Execution Chart

We display below the execution chart for this examination (boot time has been removed).

Trace from the execution

Formatting '/data/fkordon/mcc2021-input.r140-tall-162089127900461.qcow2', fmt=qcow2 size=4294967296 backing_file='/data/fkordon/mcc2021-input.qcow2' encryption=off cluster_size=65536 lazy_refcounts=off
Waiting for the VM to be ready (probing ssh)
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=====================================================================
Generated by BenchKit 2-4028
Executing tool itstools
Input is PermAdmissibility-COL-01, examination is LTLFireability
Time confinement is 3600 seconds
Memory confinement is 16384 MBytes
Number of cores is 4
Run identifier is r140-tall-162089127900461
=====================================================================

--------------------
preparation of the directory to be used:
/home/mcc/execution
total 380K
-rw-r--r-- 1 mcc users 8.5K May 5 16:58 CTLCardinality.txt
-rw-r--r-- 1 mcc users 75K May 10 09:43 CTLCardinality.xml
-rw-r--r-- 1 mcc users 12K May 5 16:58 CTLFireability.txt
-rw-r--r-- 1 mcc users 88K May 10 09:43 CTLFireability.xml
-rw-r--r-- 1 mcc users 4.2K May 6 14:48 GenericPropertiesDefinition.xml
-rw-r--r-- 1 mcc users 6.3K May 6 14:48 GenericPropertiesVerdict.xml
-rw-r--r-- 1 mcc users 3.2K Mar 28 16:24 LTLCardinality.txt
-rw-r--r-- 1 mcc users 22K Mar 28 16:24 LTLCardinality.xml
-rw-r--r-- 1 mcc users 2.2K Mar 28 16:24 LTLFireability.txt
-rw-r--r-- 1 mcc users 16K Mar 28 16:24 LTLFireability.xml
-rw-r--r-- 1 mcc users 3.4K Mar 27 06:58 ReachabilityCardinality.txt
-rw-r--r-- 1 mcc users 17K Mar 27 06:58 ReachabilityCardinality.xml
-rw-r--r-- 1 mcc users 3.5K Mar 25 08:16 ReachabilityFireability.txt
-rw-r--r-- 1 mcc users 21K Mar 25 08:16 ReachabilityFireability.xml
-rw-r--r-- 1 mcc users 1.7K Mar 22 09:15 UpperBounds.txt
-rw-r--r-- 1 mcc users 3.8K Mar 22 09:15 UpperBounds.xml
-rw-r--r-- 1 mcc users 5 May 5 16:51 equiv_pt
-rw-r--r-- 1 mcc users 3 May 5 16:51 instance
-rw-r--r-- 1 mcc users 5 May 5 16:51 iscolored
-rw-r--r-- 1 mcc users 54K May 5 16:51 model.pnml

--------------------
content from stdout:

=== Data for post analysis generated by BenchKit (invocation template)

The expected result is a vector of booleans
BOOL_VECTOR

here is the order used to build the result vector(from text file)
FORMULA_NAME PermAdmissibility-COL-01-00
FORMULA_NAME PermAdmissibility-COL-01-01
FORMULA_NAME PermAdmissibility-COL-01-02
FORMULA_NAME PermAdmissibility-COL-01-03
FORMULA_NAME PermAdmissibility-COL-01-04
FORMULA_NAME PermAdmissibility-COL-01-05
FORMULA_NAME PermAdmissibility-COL-01-06
FORMULA_NAME PermAdmissibility-COL-01-07
FORMULA_NAME PermAdmissibility-COL-01-08
FORMULA_NAME PermAdmissibility-COL-01-09
FORMULA_NAME PermAdmissibility-COL-01-10
FORMULA_NAME PermAdmissibility-COL-01-11
FORMULA_NAME PermAdmissibility-COL-01-12
FORMULA_NAME PermAdmissibility-COL-01-13
FORMULA_NAME PermAdmissibility-COL-01-14
FORMULA_NAME PermAdmissibility-COL-01-15

