724) all_860_3 = all_848_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2724) implies:
% 221.12/40.30 | (2725) all_860_3 = all_848_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2717), (2719) imply:
% 221.12/40.30 | (2726) all_787_2 = all_734_1
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2705), (2711) imply:
% 221.12/40.30 | (2727) all_873_1 = all_853_3
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2704), (2705) imply:
% 221.12/40.30 | (2728) all_873_1 = all_868_4
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2727), (2728) imply:
% 221.12/40.30 | (2729) all_868_4 = all_853_3
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2729) implies:
% 221.12/40.30 | (2730) all_868_4 = all_853_3
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2673), (2730) imply:
% 221.12/40.30 | (2731) all_855_3 = all_853_3
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2731) implies:
% 221.12/40.30 | (2732) all_855_3 = all_853_3
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2672), (2730) imply:
% 221.12/40.30 | (2733) all_860_3 = all_853_3
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2733) implies:
% 221.12/40.30 | (2734) all_860_3 = all_853_3
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2671), (2725) imply:
% 221.12/40.30 | (2735) all_848_2 = all_846_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2725), (2734) imply:
% 221.12/40.30 | (2736) all_853_3 = all_848_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2736) implies:
% 221.12/40.30 | (2737) all_853_3 = all_848_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2723), (2732) imply:
% 221.12/40.30 | (2738) all_853_3 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2738) implies:
% 221.12/40.30 | (2739) all_853_3 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2737), (2739) imply:
% 221.12/40.30 | (2740) all_848_2 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2740) implies:
% 221.12/40.30 | (2741) all_848_2 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2735), (2741) imply:
% 221.12/40.30 | (2742) all_846_2 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2742) implies:
% 221.12/40.30 | (2743) all_846_2 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2670), (2743) imply:
% 221.12/40.30 | (2744) all_820_2 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | SIMP: (2744) implies:
% 221.12/40.30 | (2745) all_820_2 = all_800_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2669), (2745) imply:
% 221.12/40.30 | (2746) all_800_2 = all_789_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2743), (2746) imply:
% 221.12/40.30 | (2747) all_846_2 = all_789_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2741), (2746) imply:
% 221.12/40.30 | (2748) all_848_2 = all_789_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2739), (2746) imply:
% 221.12/40.30 | (2749) all_853_3 = all_789_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2723), (2746) imply:
% 221.12/40.30 | (2750) all_855_3 = all_789_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2725), (2748) imply:
% 221.12/40.30 | (2751) all_860_3 = all_789_2
% 221.12/40.30 |
% 221.12/40.30 | COMBINE_EQS: (2730), (2749) imply:
% 221.12/40.31 | (2752) all_868_4 = all_789_2
% 221.12/40.31 |
% 221.12/40.31 | COMBINE_EQS: (2727), (2749) imply:
% 221.12/40.31 | (2753) all_873_1 = all_789_2
% 221.12/40.31 |
% 221.12/40.31 | COMBINE_EQS: (2705), (2753) imply:
% 221.12/40.31 | (2754) all_879_4 = all_789_2
% 221.12/40.31 |
% 221.12/40.31 | COMBINE_EQS: (2701), (2748) imply:
% 221.12/40.31 | (2755) all_881_2 = all_789_2
% 221.12/40.31 |
% 221.12/40.31 | COMBINE_EQS: (2721), (2746) imply:
% 221.12/40.31 | (2756) all_883_2 = all_789_2
% 221.12/40.31 |
% 221.12/40.31 | COMBINE_EQS: (2715), (2746) imply:
% 221.12/40.31 | (2757) all_885_5 = all_789_2
% 221.12/40.31 |
% 221.12/40.31 | COMBINE_EQS: (2712), (2726) imply:
% 221.12/40.31 | (2758) all_885_1 = all_734_1
% 221.12/40.31 |