=== Now, execution of the tool begins

BK_START 1620985034945

Running Version 0
[2021-05-14 09:37:16] [INFO ] Running its-tools with arguments : [-pnfolder, /home/mcc/execution, -examination, LTLFireability, -spotpath, /home/mcc/BenchKit/bin//..//ltlfilt, -z3path, /home/mcc/BenchKit/bin//..//z3/bin/z3, -yices2path, /home/mcc/BenchKit/bin//..//yices/bin/yices, -its, -ltsmin, -greatspnpath, /home/mcc/BenchKit/bin//..//greatspn/, -order, META, -manyOrder, -smt, -timeout, 3600]
[2021-05-14 09:37:16] [INFO ] Parsing pnml file : /home/mcc/execution/model.pnml
[2021-05-14 09:37:16] [INFO ] Detected file is not PT type :http://www.pnml.org/version-2009/grammar/symmetricnet
log4j:WARN No appenders could be found for logger (org.apache.axiom.locator.DefaultOMMetaFactoryLocator).
log4j:WARN Please initialize the log4j system properly.
[2021-05-14 09:37:16] [WARNING] Using fallBack plugin, rng conformance not checked
[2021-05-14 09:37:17] [INFO ] Load time of PNML (colored model parsed with PNMLFW) : 574 ms
[2021-05-14 09:37:17] [INFO ] Imported 40 HL places and 16 HL transitions for a total of 208 PT places and 1024.0 transition bindings in 16 ms.
Parsed 16 properties from file /home/mcc/execution/LTLFireability.xml in 7 ms.
Working with output stream class java.io.PrintStream
[2021-05-14 09:37:17] [INFO ] Built PT skeleton of HLPN with 40 places and 16 transitions in 4 ms.
[2021-05-14 09:37:17] [INFO ] Skeletonized HLPN properties in 0 ms.
Successfully produced net in file /tmp/petri1000_5526543820740076618.dot
Finished random walk after 0 steps, including 0 resets, run visited all 0 properties in 1 ms. (steps per millisecond=0 )
[2021-05-14 09:37:17] [INFO ] Flatten gal took : 21 ms
[2021-05-14 09:37:17] [INFO ] Flatten gal took : 5 ms
[2021-05-14 09:37:17] [INFO ] Unfolded HLPN to a Petri net with 208 places and 1024 transitions in 13 ms.
[2021-05-14 09:37:17] [INFO ] Unfolded HLPN properties in 1 ms.
Successfully produced net in file /tmp/petri1001_6115076251379415308.dot
[2021-05-14 09:37:17] [INFO ] Initial state test concluded for 5 properties.
Deduced a syphon composed of 40 places in 5 ms
Reduce places removed 40 places and 432 transitions.
FORMULA PermAdmissibility-COL-01-02 FALSE TECHNIQUES TOPOLOGICAL INITIAL_STATE
FORMULA PermAdmissibility-COL-01-03 FALSE TECHNIQUES TOPOLOGICAL INITIAL_STATE
FORMULA PermAdmissibility-COL-01-08 FALSE TECHNIQUES TOPOLOGICAL INITIAL_STATE
FORMULA PermAdmissibility-COL-01-13 TRUE TECHNIQUES TOPOLOGICAL INITIAL_STATE
Support contains 101 out of 168 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 168/168 places, 592/592 transitions.
Reduce places removed 64 places and 0 transitions.
Iterating post reduction 0 with 64 rules applied. Total rules applied 64 place count 104 transition count 592
Applied a total of 64 rules in 18 ms. Remains 104 /168 variables (removed 64) and now considering 592/592 (removed 0) transitions.
// Phase 1: matrix 592 rows 104 cols
[2021-05-14 09:37:17] [INFO ] Computed 16 place invariants in 39 ms
[2021-05-14 09:37:17] [INFO ] Implicit Places using invariants in 137 ms returned []
// Phase 1: matrix 592 rows 104 cols
[2021-05-14 09:37:17] [INFO ] Computed 16 place invariants in 8 ms
[2021-05-14 09:37:17] [INFO ] Implicit Places using invariants and state equation in 172 ms returned []
Implicit Place search using SMT with State Equation took 333 ms to find 0 implicit places.
// Phase 1: matrix 592 rows 104 cols
[2021-05-14 09:37:17] [INFO ] Computed 16 place invariants in 21 ms
[2021-05-14 09:37:18] [INFO ] Dead Transitions using invariants and state equation in 299 ms returned []
Finished structural reductions, in 1 iterations. Remains : 104/168 places, 592/592 transitions.
[2021-05-14 09:37:18] [INFO ] Flatten gal took : 80 ms
[2021-05-14 09:37:18] [INFO ] Flatten gal took : 67 ms
[2021-05-14 09:37:18] [INFO ] Input system was already deterministic with 592 transitions.
Incomplete random walk after 100000 steps, including 5882 resets, run finished after 603 ms. (steps per millisecond=165 ) properties (out of 24) seen :23
Running SMT prover for 1 properties.
// Phase 1: matrix 592 rows 104 cols
[2021-05-14 09:37:19] [INFO ] Computed 16 place invariants in 11 ms
Successfully simplified 1 atomic propositions for a total of 12 simplifications.
Running Spot : CommandLine [args=[/home/mcc/BenchKit/bin//..//ltl2tgba, --hoaf=tv, -f, !(G(F((p0 U (p0||G(p0))))))], workingDir=/home/mcc/execution]
Support contains 17 out of 104 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 104/104 places, 592/592 transitions.
Discarding 14 places :
Symmetric choice reduction at 0 with 14 rule applications. Total rules 14 place count 90 transition count 466
Iterating global reduction 0 with 14 rules applied. Total rules applied 28 place count 90 transition count 466
Applied a total of 28 rules in 40 ms. Remains 90 /104 variables (removed 14) and now considering 466/592 (removed 126) transitions.
// Phase 1: matrix 466 rows 90 cols
[2021-05-14 09:37:19] [INFO ] Computed 16 place invariants in 4 ms
[2021-05-14 09:37:19] [INFO ] Implicit Places using invariants in 87 ms returned [68, 86]
Discarding 2 places :
Implicit Place search using SMT only with invariants took 90 ms to find 2 implicit places.
[2021-05-14 09:37:19] [INFO ] Redundant transitions in 27 ms returned []
// Phase 1: matrix 466 rows 88 cols
[2021-05-14 09:37:19] [INFO ] Computed 14 place invariants in 8 ms
[2021-05-14 09:37:19] [INFO ] Dead Transitions using invariants and state equation in 183 ms returned []
Starting structural reductions, iteration 1 : 88/104 places, 466/592 transitions.
Drop transitions removed 1 transitions
Trivial Post-agglo rules discarded 1 transitions
Performed 1 trivial Post agglomeration. Transition count delta: 1
Iterating post reduction 0 with 1 rules applied. Total rules applied 1 place count 88 transition count 465
Reduce places removed 1 places and 0 transitions.
Iterating post reduction 1 with 1 rules applied. Total rules applied 2 place count 87 transition count 465
Performed 1 Post agglomeration using F-continuation condition.Transition count delta: 1
Deduced a syphon composed of 1 places in 1 ms
Reduce places removed 1 places and 0 transitions.
Iterating global reduction 2 with 2 rules applied. Total rules applied 4 place count 86 transition count 464
Applied a total of 4 rules in 29 ms. Remains 86 /88 variables (removed 2) and now considering 464/466 (removed 2) transitions.
// Phase 1: matrix 464 rows 86 cols
[2021-05-14 09:37:19] [INFO ] Computed 14 place invariants in 4 ms
[2021-05-14 09:37:19] [INFO ] Implicit Places using invariants in 78 ms returned []
// Phase 1: matrix 464 rows 86 cols
[2021-05-14 09:37:19] [INFO ] Computed 14 place invariants in 3 ms
[2021-05-14 09:37:20] [INFO ] Implicit Places using invariants and state equation in 321 ms returned []
Implicit Place search using SMT with State Equation took 401 ms to find 0 implicit places.
Finished structural reductions, in 2 iterations. Remains : 86/104 places, 464/592 transitions.
Stuttering acceptance computed with spot in 181 ms :[(NOT p0), (NOT p0)]
Running random walk in product with property : PermAdmissibility-COL-01-00 automaton TGBA [mat=[[{ cond=true, acceptance={} source=0 dest: 0}, { cond=(NOT p0), acceptance={} source=0 dest: 1}], [{ cond=(NOT p0), acceptance={0} source=1 dest: 1}]], initial=0, aps=[p0:(AND (OR (LT s71 1) (LT s76 1) (LT s78 1)) (OR (LT s71 1) (LT s76 1) (LT s80 1)) (OR (LT s71 1) (LT s76 1) (LT s82 1)) (OR (LT s73 1) (LT s76 1) (LT s83 1)) (OR (LT s71 1) (LT s76 1) (LT s84 1)) (OR (LT s73 1) (LT s76 1) (LT s79 1)) (OR (LT s69 1) (LT s76 1) (LT s77 1)) (OR (LT s68 1) (LT s76 1) (LT s84 1)) (OR (LT s73 1) (LT s76 1) (LT s81 1)) (OR (LT s68 1) (LT s76 1) (LT s82 1)) (OR (LT s68 1) (LT s76 1) (LT s80 1)) (OR (LT s73 1) (LT s76 1) (LT s77 1)) (OR (LT s68 1) (LT s76 1) (LT s78 1)) (OR (LT s69 1) (LT s76 1) (LT s83 1)) (OR (LT s69 1) (LT s76 1) (LT s79 1)) (OR (LT s74 1) (LT s76 1) (LT s80 1)) (OR (LT s69 1) (LT s76 1) (LT s81 1)) (OR (LT s74 1) (LT s76 1) (LT s78 1)) (OR (LT s74 1) (LT s76 1) (LT s82 1)) (OR (LT s74 1) (LT s76 1) (LT s84 1)) (OR (LT s72 1) (LT s76 1) (LT s83 1)) (OR (LT s72 1) (LT s76 1) (LT s81 1)) (OR (LT s72 1) (LT s76 1) (LT s79 1)) (OR (LT s72 1) (LT s76 1) (LT s77 1)) (OR (LT s75 1) (LT s76 1) (LT s83 1)) (OR (LT s75 1) (LT s76 1) (LT s81 1)) (OR (LT s70 1) (LT s76 1) (LT s80 1)) (OR (LT s70 1) (LT s76 1) (LT s78 1)) (OR (LT s75 1) (LT s76 1) (LT s79 1)) (OR (LT s70 1) (LT s76 1) (LT s84 1)) (OR (LT s75 1) (LT s76 1) (LT s77 1)) (OR (LT s70 1) (LT s76 1) (LT s82 1)) (OR (LT s71 1) (LT s76 1) (LT s77 1)) (OR (LT s71 1) (LT s76 1) (LT s79 1)) (OR (LT s73 1) (LT s76 1) (LT s84 1)) (OR (LT s71 1) (LT s76 1) (LT s81 1)) (OR (LT s71 1) (LT s76 1) (LT s83 1)) (OR (LT s73 1) (LT s76 1) (LT s80 1)) (OR (LT s73 1) (LT s76 1) (LT s82 1)) (OR (LT s69 1) (LT s76 1) (LT s78 1)) (OR (LT s68 1) (LT s76 1) (LT s83 1)) (OR (LT s73 1) (LT s76 1) (LT s78 1)) (OR (LT s68 1) (LT s76 1) (LT s81 1)) (OR (LT s74 1) (LT s76 1) (LT s77 1)) (OR (LT s68 1) (LT s76 1) (LT s79 1)) (OR (LT s69 1) (LT s76 1) (LT s84 1)) (OR (LT s68 1) (LT s76 1) (LT s77 1)) (OR (LT s74 1) (LT s76 1) (LT s81 1)) (OR (LT s69 1) (LT s76 1) (LT s80 1)) (OR (LT s74 1) (LT s76 1) (LT s79 1)) (OR (LT s69 1) (LT s76 1) (LT s82 1)) (OR (LT s74 1) (LT s76 1) (LT s83 1)) (OR (LT s72 1) (LT s76 1) (LT s82 1)) (OR (LT s72 1) (LT s76 1) (LT s80 1)) (OR (LT s70 1) (LT s76 1) (LT s77 1)) (OR (LT s72 1) (LT s76 1) (LT s78 1)) (OR (LT s72 1) (LT s76 1) (LT s84 1)) (OR (LT s75 1) (LT s76 1) (LT s84 1)) (OR (LT s75 1) (LT s76 1) (LT s82 1)) (OR (LT s70 1) (LT s76 1) (LT s81 1)) (OR (LT s70 1) (LT s76 1) (LT s79 1)) (OR (LT s75 1) (LT s76 1) (LT s80 1)) (OR (LT s70 1) (LT s76 1) (LT s83 1)) (OR (LT s75 1) (LT s76 1) (LT s78 1)))], nbAcceptance=1, properties=[trans-labels, explicit-labels, trans-acc, no-univ-branch, stutter-invariant, very-weak, weak, inherently-weak], stateDesc=[null, null][true, true]]
Product exploration explored 100000 steps with 6893 reset in 608 ms.
Product exploration explored 100000 steps with 6899 reset in 525 ms.
Complete graph has no SCC; deadlocks are unavoidable. place count 86 transition count 464
Detected that all paths lead to deadlock. Applying this knowledge to assert that all AP eventually converge : F ( (Ga|G!a) & (Gb|G!b)...)
Knowledge obtained : [(F (G p0)), p0]
Property proved to be true thanks to knowledge :(F (G p0))
FORMULA PermAdmissibility-COL-01-00 TRUE TECHNIQUES STRUCTURAL INITIAL_STATE
Treatment of property PermAdmissibility-COL-01-00 finished in 2325 ms.
Running Spot : CommandLine [args=[/home/mcc/BenchKit/bin//..//ltl2tgba, --hoaf=tv, -f, !((X(F(p0))||G(p1)))], workingDir=/home/mcc/execution]
Support contains 22 out of 104 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 104/104 places, 592/592 transitions.
Discarding 14 places :
Symmetric choice reduction at 0 with 14 rule applications. Total rules 14 place count 90 transition count 466
Iterating global reduction 0 with 14 rules applied. Total rules applied 28 place count 90 transition count 466
Applied a total of 28 rules in 7 ms. Remains 90 /104 variables (removed 14) and now considering 466/592 (removed 126) transitions.
// Phase 1: matrix 466 rows 90 cols
[2021-05-14 09:37:21] [INFO ] Computed 16 place invariants in 7 ms
[2021-05-14 09:37:21] [INFO ] Implicit Places using invariants in 76 ms returned [76, 78]
Discarding 2 places :
Implicit Place search using SMT only with invariants took 78 ms to find 2 implicit places.
// Phase 1: matrix 466 rows 88 cols
[2021-05-14 09:37:21] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:37:21] [INFO ] Dead Transitions using invariants and state equation in 147 ms returned []
Starting structural reductions, iteration 1 : 88/104 places, 466/592 transitions.
Applied a total of 0 rules in 3 ms. Remains 88 /88 variables (removed 0) and now considering 466/466 (removed 0) transitions.
// Phase 1: matrix 466 rows 88 cols
[2021-05-14 09:37:21] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:37:22] [INFO ] Dead Transitions using invariants and state equation in 239 ms returned []
Finished structural reductions, in 2 iterations. Remains : 88/104 places, 466/592 transitions.
Stuttering acceptance computed with spot in 73 ms :[(NOT p0), (AND (NOT p0) (NOT p1)), (AND (NOT p0) (NOT p1))]
Running random walk in product with property : PermAdmissibility-COL-01-01 automaton TGBA [mat=[[{ cond=(NOT p0), acceptance={0} source=0 dest: 0}], [{ cond=(NOT p1), acceptance={} source=1 dest: 0}, { cond=p1, acceptance={} source=1 dest: 2}], [{ cond=(AND (NOT p1) (NOT p0)), acceptance={} source=2 dest: 0}, { cond=(AND p1 (NOT p0)), acceptance={} source=2 dest: 2}]], initial=1, aps=[p0:(OR (AND (GEQ s41 1) (GEQ s44 1) (GEQ s46 1)) (AND (GEQ s41 1) (GEQ s45 1) (GEQ s46 1)) (AND (GEQ s41 1) (GEQ s45 1) (GEQ s47 1)) (AND (GEQ s41 1) (GEQ s44 1) (GEQ s47 1))), p1:(OR (AND (GEQ s70 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s77 1) (GEQ s85 1)))], nbAcceptance=1, properties=[trans-labels, explicit-labels, trans-acc, deterministic, no-univ-branch, unambiguous, semi-deterministic, very-weak, weak, inherently-weak], stateDesc=[null, null, null][false, false, false]]
Product exploration explored 100000 steps with 33333 reset in 316 ms.
Product exploration explored 100000 steps with 33333 reset in 421 ms.
Complete graph has no SCC; deadlocks are unavoidable. place count 88 transition count 466
Detected that all paths lead to deadlock. Applying this knowledge to assert that all AP eventually converge : F ( (Ga|G!a) & (Gb|G!b)...)
Knowledge obtained : [(F (G (NOT p0))), (F (G (NOT p1))), (NOT p0), (NOT p1)]
Stuttering acceptance computed with spot in 64 ms :[(NOT p0), (AND (NOT p0) (NOT p1)), (AND (NOT p0) (NOT p1))]
Product exploration explored 100000 steps with 33333 reset in 304 ms.
Product exploration explored 100000 steps with 33333 reset in 368 ms.
Applying partial POR strategy [true, false, true]
Stuttering acceptance computed with spot in 77 ms :[(NOT p0), (AND (NOT p0) (NOT p1)), (AND (NOT p0) (NOT p1))]
Support contains 22 out of 88 places. Attempting structural reductions.
Property had overlarge support with respect to TGBA, discarding it for now.
Starting structural reductions, iteration 0 : 88/88 places, 466/466 transitions.
Performed 1 Post agglomeration using F-continuation condition.Transition count delta: 0
Iterating post reduction 0 with 1 rules applied. Total rules applied 1 place count 88 transition count 466
Performed 1 Post agglomeration using F-continuation condition.Transition count delta: 0
Deduced a syphon composed of 2 places in 1 ms
Iterating global reduction 1 with 1 rules applied. Total rules applied 2 place count 88 transition count 466
Discarding 1 places :
Symmetric choice reduction at 1 with 1 rule applications. Total rules 3 place count 87 transition count 465
Deduced a syphon composed of 1 places in 1 ms
Iterating global reduction 1 with 1 rules applied. Total rules applied 4 place count 87 transition count 465
Deduced a syphon composed of 1 places in 0 ms
Applied a total of 4 rules in 26 ms. Remains 87 /88 variables (removed 1) and now considering 465/466 (removed 1) transitions.
[2021-05-14 09:37:24] [INFO ] Redundant transitions in 9 ms returned []
// Phase 1: matrix 465 rows 87 cols
[2021-05-14 09:37:24] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:37:24] [INFO ] Dead Transitions using invariants and state equation in 170 ms returned []
Finished structural reductions, in 1 iterations. Remains : 87/88 places, 465/466 transitions.
Product exploration explored 100000 steps with 33333 reset in 776 ms.
Product exploration explored 100000 steps with 33333 reset in 620 ms.
[2021-05-14 09:37:25] [INFO ] Flatten gal took : 33 ms
[2021-05-14 09:37:25] [INFO ] Flatten gal took : 33 ms
[2021-05-14 09:37:25] [INFO ] Time to serialize gal into /tmp/LTL9901091975698873685.gal : 8 ms
[2021-05-14 09:37:25] [INFO ] Time to serialize properties into /tmp/LTL12478275195378197999.ltl : 1 ms
Invoking ITS tools like this :CommandLine [args=[/home/mcc/BenchKit/itstools/plugins/fr.lip6.move.gal.itstools.binaries_1.0.0.202104292328/bin/its-ltl-linux64, --gc-threshold, 2000000, -i, /tmp/LTL9901091975698873685.gal, -t, CGAL, -LTL, /tmp/LTL12478275195378197999.ltl, -c, -stutter-deadlock, --gen-order, FOLLOW], workingDir=/home/mcc/execution]