% 221.12/40.31 | COMBINE_EQS: (2707), (2746) imply:
% 221.12/40.31 | (2759) all_893_2 = all_789_2
% 221.12/40.31 |
% 221.12/40.31 | COMBINE_EQS: (2678), (2749) imply:
% 221.12/40.31 | (2760) all_901_2 = all_789_2
% 221.12/40.31 |
% 221.12/40.31 | COMBINE_EQS: (2696), (2746) imply:
% 221.12/40.31 | (2761) all_924_3 = all_789_2
% 221.12/40.31 |
% 221.12/40.31 | COMBINE_EQS: (2681), (2754) imply:
% 221.12/40.31 | (2762) all_926_4 = all_789_2
% 221.12/40.31 |
% 221.12/40.31 | COMBINE_EQS: (2685), (2748) imply:
% 221.12/40.31 | (2763) all_931_6 = all_789_2
% 221.12/40.31 |
% 221.12/40.31 | COMBINE_EQS: (2687), (2746) imply:
% 221.12/40.31 | (2764) all_936_3 = all_789_2
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (698), (2690) imply:
% 221.12/40.31 | (2765) plus_plus_int(all_734_1, one_one_int) = all_924_5
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (642), (2709) imply:
% 221.12/40.31 | (2766) plus_plus_int(all_734_1, one_one_int) = all_893_4
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (629), (2758) imply:
% 221.12/40.31 | (2767) plus_plus_int(all_734_1, one_one_int) = all_885_0
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (434), (2726) imply:
% 221.12/40.31 | (2768) plus_plus_int(all_734_1, one_one_int) = all_787_0
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (732), (2764) imply:
% 221.12/40.31 | (2769) times_times_int(all_789_2, m) = all_936_2
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (719), (2763) imply:
% 221.12/40.31 | (2770) times_times_int(all_789_2, m) = all_931_5
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (707), (2762) imply:
% 221.12/40.31 | (2771) times_times_int(all_789_2, m) = all_926_3
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (697), (2761) imply:
% 221.12/40.31 | (2772) times_times_int(all_789_2, m) = all_924_2
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (660), (2760) imply:
% 221.12/40.31 | (2773) times_times_int(all_789_2, m) = all_901_1
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (640), (2759) imply:
% 221.12/40.31 | (2774) times_times_int(all_789_2, m) = all_893_1
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (627), (2757) imply:
% 221.12/40.31 | (2775) times_times_int(all_789_2, m) = all_885_4
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (619), (2756) imply:
% 221.12/40.31 | (2776) times_times_int(all_789_2, m) = all_883_1
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (610), (2755) imply:
% 221.12/40.31 | (2777) times_times_int(all_789_2, m) = all_881_1
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (603), (2754) imply:
% 221.12/40.31 | (2778) times_times_int(all_789_2, m) = all_879_3
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (581), (2752) imply:
% 221.12/40.31 | (2779) times_times_int(all_789_2, m) = all_868_3
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (564), (2751) imply:
% 221.12/40.31 | (2780) times_times_int(all_789_2, m) = all_860_2
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (554), (2750) imply:
% 221.12/40.31 | (2781) times_times_int(all_789_2, m) = all_855_2
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (547), (2749) imply:
% 221.12/40.31 | (2782) times_times_int(all_789_2, m) = all_853_2
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (536), (2748) imply:
% 221.12/40.31 | (2783) times_times_int(all_789_2, m) = all_848_1
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (529), (2747) imply:
% 221.12/40.31 | (2784) times_times_int(all_789_2, m) = all_846_1
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (491), (2669) imply:
% 221.12/40.31 | (2785) times_times_int(all_789_2, m) = all_820_1
% 221.12/40.31 |
% 221.12/40.31 | REDUCE: (460), (2746) imply:
% 221.12/40.31 | (2786) times_times_int(all_789_2, m) = all_800_1
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_846_1, all_848_1, m, all_789_2,
% 221.12/40.31 | simplifying with (2783), (2784) gives:
% 221.12/40.31 | (2787) all_848_1 = all_846_1
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_848_1, all_853_2, m, all_789_2,
% 221.12/40.31 | simplifying with (2782), (2783) gives:
% 221.12/40.31 | (2788) all_853_2 = all_848_1
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_789_1, all_855_2, m, all_789_2,
% 221.12/40.31 | simplifying with (440), (2781) gives:
% 221.12/40.31 | (2789) all_855_2 = all_789_1
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_848_1, all_855_2, m, all_789_2,
% 221.12/40.31 | simplifying with (2781), (2783) gives:
% 221.12/40.31 | (2790) all_855_2 = all_848_1
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_860_2, all_881_1, m, all_789_2,
% 221.12/40.31 | simplifying with (2777), (2780) gives:
% 221.12/40.31 | (2791) all_881_1 = all_860_2
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_853_2, all_881_1, m, all_789_2,
% 221.12/40.31 | simplifying with (2777), (2782) gives:
% 221.12/40.31 | (2792) all_881_1 = all_853_2
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_881_1, all_893_1, m, all_789_2,
% 221.12/40.31 | simplifying with (2774), (2777) gives:
% 221.12/40.31 | (2793) all_893_1 = all_881_1
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_868_3, all_893_1, m, all_789_2,
% 221.12/40.31 | simplifying with (2774), (2779) gives:
% 221.12/40.31 | (2794) all_893_1 = all_868_3
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_885_4, all_901_1, m, all_789_2,
% 221.12/40.31 | simplifying with (2773), (2775) gives:
% 221.12/40.31 | (2795) all_901_1 = all_885_4
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_901_1, all_924_2, m, all_789_2,
% 221.12/40.31 | simplifying with (2772), (2773) gives:
% 221.12/40.31 | (2796) all_924_2 = all_901_1
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_893_1, all_924_2, m, all_789_2,
% 221.12/40.31 | simplifying with (2772), (2774) gives:
% 221.12/40.31 | (2797) all_924_2 = all_893_1
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_879_3, all_924_2, m, all_789_2,
% 221.12/40.31 | simplifying with (2772), (2778) gives:
% 221.12/40.31 | (2798) all_924_2 = all_879_3
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_855_2, all_926_3, m, all_789_2,
% 221.12/40.31 | simplifying with (2771), (2781) gives:
% 221.12/40.31 | (2799) all_926_3 = all_855_2
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_820_1, all_926_3, m, all_789_2,
% 221.12/40.31 | simplifying with (2771), (2785) gives:
% 221.12/40.31 | (2800) all_926_3 = all_820_1
% 221.12/40.31 |
% 221.12/40.31 | GROUND_INST: instantiating (140) with all_885_4, all_931_5, m, all_789_2,
% 221.12/40.31 | simplifying with (2770), (2775) gives:
% 221.49/40.31 | (2801) all_931_5 = all_885_4
% 221.49/40.31 |
% 221.49/40.31 | GROUND_INST: instantiating (140) with all_800_1, all_931_5, m, all_789_2,
% 221.49/40.31 | simplifying with (2770), (2786) gives:
% 221.49/40.31 | (2802) all_931_5 = all_800_1
% 221.49/40.31 |
% 221.49/40.31 | GROUND_INST: instantiating (140) with all_901_1, all_936_2, m, all_789_2,
% 221.49/40.31 | simplifying with (2769), (2773) gives:
% 221.49/40.31 | (2803) all_936_2 = all_901_1
% 221.49/40.31 |
% 221.49/40.31 | GROUND_INST: instantiating (140) with all_883_1, all_936_2, m, all_789_2,
% 221.49/40.31 | simplifying with (2769), (2776) gives:
% 221.49/40.31 | (2804) all_936_2 = all_883_1
% 221.49/40.31 |
% 221.49/40.31 | GROUND_INST: instantiating (141) with all_734_0, all_885_0, one_one_int,
% 221.49/40.31 | all_734_1, simplifying with (368), (2767) gives:
% 221.49/40.31 | (2805) all_885_0 = all_734_0
% 221.49/40.31 |
% 221.49/40.31 | GROUND_INST: instantiating (141) with all_885_0, all_893_4, one_one_int,
% 221.49/40.31 | all_734_1, simplifying with (2766), (2767) gives:
% 221.49/40.31 | (2806) all_893_4 = all_885_0
% 221.49/40.31 |
% 221.49/40.31 | GROUND_INST: instantiating (141) with all_893_4, all_924_5, one_one_int,
% 221.49/40.31 | all_734_1, simplifying with (2765), (2766) gives:
% 221.49/40.31 | (2807) all_924_5 = all_893_4
% 221.49/40.31 |
% 221.49/40.31 | GROUND_INST: instantiating (141) with all_787_0, all_924_5, one_one_int,
% 221.49/40.31 | all_734_1, simplifying with (2765), (2768) gives:
% 221.49/40.31 | (2808) all_924_5 = all_787_0
% 221.49/40.31 |
% 221.49/40.31 | COMBINE_EQS: (2803), (2804) imply:
% 221.49/40.31 | (2809) all_901_1 = all_883_1
% 221.49/40.31 |
% 221.49/40.31 | SIMP: (2809) implies:
% 221.49/40.31 | (2810) all_901_1 = all_883_1
% 221.49/40.31 |
% 221.49/40.31 | COMBINE_EQS: (2801), (2802) imply:
% 221.49/40.31 | (2811) all_885_4 = all_800_1
% 221.49/40.31 |
% 221.49/40.31 | SIMP: (2811) implies:
% 221.49/40.31 | (2812) all_885_4 = all_800_1
% 221.49/40.31 |
% 221.49/40.31 | COMBINE_EQS: (2799), (2800) imply:
% 221.49/40.31 | (2813) all_855_2 = all_820_1
% 221.49/40.31 |
% 221.49/40.31 | SIMP: (2813) implies:
% 221.49/40.31 | (2814) all_855_2 = all_820_1
% 221.49/40.31 |
% 221.49/40.31 | COMBINE_EQS: (2797), (2798) imply:
% 221.49/40.31 | (2815) all_893_1 = all_879_3
% 221.49/40.31 |
% 221.49/40.31 | SIMP: (2815) implies:
% 221.49/40.31 | (2816) all_893_1 = all_879_3
% 221.49/40.31 |
% 221.49/40.31 | COMBINE_EQS: (2796), (2798) imply:
% 221.49/40.31 | (2817) all_901_1 = all_879_3
% 221.49/40.31 |
% 221.49/40.31 | SIMP: (2817) implies:
% 221.49/40.31 | (2818) all_901_1 = all_879_3
% 221.49/40.31 |
% 221.49/40.31 | COMBINE_EQS: (2807), (2808) imply:
% 221.49/40.31 | (2819) all_893_4 = all_787_0
% 221.49/40.31 |
% 221.49/40.31 | SIMP: (2819) implies:
% 221.49/40.31 | (2820) all_893_4 = all_787_0
% 221.49/40.31 |
% 221.49/40.31 | COMBINE_EQS: (2795), (2810) imply:
% 221.49/40.31 | (2821) all_885_4 = all_883_1
% 221.49/40.31 |
% 221.49/40.31 | SIMP: (2821) implies:
% 221.49/40.32 | (2822) all_885_4 = all_883_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2810), (2818) imply:
% 221.49/40.32 | (2823) all_883_1 = all_879_3
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2794), (2816) imply:
% 221.49/40.32 | (2824) all_879_3 = all_868_3
% 221.49/40.32 |
% 221.49/40.32 | SIMP: (2824) implies:
% 221.49/40.32 | (2825) all_879_3 = all_868_3
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2793), (2794) imply:
% 221.49/40.32 | (2826) all_881_1 = all_868_3
% 221.49/40.32 |
% 221.49/40.32 | SIMP: (2826) implies:
% 221.49/40.32 | (2827) all_881_1 = all_868_3
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2806), (2820) imply:
% 221.49/40.32 | (2828) all_885_0 = all_787_0
% 221.49/40.32 |
% 221.49/40.32 | SIMP: (2828) implies:
% 221.49/40.32 | (2829) all_885_0 = all_787_0
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2805), (2829) imply:
% 221.49/40.32 | (2830) all_787_0 = all_734_0
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2812), (2822) imply:
% 221.49/40.32 | (2831) all_883_1 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | SIMP: (2831) implies:
% 221.49/40.32 | (2832) all_883_1 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2823), (2832) imply:
% 221.49/40.32 | (2833) all_879_3 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | SIMP: (2833) implies:
% 221.49/40.32 | (2834) all_879_3 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2791), (2827) imply:
% 221.49/40.32 | (2835) all_868_3 = all_860_2
% 221.49/40.32 |
% 221.49/40.32 | SIMP: (2835) implies:
% 221.49/40.32 | (2836) all_868_3 = all_860_2
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2791), (2792) imply:
% 221.49/40.32 | (2837) all_860_2 = all_853_2
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2825), (2834) imply:
% 221.49/40.32 | (2838) all_868_3 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | SIMP: (2838) implies:
% 221.49/40.32 | (2839) all_868_3 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2836), (2839) imply:
% 221.49/40.32 | (2840) all_860_2 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | SIMP: (2840) implies:
% 221.49/40.32 | (2841) all_860_2 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2837), (2841) imply:
% 221.49/40.32 | (2842) all_853_2 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | SIMP: (2842) implies:
% 221.49/40.32 | (2843) all_853_2 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2790), (2814) imply:
% 221.49/40.32 | (2844) all_848_1 = all_820_1
% 221.49/40.32 |
% 221.49/40.32 | SIMP: (2844) implies:
% 221.49/40.32 | (2845) all_848_1 = all_820_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2789), (2814) imply:
% 221.49/40.32 | (2846) all_820_1 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2788), (2843) imply:
% 221.49/40.32 | (2847) all_848_1 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | SIMP: (2847) implies:
% 221.49/40.32 | (2848) all_848_1 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2787), (2845) imply:
% 221.49/40.32 | (2849) all_846_1 = all_820_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2787), (2848) imply:
% 221.49/40.32 | (2850) all_846_1 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2849), (2850) imply:
% 221.49/40.32 | (2851) all_820_1 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | SIMP: (2851) implies:
% 221.49/40.32 | (2852) all_820_1 = all_800_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2846), (2852) imply:
% 221.49/40.32 | (2853) all_800_1 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2850), (2853) imply:
% 221.49/40.32 | (2854) all_846_1 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2787), (2854) imply:
% 221.49/40.32 | (2855) all_848_1 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2843), (2853) imply:
% 221.49/40.32 | (2856) all_853_2 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2841), (2853) imply:
% 221.49/40.32 | (2857) all_860_2 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2839), (2853) imply:
% 221.49/40.32 | (2858) all_868_3 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2834), (2853) imply:
% 221.49/40.32 | (2859) all_879_3 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2791), (2857) imply:
% 221.49/40.32 | (2860) all_881_1 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2832), (2853) imply:
% 221.49/40.32 | (2861) all_883_1 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2812), (2853) imply:
% 221.49/40.32 | (2862) all_885_4 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2820), (2830) imply:
% 221.49/40.32 | (2863) all_893_4 = all_734_0
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2794), (2858) imply:
% 221.49/40.32 | (2864) all_893_1 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2810), (2861) imply:
% 221.49/40.32 | (2865) all_901_1 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2798), (2859) imply:
% 221.49/40.32 | (2866) all_924_2 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2800), (2846) imply:
% 221.49/40.32 | (2867) all_926_3 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2802), (2853) imply:
% 221.49/40.32 | (2868) all_931_5 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | COMBINE_EQS: (2804), (2861) imply:
% 221.49/40.32 | (2869) all_936_2 = all_789_1
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (733), (2869) imply:
% 221.49/40.32 | (2870) plus_plus_int(all_789_1, one_one_int) = all_936_1
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (720), (2868) imply:
% 221.49/40.32 | (2871) plus_plus_int(all_789_1, one_one_int) = all_931_4
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (708), (2867) imply:
% 221.49/40.32 | (2872) plus_plus_int(all_789_1, one_one_int) = all_926_2
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (699), (2866) imply:
% 221.49/40.32 | (2873) plus_plus_int(all_789_1, one_one_int) = all_924_1
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (661), (2865) imply:
% 221.49/40.32 | (2874) plus_plus_int(all_789_1, one_one_int) = all_901_0
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (643), (2864) imply:
% 221.49/40.32 | (2875) plus_plus_int(all_789_1, one_one_int) = all_893_0