its-ltl command run as :

/home/mcc/BenchKit/itstools/plugins/fr.lip6.move.gal.itstools.binaries_1.0.0.202104292328/bin/its-ltl-linux64 --gc-threshold 2000000 -i /tmp/LTL9901091975698873685.gal -t CGAL -LTL /tmp/LTL12478275195378197999.ltl -c -stutter-deadlock --gen-order FOLLOW
Read 1 LTL properties
Checking formula 0 : !(((X(F("((((((c7_0>=1)&&(in2_2>=1))&&(in4_6>=1))||(((c7_0>=1)&&(in2_3>=1))&&(in4_6>=1)))||(((c7_0>=1)&&(in2_3>=1))&&(in4_7>=1)))||(((c7_0>=1)&&(in2_2>=1))&&(in4_7>=1)))")))||(G("((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((aux16_2>=1)&&(aux14_3>=1))&&(c20_0>=1))||(((aux16_1>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_0>=1))&&(c20_0>=1)))"))))
Formula 0 simplified : !(XF"((((((c7_0>=1)&&(in2_2>=1))&&(in4_6>=1))||(((c7_0>=1)&&(in2_3>=1))&&(in4_6>=1)))||(((c7_0>=1)&&(in2_3>=1))&&(in4_7>=1)))||(((c7_0>=1)&&(in2_2>=1))&&(in4_7>=1)))" | G"((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((aux16_2>=1)&&(aux14_3>=1))&&(c20_0>=1))||(((aux16_1>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_4>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_4>=1)&&(aux14_6>=1))&&(c20_0>=1)))||(((aux16_5>=1)&&(aux14_3>=1))&&(c20_0>=1)))||(((aux16_0>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_0>=1))&&(c20_0>=1)))||(((aux16_2>=1)&&(aux14_2>=1))&&(c20_0>=1)))||(((aux16_7>=1)&&(aux14_7>=1))&&(c20_0>=1)))||(((aux16_6>=1)&&(aux14_1>=1))&&(c20_0>=1)))||(((aux16_1>=1)&&(aux14_5>=1))&&(c20_0>=1)))||(((aux16_3>=1)&&(aux14_0>=1))&&(c20_0>=1)))")
Reverse transition relation is NOT exact ! Due to transitions t65, t66, t67, t68, t69, t70, t71, t72, t74, t75, t76, t77, t78, t79, t80, t81, t83, t84, t85, t86, t87, t88, t89, t90, t92, t93, t94, t95, t96, t97, t98, t99, t101, t102, t103, t104, t105, t106, t107, t108, t110, t111, t112, t113, t114, t115, t116, t117, t119, t120, t121, t122, t123, t124, t125, t126, t130, t131, t132, t133, t134, t135, t138, t139, t140, t141, t142, t143, t144, t145, t148, t149, t150, t151, t152, t153, t156, t157, t158, t159, t160, t161, t162, t163, t166, t167, t168, t169, t170, t171, t174, t175, t176, t177, t178, t179, t180, t181, t184, t185, t186, t187, t188, t189, t193, t194, t195, t196, t197, t198, t199, t200, t202, t203, t204, t205, t206, t207, t208, t209, t211, t212, t213, t214, t215, t216, t217, t218, t220, t221, t222, t223, t224, t225, t226, t227, t229, t230, t231, t232, t233, t234, t235, t236, t238, t239, t240, t241, t242, t243, t244, t245, t247, t248, t249, t250, t251, t252, t253, t254, t401, t402, t403, t404, t405, t406, t407, t408, t410, t411, t412, t413, t414, t415, t416, t417, t419, t420, t421, t422, t423, t424, t425, t426, t428, t429, t430, t431, t432, t433, t434, t435, t437, t438, t439, t440, t441, t442, t443, t444, t446, t447, t448, t449, t450, t451, t452, t453, t455, t456, t457, t458, t459, t460, t461, t462, t465, t466, t467, t468, t469, t470, t471, t472, t474, t475, t476, t477, t478, t479, t480, t481, t483, t484, t485, t486, t487, t488, t489, t490, t492, t493, t494, t495, t496, t497, t498, t499, t501, t502, t503, t504, t505, t506, t507, t508, t510, t511, t512, t513, t514, t515, t516, t517, t519, t520, t521, t522, t523, t524, t525, t526, Intersection with reachable at each step enabled. (destroyed/reverse/intersect/total) :48/146/272/466
Computing Next relation with stutter on 1 deadlock states
2 unique states visited
0 strongly connected components in search stack
1 transitions explored
2 items max in DFS search stack
687 ticks for the emptiness check
Model ,|S| ,Time ,Mem(kb) ,fin. SDD ,fin. DDD ,peak SDD ,peak DDD ,SDD Hom ,SDD cache peak ,DDD Hom ,DDD cachepeak ,SHom cache
STATS,0,6.93112,185040,1,0,982,608363,914,420,9956,353581,908
no accepting run found
Formula 0 is TRUE no accepting run found.
FORMULA PermAdmissibility-COL-01-01 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL
ITS tools runner thread asked to quit. Dying gracefully.
Treatment of property PermAdmissibility-COL-01-01 finished in 11553 ms.
Running Spot : CommandLine [args=[/home/mcc/BenchKit/bin//..//ltl2tgba, --hoaf=tv, -f, !(F((X(X(F(p1)))||p0)))], workingDir=/home/mcc/execution]
Support contains 15 out of 104 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 104/104 places, 592/592 transitions.
Discarding 28 places :
Symmetric choice reduction at 0 with 28 rule applications. Total rules 28 place count 76 transition count 340
Iterating global reduction 0 with 28 rules applied. Total rules applied 56 place count 76 transition count 340
Discarding 28 places :
Symmetric choice reduction at 0 with 28 rule applications. Total rules 84 place count 48 transition count 88
Iterating global reduction 0 with 28 rules applied. Total rules applied 112 place count 48 transition count 88
Discarding 6 places :
Symmetric choice reduction at 0 with 6 rule applications. Total rules 118 place count 42 transition count 58
Iterating global reduction 0 with 6 rules applied. Total rules applied 124 place count 42 transition count 58
Applied a total of 124 rules in 7 ms. Remains 42 /104 variables (removed 62) and now considering 58/592 (removed 534) transitions.
// Phase 1: matrix 58 rows 42 cols
[2021-05-14 09:37:33] [INFO ] Computed 16 place invariants in 0 ms
[2021-05-14 09:37:33] [INFO ] Implicit Places using invariants in 34 ms returned [4, 5, 6, 7, 20, 21, 34, 35, 37, 38]
Discarding 10 places :
Implicit Place search using SMT only with invariants took 35 ms to find 10 implicit places.
// Phase 1: matrix 58 rows 32 cols
[2021-05-14 09:37:33] [INFO ] Computed 6 place invariants in 0 ms
[2021-05-14 09:37:33] [INFO ] Dead Transitions using invariants and state equation in 34 ms returned []
Starting structural reductions, iteration 1 : 32/104 places, 58/592 transitions.
Applied a total of 0 rules in 1 ms. Remains 32 /32 variables (removed 0) and now considering 58/58 (removed 0) transitions.
// Phase 1: matrix 58 rows 32 cols
[2021-05-14 09:37:33] [INFO ] Computed 6 place invariants in 1 ms
[2021-05-14 09:37:33] [INFO ] Dead Transitions using invariants and state equation in 35 ms returned []
Finished structural reductions, in 2 iterations. Remains : 32/104 places, 58/592 transitions.
Stuttering acceptance computed with spot in 70 ms :[(AND (NOT p0) (NOT p1)), (AND (NOT p0) (NOT p1)), (AND (NOT p0) (NOT p1))]
Running random walk in product with property : PermAdmissibility-COL-01-04 automaton TGBA [mat=[[{ cond=(AND (NOT p0) (NOT p1)), acceptance={0} source=0 dest: 0}], [{ cond=(NOT p0), acceptance={} source=1 dest: 0}], [{ cond=(NOT p0), acceptance={} source=2 dest: 1}]], initial=2, aps=[p0:(OR (AND (GEQ s19 1) (GEQ s24 1) (GEQ s26 1)) (AND (GEQ s16 1) (GEQ s22 1) (GEQ s26 1)) (AND (GEQ s18 1) (GEQ s21 1) (GEQ s26 1)) (AND (GEQ s17 1) (GEQ s24 1) (GEQ s26 1)) (AND (GEQ s19 1) (GEQ s23 1) (GEQ s26 1)) (AND (GEQ s16 1) (GEQ s21 1) (GEQ s26 1)) (AND (GEQ s19 1) (GEQ s22 1) (GEQ s26 1)) (AND (GEQ s16 1) (GEQ s24 1) (GEQ s26 1)) (AND (GEQ s18 1) (GEQ s24 1) (GEQ s26 1)) (AND (GEQ s17 1) (GEQ s23 1) (GEQ s26 1)) (AND (GEQ s18 1) (GEQ s23 1) (GEQ s26 1)) (AND (GEQ s17 1) (GEQ s21 1) (GEQ s26 1)) (AND (GEQ s18 1) (GEQ s22 1) (GEQ s26 1)) (AND (GEQ s16 1) (GEQ s23 1) (GEQ s26 1)) (AND (GEQ s17 1) (GEQ s22 1) (GEQ s26 1)) (AND (GEQ s19 1) (GEQ s21 1) (GEQ s26 1))), p1:(OR (AND (GEQ s18 1) (GEQ s20 1) (GEQ s22 1)) (AND (GEQ s16 1) (GEQ s20 1) (GEQ s22 1)) (AND (GEQ s18 1) (GEQ s20 1) (GEQ s24 1)) (AND (GEQ s17 1) (GEQ s20 1) (GEQ s24 1)) (AND (GEQ s17 1) (GEQ s20 1) (GEQ s22 1)) (AND (GEQ s19 1) (GEQ s20 1) (GEQ s21 1)) (AND (GEQ s16 1) (GEQ s20 1) (GEQ s24 1)) (AND (GEQ s19 1) (GEQ s20 1) (GEQ s23 1)) (AND (GEQ s18 1) (GEQ s20 1) (GEQ s23 1)) (AND (GEQ s16 1) (GEQ s20 1) (GEQ s21 1)) (AND (GEQ s16 1) (GEQ s20 1) (GEQ s23 1)) (AND (GEQ s17 1) (GEQ s20 1) (GEQ s23 1)) (AND (GEQ s17 1) (GEQ s20 1) (GEQ s21 1)) (AND (GEQ s19 1) (GEQ s20 1) (GEQ s22 1)) (AND (GEQ s18 1) (GEQ s20 1) (GEQ s21 1)) (AND (GEQ s19 1) (GEQ s20 1) (GEQ s24 1)) (AND (GEQ s8 1) (GEQ s13 1) (GEQ s15 1)) (AND (GEQ s8 1) (GEQ s12 1) (GEQ s15 1)) (AND (GEQ s8 1) (GEQ s12 1) (GEQ s14 1)) (AND (GEQ s8 1) (GEQ s13 1) (GEQ s14 1)))], nbAcceptance=1, properties=[trans-labels, explicit-labels, trans-acc, deterministic, no-univ-branch, unambiguous, semi-deterministic, very-weak, weak, inherently-weak], stateDesc=[null, null, null][false, false, false]]
Product exploration explored 100000 steps with 25000 reset in 219 ms.
Product exploration explored 100000 steps with 25000 reset in 228 ms.
Complete graph has no SCC; deadlocks are unavoidable. place count 32 transition count 58
Detected that all paths lead to deadlock. Applying this knowledge to assert that all AP eventually converge : F ( (Ga|G!a) & (Gb|G!b)...)
Knowledge obtained : [(F (G (NOT p0))), (F (G (NOT p1))), (NOT p0), (NOT p1)]
Stuttering acceptance computed with spot in 67 ms :[(AND (NOT p0) (NOT p1)), (AND (NOT p0) (NOT p1)), (AND (NOT p0) (NOT p1))]
Product exploration explored 100000 steps with 25000 reset in 215 ms.
Product exploration explored 100000 steps with 25000 reset in 232 ms.
Applying partial POR strategy [true, false, false]
Stuttering acceptance computed with spot in 68 ms :[(AND (NOT p0) (NOT p1)), (AND (NOT p0) (NOT p1)), (AND (NOT p0) (NOT p1))]
Support contains 15 out of 32 places. Attempting structural reductions.
Property had overlarge support with respect to TGBA, discarding it for now.
Starting structural reductions, iteration 0 : 32/32 places, 58/58 transitions.
Performed 7 Post agglomeration using F-continuation condition.Transition count delta: 0
Iterating post reduction 0 with 7 rules applied. Total rules applied 7 place count 32 transition count 58
Performed 2 Pre agglomeration using Quasi-Persistent + Divergent Free condition..
Pre-agglomeration after 1 with 2 Pre rules applied. Total rules applied 7 place count 32 transition count 58
Deduced a syphon composed of 9 places in 0 ms
Iterating global reduction 1 with 2 rules applied. Total rules applied 9 place count 32 transition count 58
Discarding 8 places :
Symmetric choice reduction at 1 with 8 rule applications. Total rules 17 place count 24 transition count 50
Deduced a syphon composed of 1 places in 0 ms
Iterating global reduction 1 with 8 rules applied. Total rules applied 25 place count 24 transition count 50
Performed 1 Post agglomeration using F-continuation condition.Transition count delta: 0
Deduced a syphon composed of 2 places in 0 ms
Iterating global reduction 1 with 1 rules applied. Total rules applied 26 place count 24 transition count 50
Discarding 1 places :
Symmetric choice reduction at 1 with 1 rule applications. Total rules 27 place count 23 transition count 49
Deduced a syphon composed of 1 places in 0 ms
Iterating global reduction 1 with 1 rules applied. Total rules applied 28 place count 23 transition count 49
Deduced a syphon composed of 1 places in 0 ms
Applied a total of 28 rules in 4 ms. Remains 23 /32 variables (removed 9) and now considering 49/58 (removed 9) transitions.
[2021-05-14 09:37:34] [INFO ] Redundant transitions in 0 ms returned []
// Phase 1: matrix 49 rows 23 cols
[2021-05-14 09:37:34] [INFO ] Computed 6 place invariants in 1 ms
[2021-05-14 09:37:34] [INFO ] Dead Transitions using invariants and state equation in 22 ms returned []
Finished structural reductions, in 1 iterations. Remains : 23/32 places, 49/58 transitions.
Product exploration explored 100000 steps with 25000 reset in 278 ms.
Product exploration explored 100000 steps with 25000 reset in 295 ms.
[2021-05-14 09:37:35] [INFO ] Flatten gal took : 5 ms
[2021-05-14 09:37:35] [INFO ] Flatten gal took : 4 ms
[2021-05-14 09:37:35] [INFO ] Time to serialize gal into /tmp/LTL9832166681200410719.gal : 1 ms
[2021-05-14 09:37:35] [INFO ] Time to serialize properties into /tmp/LTL4096991882378351222.ltl : 0 ms
Invoking ITS tools like this :CommandLine [args=[/home/mcc/BenchKit/itstools/plugins/fr.lip6.move.gal.itstools.binaries_1.0.0.202104292328/bin/its-ltl-linux64, --gc-threshold, 2000000, -i, /tmp/LTL9832166681200410719.gal, -t, CGAL, -LTL, /tmp/LTL4096991882378351222.ltl, -c, -stutter-deadlock, --gen-order, FOLLOW], workingDir=/home/mcc/execution]