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (628), (2862) imply:
% 221.49/40.32 | (2876) plus_plus_int(all_789_1, one_one_int) = all_885_3
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (620), (2861) imply:
% 221.49/40.32 | (2877) plus_plus_int(all_789_1, one_one_int) = all_883_0
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (611), (2860) imply:
% 221.49/40.32 | (2878) plus_plus_int(all_789_1, one_one_int) = all_881_0
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (604), (2859) imply:
% 221.49/40.32 | (2879) plus_plus_int(all_789_1, one_one_int) = all_879_2
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (584), (2858) imply:
% 221.49/40.32 | (2880) plus_plus_int(all_789_1, one_one_int) = all_868_2
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (565), (2857) imply:
% 221.49/40.32 | (2881) plus_plus_int(all_789_1, one_one_int) = all_860_1
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (555), (2789) imply:
% 221.49/40.32 | (2882) plus_plus_int(all_789_1, one_one_int) = all_855_1
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (548), (2856) imply:
% 221.49/40.32 | (2883) plus_plus_int(all_789_1, one_one_int) = all_853_1
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (537), (2855) imply:
% 221.49/40.32 | (2884) plus_plus_int(all_789_1, one_one_int) = all_848_0
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (530), (2854) imply:
% 221.49/40.32 | (2885) plus_plus_int(all_789_1, one_one_int) = all_846_0
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (492), (2846) imply:
% 221.49/40.32 | (2886) plus_plus_int(all_789_1, one_one_int) = all_820_0
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (461), (2853) imply:
% 221.49/40.32 | (2887) plus_plus_int(all_789_1, one_one_int) = all_800_0
% 221.49/40.32 |
% 221.49/40.32 | REDUCE: (641), (2863) imply:
% 221.49/40.32 | (2888) times_times_int(all_893_0, t) = all_734_0
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_846_0, all_855_1, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2882), (2885) gives:
% 221.49/40.32 | (2889) all_855_1 = all_846_0
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_789_0, all_860_1, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (441), (2881) gives:
% 221.49/40.32 | (2890) all_860_1 = all_789_0
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_846_0, all_860_1, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2881), (2885) gives:
% 221.49/40.32 | (2891) all_860_1 = all_846_0
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_820_0, all_860_1, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2881), (2886) gives:
% 221.49/40.32 | (2892) all_860_1 = all_820_0
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_855_1, all_883_0, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2877), (2882) gives:
% 221.49/40.32 | (2893) all_883_0 = all_855_1
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_885_3, all_893_0, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2875), (2876) gives:
% 221.49/40.32 | (2894) all_893_0 = all_885_3
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_800_0, all_893_0, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2875), (2887) gives:
% 221.49/40.32 | (2895) all_893_0 = all_800_0
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_893_0, all_901_0, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2874), (2875) gives:
% 221.49/40.32 | (2896) all_901_0 = all_893_0
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_881_0, all_901_0, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2874), (2878) gives:
% 221.49/40.32 | (2897) all_901_0 = all_881_0
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_901_0, all_924_1, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2873), (2874) gives:
% 221.49/40.32 | (2898) all_924_1 = all_901_0
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_879_2, all_924_1, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2873), (2879) gives:
% 221.49/40.32 | (2899) all_924_1 = all_879_2
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_868_2, all_924_1, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2873), (2880) gives:
% 221.49/40.32 | (2900) all_924_1 = all_868_2
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_883_0, all_926_2, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2872), (2877) gives:
% 221.49/40.32 | (2901) all_926_2 = all_883_0
% 221.49/40.32 |
% 221.49/40.32 | GROUND_INST: instantiating (141) with all_868_2, all_931_4, one_one_int,
% 221.49/40.32 | all_789_1, simplifying with (2871), (2880) gives:
% 221.49/40.32 | (2902) all_931_4 = all_868_2
% 221.49/40.32 |
% 221.49/40.33 | GROUND_INST: instantiating (141) with all_855_1, all_931_4, one_one_int,
% 221.49/40.33 | all_789_1, simplifying with (2871), (2882) gives:
% 221.49/40.33 | (2903) all_931_4 = all_855_1
% 221.49/40.33 |
% 221.49/40.33 | GROUND_INST: instantiating (141) with all_853_1, all_931_4, one_one_int,
% 221.49/40.33 | all_789_1, simplifying with (2871), (2883) gives:
% 221.49/40.33 | (2904) all_931_4 = all_853_1
% 221.49/40.33 |
% 221.49/40.33 | GROUND_INST: instantiating (141) with all_926_2, all_936_1, one_one_int,
% 221.49/40.33 | all_789_1, simplifying with (2870), (2872) gives:
% 221.49/40.33 | (2905) all_936_1 = all_926_2
% 221.49/40.33 |
% 221.49/40.33 | GROUND_INST: instantiating (141) with all_848_0, all_936_1, one_one_int,
% 221.49/40.33 | all_789_1, simplifying with (2870), (2884) gives:
% 221.49/40.33 | (2906) all_936_1 = all_848_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2905), (2906) imply:
% 221.49/40.33 | (2907) all_926_2 = all_848_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2907) implies:
% 221.49/40.33 | (2908) all_926_2 = all_848_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2903), (2904) imply:
% 221.49/40.33 | (2909) all_855_1 = all_853_1
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2909) implies:
% 221.49/40.33 | (2910) all_855_1 = all_853_1
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2902), (2904) imply:
% 221.49/40.33 | (2911) all_868_2 = all_853_1
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2911) implies:
% 221.49/40.33 | (2912) all_868_2 = all_853_1
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2901), (2908) imply:
% 221.49/40.33 | (2913) all_883_0 = all_848_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2913) implies:
% 221.49/40.33 | (2914) all_883_0 = all_848_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2898), (2899) imply:
% 221.49/40.33 | (2915) all_901_0 = all_879_2
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2915) implies:
% 221.49/40.33 | (2916) all_901_0 = all_879_2
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2899), (2900) imply:
% 221.49/40.33 | (2917) all_879_2 = all_868_2
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2896), (2897) imply:
% 221.49/40.33 | (2918) all_893_0 = all_881_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2918) implies:
% 221.49/40.33 | (2919) all_893_0 = all_881_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2897), (2916) imply:
% 221.49/40.33 | (2920) all_881_0 = all_879_2
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2894), (2895) imply:
% 221.49/40.33 | (2921) all_885_3 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2894), (2919) imply:
% 221.49/40.33 | (2922) all_885_3 = all_881_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2921), (2922) imply:
% 221.49/40.33 | (2923) all_881_0 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2923) implies:
% 221.49/40.33 | (2924) all_881_0 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2893), (2914) imply:
% 221.49/40.33 | (2925) all_855_1 = all_848_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2925) implies:
% 221.49/40.33 | (2926) all_855_1 = all_848_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2920), (2924) imply:
% 221.49/40.33 | (2927) all_879_2 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2927) implies:
% 221.49/40.33 | (2928) all_879_2 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2917), (2928) imply:
% 221.49/40.33 | (2929) all_868_2 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2929) implies:
% 221.49/40.33 | (2930) all_868_2 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2912), (2930) imply:
% 221.49/40.33 | (2931) all_853_1 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2931) implies:
% 221.49/40.33 | (2932) all_853_1 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2891), (2892) imply:
% 221.49/40.33 | (2933) all_846_0 = all_820_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2933) implies:
% 221.49/40.33 | (2934) all_846_0 = all_820_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2890), (2892) imply:
% 221.49/40.33 | (2935) all_820_0 = all_789_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2889), (2926) imply:
% 221.49/40.33 | (2936) all_848_0 = all_846_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2910), (2926) imply:
% 221.49/40.33 | (2937) all_853_1 = all_848_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2937) implies:
% 221.49/40.33 | (2938) all_853_1 = all_848_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2932), (2938) imply:
% 221.49/40.33 | (2939) all_848_0 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2939) implies:
% 221.49/40.33 | (2940) all_848_0 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2936), (2940) imply:
% 221.49/40.33 | (2941) all_846_0 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2941) implies:
% 221.49/40.33 | (2942) all_846_0 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2934), (2942) imply:
% 221.49/40.33 | (2943) all_820_0 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | SIMP: (2943) implies:
% 221.49/40.33 | (2944) all_820_0 = all_800_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2935), (2944) imply:
% 221.49/40.33 | (2945) all_800_0 = all_789_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2930), (2945) imply:
% 221.49/40.33 | (2946) all_868_2 = all_789_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2921), (2945) imply:
% 221.49/40.33 | (2947) all_885_3 = all_789_0
% 221.49/40.33 |
% 221.49/40.33 | COMBINE_EQS: (2894), (2947) imply:
% 221.49/40.33 | (2948) all_893_0 = all_789_0
% 221.49/40.33 |
% 221.49/40.33 | REDUCE: (2888), (2948) imply:
% 221.49/40.33 | (2949) times_times_int(all_789_0, t) = all_734_0
% 221.49/40.33 |
% 221.49/40.33 | REDUCE: (583), (2946) imply:
% 221.49/40.33 | (2950) times_times_int(all_789_0, t) = all_868_1
% 221.49/40.33 |
% 221.49/40.33 | REDUCE: (582), (2946) imply:
% 221.49/40.33 | (2951) times_times_int(all_789_0, zero_zero_int) = all_868_0
% 221.49/40.33 |
% 221.49/40.33 | REDUCE: (459), (2945) imply:
% 221.49/40.33 | (2952) int(all_789_0)
% 221.49/40.33 |
% 221.49/40.33 | GROUND_INST: instantiating (140) with all_734_0, all_868_1, t, all_789_0,
% 221.49/40.33 | simplifying with (2949), (2950) gives:
% 221.49/40.33 | (2953) all_868_1 = all_734_0
% 221.49/40.33 |
% 221.49/40.33 | REDUCE: (580), (2953) imply:
% 221.49/40.33 | (2954) ord_less_int(all_734_0, all_868_0)
% 221.49/40.33 |
% 221.49/40.33 | GROUND_INST: instantiating (98) with all_789_0, all_868_0, simplifying with
% 221.49/40.33 | (2951), (2952) gives:
% 221.49/40.33 | (2955) all_868_0 = zero_zero_int
% 221.49/40.33 |
% 221.49/40.33 | REDUCE: (2954), (2955) imply:
% 221.49/40.33 | (2956) ord_less_int(all_734_0, zero_zero_int)
% 221.49/40.33 |
% 221.49/40.33 | PRED_UNIFY: (367), (2956) imply:
% 221.49/40.33 | (2957) $false
% 221.49/40.34 |
% 221.49/40.34 | CLOSE: (2957) is inconsistent.
% 221.49/40.34 |
% 221.49/40.34 End of proof
% 221.49/40.34 % SZS output end Proof for theBenchmark
% 221.49/40.34
% 221.49/40.34 39621ms
%------------------------------------------------------------------------------