its-ltl command run as :

/home/mcc/BenchKit/itstools/plugins/fr.lip6.move.gal.itstools.binaries_1.0.0.202104292328/bin/its-ltl-linux64 --gc-threshold 2000000 -i /tmp/LTL9832166681200410719.gal -t CGAL -LTL /tmp/LTL4096991882378351222.ltl -c -stutter-deadlock --gen-order FOLLOW
Read 1 LTL properties
Checking formula 0 : !((F(((((((((((((((((X(X(F("((((((((((((((((((((((aux7_6>=1)&&(c9_0>=1))&&(aux5_1>=1))||(((aux7_2>=1)&&(c9_0>=1))&&(aux5_1>=1)))||(((aux7_6>=1)&&(c9_0>=1))&&(aux5_5>=1)))||(((aux7_3>=1)&&(c9_0>=1))&&(aux5_5>=1)))||(((aux7_3>=1)&&(c9_0>=1))&&(aux5_1>=1)))||(((aux7_7>=1)&&(c9_0>=1))&&(aux5_0>=1)))||(((aux7_2>=1)&&(c9_0>=1))&&(aux5_5>=1)))||(((aux7_7>=1)&&(c9_0>=1))&&(aux5_4>=1)))||(((aux7_6>=1)&&(c9_0>=1))&&(aux5_4>=1)))||(((aux7_2>=1)&&(c9_0>=1))&&(aux5_0>=1)))||(((aux7_2>=1)&&(c9_0>=1))&&(aux5_4>=1)))||(((aux7_3>=1)&&(c9_0>=1))&&(aux5_4>=1)))||(((aux7_3>=1)&&(c9_0>=1))&&(aux5_0>=1)))||(((aux7_7>=1)&&(c9_0>=1))&&(aux5_1>=1)))||(((aux7_6>=1)&&(c9_0>=1))&&(aux5_0>=1)))||(((aux7_7>=1)&&(c9_0>=1))&&(aux5_5>=1)))||(((c8_0>=1)&&(in2_3>=1))&&(in4_7>=1)))||(((c8_0>=1)&&(in2_2>=1))&&(in4_7>=1)))||(((c8_0>=1)&&(in2_2>=1))&&(in4_6>=1)))||(((c8_0>=1)&&(in2_3>=1))&&(in4_6>=1)))"))))||("(((aux7_7>=1)&&(aux5_5>=1))&&(c110_0>=1))"))||("(((aux7_2>=1)&&(aux5_1>=1))&&(c110_0>=1))"))||("(((aux7_6>=1)&&(aux5_0>=1))&&(c110_0>=1))"))||("(((aux7_3>=1)&&(aux5_5>=1))&&(c110_0>=1))"))||("(((aux7_7>=1)&&(aux5_4>=1))&&(c110_0>=1))"))||("(((aux7_2>=1)&&(aux5_0>=1))&&(c110_0>=1))"))||("(((aux7_7>=1)&&(aux5_1>=1))&&(c110_0>=1))"))||("(((aux7_2>=1)&&(aux5_5>=1))&&(c110_0>=1))"))||("(((aux7_6>=1)&&(aux5_5>=1))&&(c110_0>=1))"))||("(((aux7_3>=1)&&(aux5_4>=1))&&(c110_0>=1))"))||("(((aux7_6>=1)&&(aux5_4>=1))&&(c110_0>=1))"))||("(((aux7_3>=1)&&(aux5_0>=1))&&(c110_0>=1))"))||("(((aux7_6>=1)&&(aux5_1>=1))&&(c110_0>=1))"))||("(((aux7_2>=1)&&(aux5_4>=1))&&(c110_0>=1))"))||("(((aux7_3>=1)&&(aux5_1>=1))&&(c110_0>=1))"))||("(((aux7_7>=1)&&(aux5_0>=1))&&(c110_0>=1))"))))
Formula 0 simplified : !F("(((aux7_2>=1)&&(aux5_0>=1))&&(c110_0>=1))" | "(((aux7_2>=1)&&(aux5_1>=1))&&(c110_0>=1))" | "(((aux7_2>=1)&&(aux5_4>=1))&&(c110_0>=1))" | "(((aux7_2>=1)&&(aux5_5>=1))&&(c110_0>=1))" | "(((aux7_3>=1)&&(aux5_0>=1))&&(c110_0>=1))" | "(((aux7_3>=1)&&(aux5_1>=1))&&(c110_0>=1))" | "(((aux7_3>=1)&&(aux5_4>=1))&&(c110_0>=1))" | "(((aux7_3>=1)&&(aux5_5>=1))&&(c110_0>=1))" | "(((aux7_6>=1)&&(aux5_0>=1))&&(c110_0>=1))" | "(((aux7_6>=1)&&(aux5_1>=1))&&(c110_0>=1))" | "(((aux7_6>=1)&&(aux5_4>=1))&&(c110_0>=1))" | "(((aux7_6>=1)&&(aux5_5>=1))&&(c110_0>=1))" | "(((aux7_7>=1)&&(aux5_0>=1))&&(c110_0>=1))" | "(((aux7_7>=1)&&(aux5_1>=1))&&(c110_0>=1))" | "(((aux7_7>=1)&&(aux5_4>=1))&&(c110_0>=1))" | "(((aux7_7>=1)&&(aux5_5>=1))&&(c110_0>=1))" | XXF"((((((((((((((((((((((aux7_6>=1)&&(c9_0>=1))&&(aux5_1>=1))||(((aux7_2>=1)&&(c9_0>=1))&&(aux5_1>=1)))||(((aux7_6>=1)&&(c9_0>=1))&&(aux5_5>=1)))||(((aux7_3>=1)&&(c9_0>=1))&&(aux5_5>=1)))||(((aux7_3>=1)&&(c9_0>=1))&&(aux5_1>=1)))||(((aux7_7>=1)&&(c9_0>=1))&&(aux5_0>=1)))||(((aux7_2>=1)&&(c9_0>=1))&&(aux5_5>=1)))||(((aux7_7>=1)&&(c9_0>=1))&&(aux5_4>=1)))||(((aux7_6>=1)&&(c9_0>=1))&&(aux5_4>=1)))||(((aux7_2>=1)&&(c9_0>=1))&&(aux5_0>=1)))||(((aux7_2>=1)&&(c9_0>=1))&&(aux5_4>=1)))||(((aux7_3>=1)&&(c9_0>=1))&&(aux5_4>=1)))||(((aux7_3>=1)&&(c9_0>=1))&&(aux5_0>=1)))||(((aux7_7>=1)&&(c9_0>=1))&&(aux5_1>=1)))||(((aux7_6>=1)&&(c9_0>=1))&&(aux5_0>=1)))||(((aux7_7>=1)&&(c9_0>=1))&&(aux5_5>=1)))||(((c8_0>=1)&&(in2_3>=1))&&(in4_7>=1)))||(((c8_0>=1)&&(in2_2>=1))&&(in4_7>=1)))||(((c8_0>=1)&&(in2_2>=1))&&(in4_6>=1)))||(((c8_0>=1)&&(in2_3>=1))&&(in4_6>=1)))")
Reverse transition relation is NOT exact ! Due to transitions t264, t265, t266, t267, t268, t269, t270, t271, t272, t273, t274, t275, t276, t277, t278, t279, t280, t281, t282, t283, t284, t285, t286, t287, t400, Intersection with reachable at each step enabled. (destroyed/reverse/intersect/total) :0/33/25/58
Computing Next relation with stutter on 1 deadlock states
3 unique states visited
0 strongly connected components in search stack
2 transitions explored
3 items max in DFS search stack
4 ticks for the emptiness check
Model ,|S| ,Time ,Mem(kb) ,fin. SDD ,fin. DDD ,peak SDD ,peak DDD ,SDD Hom ,SDD cache peak ,DDD Hom ,DDD cachepeak ,SHom cache
STATS,0,0.051068,19988,1,0,112,4353,207,61,1496,3350,143
no accepting run found
Formula 0 is TRUE no accepting run found.
FORMULA PermAdmissibility-COL-01-04 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL
ITS tools runner thread asked to quit. Dying gracefully.
Treatment of property PermAdmissibility-COL-01-04 finished in 2162 ms.
Running Spot : CommandLine [args=[/home/mcc/BenchKit/bin//..//ltl2tgba, --hoaf=tv, -f, !((G(F(p0))&&F((p1 U (p2||G(p1))))))], workingDir=/home/mcc/execution]
Support contains 43 out of 104 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 104/104 places, 592/592 transitions.
Discarding 14 places :
Symmetric choice reduction at 0 with 14 rule applications. Total rules 14 place count 90 transition count 466
Iterating global reduction 0 with 14 rules applied. Total rules applied 28 place count 90 transition count 466
Applied a total of 28 rules in 13 ms. Remains 90 /104 variables (removed 14) and now considering 466/592 (removed 126) transitions.
// Phase 1: matrix 466 rows 90 cols
[2021-05-14 09:37:35] [INFO ] Computed 16 place invariants in 9 ms
[2021-05-14 09:37:35] [INFO ] Implicit Places using invariants in 79 ms returned [76, 78]
Discarding 2 places :
Implicit Place search using SMT only with invariants took 80 ms to find 2 implicit places.
[2021-05-14 09:37:35] [INFO ] Redundant transitions in 3 ms returned []
// Phase 1: matrix 466 rows 88 cols
[2021-05-14 09:37:35] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:37:35] [INFO ] Dead Transitions using invariants and state equation in 149 ms returned []
Starting structural reductions, iteration 1 : 88/104 places, 466/592 transitions.
Drop transitions removed 1 transitions
Trivial Post-agglo rules discarded 1 transitions
Performed 1 trivial Post agglomeration. Transition count delta: 1
Iterating post reduction 0 with 1 rules applied. Total rules applied 1 place count 88 transition count 465
Reduce places removed 1 places and 0 transitions.
Iterating post reduction 1 with 1 rules applied. Total rules applied 2 place count 87 transition count 465
Performed 1 Pre agglomeration using Quasi-Persistent + Divergent Free condition..
Pre-agglomeration after 2 with 1 Pre rules applied. Total rules applied 2 place count 87 transition count 464
Deduced a syphon composed of 1 places in 0 ms
Reduce places removed 1 places and 0 transitions.
Iterating global reduction 2 with 2 rules applied. Total rules applied 4 place count 86 transition count 464
Applied a total of 4 rules in 13 ms. Remains 86 /88 variables (removed 2) and now considering 464/466 (removed 2) transitions.
// Phase 1: matrix 464 rows 86 cols
[2021-05-14 09:37:35] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:37:35] [INFO ] Implicit Places using invariants in 59 ms returned []
// Phase 1: matrix 464 rows 86 cols
[2021-05-14 09:37:35] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:37:35] [INFO ] Implicit Places using invariants and state equation in 206 ms returned []
Implicit Place search using SMT with State Equation took 265 ms to find 0 implicit places.
Finished structural reductions, in 2 iterations. Remains : 86/104 places, 464/592 transitions.
Stuttering acceptance computed with spot in 126 ms :[(OR (NOT p0) (AND (NOT p1) (NOT p2))), (NOT p0), (NOT p0), (AND (NOT p2) (NOT p1))]
Running random walk in product with property : PermAdmissibility-COL-01-05 automaton TGBA [mat=[[{ cond=(NOT p0), acceptance={} source=0 dest: 1}, { cond=true, acceptance={} source=0 dest: 2}, { cond=(NOT p2), acceptance={} source=0 dest: 3}], [{ cond=(NOT p0), acceptance={0} source=1 dest: 1}], [{ cond=(NOT p0), acceptance={} source=2 dest: 1}, { cond=true, acceptance={} source=2 dest: 2}], [{ cond=(AND (NOT p2) (NOT p1)), acceptance={0} source=3 dest: 3}, { cond=(AND (NOT p2) p1), acceptance={} source=3 dest: 3}]], initial=0, aps=[p0:(OR (AND (GEQ s51 1) (GEQ s54 1) (GEQ s65 1)) (AND (GEQ s48 1) (GEQ s52 1) (GEQ s65 1)) (AND (GEQ s48 1) (GEQ s53 1) (GEQ s65 1)) (AND (GEQ s51 1) (GEQ s55 1) (GEQ s65 1)) (AND (GEQ s50 1) (GEQ s52 1) (GEQ s65 1)) (AND (GEQ s49 1) (GEQ s52 1) (GEQ s65 1)) (AND (GEQ s50 1) (GEQ s53 1) (GEQ s65 1)) (AND (GEQ s48 1) (GEQ s54 1) (GEQ s65 1)) (AND (GEQ s51 1) (GEQ s52 1) (GEQ s65 1)) (AND (GEQ s49 1) (GEQ s53 1) (GEQ s65 1)) (AND (GEQ s51 1) (GEQ s53 1) (GEQ s65 1)) (AND (GEQ s50 1) (GEQ s54 1) (GEQ s65 1)) (AND (GEQ s48 1) (GEQ s55 1) (GEQ s65 1)) (AND (GEQ s49 1) (GEQ s54 1) (GEQ s65 1)) (AND (GEQ s50 1) (GEQ s55 1) (GEQ s65 1)) (AND (GEQ s49 1) (GEQ s55 1) (GEQ s65 1)) (AND (OR (LT s70 1) (LT s80 1) (LT s85 1)) (OR (LT s69 1) (LT s83 1) (LT s85 1)) (OR (LT s73 1) (LT s81 1) (LT s85 1)) (OR (LT s74 1) (LT s79 1) (LT s85 1)) (OR (LT s71 1) (LT s78 1) (LT s85 1)) (OR (LT s72 1) (LT s84 1) (LT s85 1)) (OR (LT s69 1) (LT s84 1) (LT s85 1)) (OR (LT s75 1) (LT s77 1) (LT s85 1)) (OR (LT s70 1) (LT s81 1) (LT s85 1)) (OR (LT s73 1) (LT s83 1) (LT s85 1)) (OR (LT s71 1) (LT s79 1) (LT s85 1)) (OR (LT s73 1) (LT s82 1) (LT s85 1)) (OR (LT s70 1) (LT s82 1) (LT s85 1)) (OR (LT s74 1) (LT s80 1) (LT s85 1)) (OR (LT s74 1) (LT s81 1) (LT s85 1)) (OR (LT s75 1) (LT s78 1) (LT s85 1)) (OR (LT s72 1) (LT s77 1) (LT s85 1)) (OR (LT s68 1) (LT s79 1) (LT s85 1)) (OR (LT s73 1) (LT s84 1) (LT s85 1)) (OR (LT s70 1) (LT s83 1) (LT s85 1)) (OR (LT s71 1) (LT s80 1) (LT s85 1)) (OR (LT s72 1) (LT s78 1) (LT s85 1)) (OR (LT s71 1) (LT s81 1) (LT s85 1)) (OR (LT s75 1) (LT s79 1) (LT s85 1)) (OR (LT s68 1) (LT s80 1) (LT s85 1)) (OR (LT s70 1) (LT s84 1) (LT s85 1)) (OR (LT s74 1) (LT s82 1) (LT s85 1)) (OR (LT s69 1) (LT s78 1) (LT s85 1)) (OR (LT s71 1) (LT s82 1) (LT s85 1)) (OR (LT s72 1) (LT s79 1) (LT s85 1)) (OR (LT s68 1) (LT s81 1) (LT s85 1)) (OR (LT s75 1) (LT s81 1) (LT s85 1)) (OR (LT s73 1) (LT s77 1) (LT s85 1)) (OR (LT s75 1) (LT s80 1) (LT s85 1)) (OR (LT s72 1) (LT s80 1) (LT s85 1)) (OR (LT s69 1) (LT s77 1) (LT s85 1)) (OR (LT s69 1) (LT s79 1) (LT s85 1)) (OR (LT s74 1) (LT s83 1) (LT s85 1)) (OR (LT s68 1) (LT s82 1) (LT s85 1)) (OR (LT s71 1) (LT s83 1) (LT s85 1)) (OR (LT s75 1) (LT s82 1) (LT s85 1)) (OR (LT s70 1) (LT s77 1) (LT s85 1)) (OR (LT s74 1) (LT s84 1) (LT s85 1)) (OR (LT s72 1) (LT s81 1) (LT s85 1)) (OR (LT s73 1) (LT s78 1) (LT s85 1)) (OR (LT s69 1) (LT s80 1) (LT s85 1)) (OR (LT s75 1) (LT s83 1) (LT s85 1)) (OR (LT s73 1) (LT s79 1) (LT s85 1)) (OR (LT s68 1) (LT s83 1) (LT s85 1)) (OR (LT s68 1) (LT s78 1) (LT s85 1)) (OR (LT s70 1) (LT s78 1) (LT s85 1)) (OR (LT s69 1) (LT s81 1) (LT s85 1)) (OR (LT s71 1) (LT s84 1) (LT s85 1)) (OR (LT s68 1) (LT s84 1) (LT s85 1)) (OR (LT s72 1) (LT s82 1) (LT s85 1)) (OR (LT s72 1) (LT s83 1) (LT s85 1)) (OR (LT s73 1) (LT s80 1) (LT s85 1)) (OR (LT s68 1) (LT s77 1) (LT s85 1)) (OR (LT s74 1) (LT s77 1) (LT s85 1)) (OR (LT s70 1) (LT s79 1) (LT s85 1)) (OR (LT s75 1) (LT s84 1) (LT s85 1)) (OR (LT s74 1) (LT s78 1) (LT s85 1)) (OR (LT s69 1) (LT s82 1) (LT s85 1)) (OR (LT s71 1) (LT s77 1) (LT s85 1)))), p2:(AND (OR (LT s51 1) (LT s54 1) (LT s65 1)) (OR (LT s48 1) (LT s52 1) (LT s65 1)) (OR (LT s48 1) (LT s53 1) (LT s65 1)) (OR (LT s51 1) (LT s55 1) (LT s65 1)) (OR (LT s50 1) (LT s52 1) (LT s65 1)) (OR (LT s49 1) (LT s52 1) (LT s65 1)) (OR (LT s50 1) (LT s53 1) (LT s65 1)) (OR (LT s48 1) (LT s54 1) (LT s65 1)) (OR (LT s51 1) (LT s52 1) (LT s65 1)) (OR (LT s49 1) (LT s53 1) (LT s65 1)) (OR (LT s51 1) (LT s53 1) (LT s65 1)) (OR (LT s50 1) (LT s54 1) (LT s65 1)) (OR (LT s48 1) (LT s55 1) (LT s65 1)) (OR (LT s49 1) (LT s54 1) (LT s65 1)) (OR (LT s50 1) (LT s55 1) (LT s65 1)) (OR (LT s49 1) (LT s55 1) (LT s65 1)) (OR (AND (GEQ s3 1) (GEQ s6 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s23 1)))), p1:(OR (AND (GEQ s3 1) (GEQ s6 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s11 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s8 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s23 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s4 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s9 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s26 1)) (AND (GEQ s3 1) (GEQ s5 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s7 1) (GEQ s21 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s24 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s22 1)) (AND (GEQ s3 1) (GEQ s10 1) (GEQ s20 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s27 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s25 1)) (AND (GEQ s3 1) (GEQ s6 1) (GEQ s23 1)))], nbAcceptance=1, properties=[trans-labels, explicit-labels, trans-acc, no-univ-branch, stutter-invariant], stateDesc=[null, null, null, null][true, true, true, true]]
Product exploration explored 100000 steps with 8316 reset in 803 ms.
Product exploration explored 100000 steps with 8312 reset in 761 ms.
Complete graph has no SCC; deadlocks are unavoidable. place count 86 transition count 464
Detected that all paths lead to deadlock. Applying this knowledge to assert that all AP eventually converge : F ( (Ga|G!a) & (Gb|G!b)...)
Knowledge obtained : [(F (G p0)), (F (G (NOT p2))), (F (G (NOT p1))), p0, (NOT p2), (NOT p1)]
Stuttering acceptance computed with spot in 90 ms :[(OR (NOT p0) (AND (NOT p1) (NOT p2))), (NOT p0), (NOT p0), (AND (NOT p2) (NOT p1))]
Product exploration explored 100000 steps with 8359 reset in 793 ms.
Product exploration explored 100000 steps with 8314 reset in 770 ms.
[2021-05-14 09:37:39] [INFO ] Flatten gal took : 30 ms
[2021-05-14 09:37:39] [INFO ] Flatten gal took : 30 ms
[2021-05-14 09:37:39] [INFO ] Time to serialize gal into /tmp/LTL6941060535204153891.gal : 4 ms
[2021-05-14 09:37:39] [INFO ] Time to serialize properties into /tmp/LTL17987917377257316536.ltl : 3 ms
Invoking ITS tools like this :CommandLine [args=[/home/mcc/BenchKit/itstools/plugins/fr.lip6.move.gal.itstools.binaries_1.0.0.202104292328/bin/its-ltl-linux64, --gc-threshold, 2000000, -i, /tmp/LTL6941060535204153891.gal, -t, CGAL, -LTL, /tmp/LTL17987917377257316536.ltl, -c, -stutter-deadlock, --gen-order, FOLLOW], workingDir=/home/mcc/execution]

its-ltl command run as :

/home/mcc/BenchKit/itstools/plugins/fr.lip6.move.gal.itstools.binaries_1.0.0.202104292328/bin/its-ltl-linux64 --gc-threshold 2000000 -i /tmp/LTL6941060535204153891.gal -t CGAL -LTL /tmp/LTL17987917377257316536.ltl -c -stutter-deadlock --gen-order FOLLOW
Read 1 LTL properties
Checking formula 0 : !(((G(F("(((((((((((((((((((aux8_7>=1)&&(aux6_4>=1))&&(c12_0>=1))||(((aux8_2>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_2>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_7>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_2>=1)&&(aux6_4>=1))&&(c12_0>=1)))||(((aux8_7>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_7>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_4>=1))&&(c12_0>=1)))||(((aux8_2>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_4>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_5>=1))&&(c12_0>=1)))||((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((aux16_2<1)||(aux14_3<1))||(c20_0<1))&&(((aux16_1<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_0<1))||(c20_0<1))))")))&&(F(("((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((c13_0>=1)&&(aux9_2>=1))&&(aux11_2>=1))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_3>=1)))")U(("(((((((((((((((((((aux8_7<1)||(aux6_4<1))||(c12_0<1))&&(((aux8_2<1)||(aux6_0<1))||(c12_0<1)))&&(((aux8_2<1)||(aux6_1<1))||(c12_0<1)))&&(((aux8_7<1)||(aux6_5<1))||(c12_0<1)))&&(((aux8_6<1)||(aux6_0<1))||(c12_0<1)))&&(((aux8_3<1)||(aux6_0<1))||(c12_0<1)))&&(((aux8_6<1)||(aux6_1<1))||(c12_0<1)))&&(((aux8_2<1)||(aux6_4<1))||(c12_0<1)))&&(((aux8_7<1)||(aux6_0<1))||(c12_0<1)))&&(((aux8_3<1)||(aux6_1<1))||(c12_0<1)))&&(((aux8_7<1)||(aux6_1<1))||(c12_0<1)))&&(((aux8_6<1)||(aux6_4<1))||(c12_0<1)))&&(((aux8_2<1)||(aux6_5<1))||(c12_0<1)))&&(((aux8_3<1)||(aux6_4<1))||(c12_0<1)))&&(((aux8_6<1)||(aux6_5<1))||(c12_0<1)))&&(((aux8_3<1)||(aux6_5<1))||(c12_0<1)))&&((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((c13_0>=1)&&(aux9_2>=1))&&(aux11_2>=1))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_3>=1))))")||(G("((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((c13_0>=1)&&(aux9_2>=1))&&(aux11_2>=1))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_3>=1)))")))))))
Formula 0 simplified : !(GF"(((((((((((((((((((aux8_7>=1)&&(aux6_4>=1))&&(c12_0>=1))||(((aux8_2>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_2>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_7>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_2>=1)&&(aux6_4>=1))&&(c12_0>=1)))||(((aux8_7>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_7>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_4>=1))&&(c12_0>=1)))||(((aux8_2>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_4>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_5>=1))&&(c12_0>=1)))||((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((aux16_2<1)||(aux14_3<1))||(c20_0<1))&&(((aux16_1<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_4<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_4<1)||(aux14_6<1))||(c20_0<1)))&&(((aux16_5<1)||(aux14_3<1))||(c20_0<1)))&&(((aux16_0<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_0<1))||(c20_0<1)))&&(((aux16_2<1)||(aux14_2<1))||(c20_0<1)))&&(((aux16_7<1)||(aux14_7<1))||(c20_0<1)))&&(((aux16_6<1)||(aux14_1<1))||(c20_0<1)))&&(((aux16_1<1)||(aux14_5<1))||(c20_0<1)))&&(((aux16_3<1)||(aux14_0<1))||(c20_0<1))))" & F("((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((c13_0>=1)&&(aux9_2>=1))&&(aux11_2>=1))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_3>=1)))" U ("(((((((((((((((((((aux8_7<1)||(aux6_4<1))||(c12_0<1))&&(((aux8_2<1)||(aux6_0<1))||(c12_0<1)))&&(((aux8_2<1)||(aux6_1<1))||(c12_0<1)))&&(((aux8_7<1)||(aux6_5<1))||(c12_0<1)))&&(((aux8_6<1)||(aux6_0<1))||(c12_0<1)))&&(((aux8_3<1)||(aux6_0<1))||(c12_0<1)))&&(((aux8_6<1)||(aux6_1<1))||(c12_0<1)))&&(((aux8_2<1)||(aux6_4<1))||(c12_0<1)))&&(((aux8_7<1)||(aux6_0<1))||(c12_0<1)))&&(((aux8_3<1)||(aux6_1<1))||(c12_0<1)))&&(((aux8_7<1)||(aux6_1<1))||(c12_0<1)))&&(((aux8_6<1)||(aux6_4<1))||(c12_0<1)))&&(((aux8_2<1)||(aux6_5<1))||(c12_0<1)))&&(((aux8_3<1)||(aux6_4<1))||(c12_0<1)))&&(((aux8_6<1)||(aux6_5<1))||(c12_0<1)))&&(((aux8_3<1)||(aux6_5<1))||(c12_0<1)))&&((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((c13_0>=1)&&(aux9_2>=1))&&(aux11_2>=1))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_3>=1))))" | G"((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((c13_0>=1)&&(aux9_2>=1))&&(aux11_2>=1))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_7>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_4>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_3>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_0>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_5>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_6>=1)))||(((c13_0>=1)&&(aux9_1>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_3>=1))&&(aux11_1>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_4>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_2>=1)))||(((c13_0>=1)&&(aux9_6>=1))&&(aux11_0>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_7>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_5>=1)))||(((c13_0>=1)&&(aux9_2>=1))&&(aux11_3>=1)))")))
Reverse transition relation is NOT exact ! Due to transitions t65, t66, t67, t68, t69, t70, t71, t72, t74, t75, t76, t77, t78, t79, t80, t81, t83, t84, t85, t86, t87, t88, t89, t90, t92, t93, t94, t95, t96, t97, t98, t99, t101, t102, t103, t104, t105, t106, t107, t108, t110, t111, t112, t113, t114, t115, t116, t117, t119, t120, t121, t122, t123, t124, t125, t126, t130, t131, t132, t133, t134, t135, t138, t139, t140, t141, t142, t143, t144, t145, t148, t149, t150, t151, t152, t153, t156, t157, t158, t159, t160, t161, t162, t163, t166, t167, t168, t169, t170, t171, t174, t175, t176, t177, t178, t179, t180, t181, t184, t185, t186, t187, t188, t189, t193, t194, t195, t196, t197, t198, t199, t200, t202, t203, t204, t205, t206, t207, t208, t209, t211, t212, t213, t214, t215, t216, t217, t218, t220, t221, t222, t223, t224, t225, t226, t227, t229, t230, t231, t232, t233, t234, t235, t236, t238, t239, t240, t241, t242, t243, t244, t245, t247, t248, t249, t250, t251, t252, t253, t254, t401, t402, t403, t404, t405, t406, t407, t408, t410, t411, t412, t413, t414, t415, t416, t417, t419, t420, t421, t422, t423, t424, t425, t426, t428, t429, t430, t431, t432, t433, t434, t435, t437, t438, t439, t440, t441, t442, t443, t444, t446, t447, t448, t449, t450, t451, t452, t453, t455, t456, t457, t458, t459, t460, t461, t462, t336.t528.t465, t336.t528.t466, t336.t528.t467, t336.t528.t468, t336.t528.t469, t336.t528.t470, t336.t528.t471, t336.t528.t472, t336.t528.t474, t336.t528.t475, t336.t528.t476, t336.t528.t477, t336.t528.t478, t336.t528.t479, t336.t528.t480, t336.t528.t481, t336.t528.t483, t336.t528.t484, t336.t528.t485, t336.t528.t486, t336.t528.t487, t336.t528.t488, t336.t528.t489, t336.t528.t490, t336.t528.t492, t336.t528.t493, t336.t528.t494, t336.t528.t495, t336.t528.t496, t336.t528.t497, t336.t528.t498, t336.t528.t499, t336.t528.t501, t336.t528.t502, t336.t528.t503, t336.t528.t504, t336.t528.t505, t336.t528.t506, t336.t528.t507, t336.t528.t508, t336.t528.t510, t336.t528.t511, t336.t528.t512, t336.t528.t513, t336.t528.t514, t336.t528.t515, t336.t528.t516, t336.t528.t517, t336.t528.t519, t336.t528.t520, t336.t528.t521, t336.t528.t522, t336.t528.t523, t336.t528.t524, t336.t528.t525, t336.t528.t526, Intersection with reachable at each step enabled. (destroyed/reverse/intersect/total) :48/144/272/464
Computing Next relation with stutter on 1 deadlock states
17 unique states visited
0 strongly connected components in search stack
29 transitions explored
15 items max in DFS search stack
755 ticks for the emptiness check
Model ,|S| ,Time ,Mem(kb) ,fin. SDD ,fin. DDD ,peak SDD ,peak DDD ,SDD Hom ,SDD cache peak ,DDD Hom ,DDD cachepeak ,SHom cache
STATS,0,7.60724,229852,1,0,1016,734385,930,463,10203,442725,1121
no accepting run found
Formula 0 is TRUE no accepting run found.
FORMULA PermAdmissibility-COL-01-05 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL
ITS tools runner thread asked to quit. Dying gracefully.
Treatment of property PermAdmissibility-COL-01-05 finished in 12363 ms.
Running Spot : CommandLine [args=[/home/mcc/BenchKit/bin//..//ltl2tgba, --hoaf=tv, -f, !(X(F(!p0)))], workingDir=/home/mcc/execution]
Support contains 17 out of 104 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 104/104 places, 592/592 transitions.
Discarding 14 places :
Symmetric choice reduction at 0 with 14 rule applications. Total rules 14 place count 90 transition count 466
Iterating global reduction 0 with 14 rules applied. Total rules applied 28 place count 90 transition count 466
Applied a total of 28 rules in 5 ms. Remains 90 /104 variables (removed 14) and now considering 466/592 (removed 126) transitions.
// Phase 1: matrix 466 rows 90 cols
[2021-05-14 09:37:47] [INFO ] Computed 16 place invariants in 3 ms
[2021-05-14 09:37:47] [INFO ] Implicit Places using invariants in 65 ms returned [76, 78]
Discarding 2 places :
Implicit Place search using SMT only with invariants took 74 ms to find 2 implicit places.
// Phase 1: matrix 466 rows 88 cols
[2021-05-14 09:37:47] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:37:47] [INFO ] Dead Transitions using invariants and state equation in 148 ms returned []
Starting structural reductions, iteration 1 : 88/104 places, 466/592 transitions.
Applied a total of 0 rules in 3 ms. Remains 88 /88 variables (removed 0) and now considering 466/466 (removed 0) transitions.
// Phase 1: matrix 466 rows 88 cols
[2021-05-14 09:37:47] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:37:48] [INFO ] Dead Transitions using invariants and state equation in 155 ms returned []
Finished structural reductions, in 2 iterations. Remains : 88/104 places, 466/592 transitions.
Stuttering acceptance computed with spot in 45 ms :[p0, p0]
Running random walk in product with property : PermAdmissibility-COL-01-06 automaton TGBA [mat=[[{ cond=true, acceptance={} source=0 dest: 1}], [{ cond=p0, acceptance={0} source=1 dest: 1}]], initial=0, aps=[p0:(OR (AND (GEQ s70 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s77 1) (GEQ s85 1)))], nbAcceptance=1, properties=[trans-labels, explicit-labels, trans-acc, deterministic, no-univ-branch, unambiguous, semi-deterministic, very-weak, weak, inherently-weak], stateDesc=[null, null][false, false]]
Product exploration explored 100000 steps with 50000 reset in 283 ms.
Product exploration explored 100000 steps with 50000 reset in 292 ms.
Complete graph has no SCC; deadlocks are unavoidable. place count 88 transition count 466
Detected that all paths lead to deadlock. Applying this knowledge to assert that all AP eventually converge : F ( (Ga|G!a) & (Gb|G!b)...)
Knowledge obtained : [(F (G (NOT p0))), (NOT p0)]
Property proved to be true thanks to knowledge :(F (G (NOT p0)))
FORMULA PermAdmissibility-COL-01-06 TRUE TECHNIQUES STRUCTURAL INITIAL_STATE
Treatment of property PermAdmissibility-COL-01-06 finished in 1125 ms.
Running Spot : CommandLine [args=[/home/mcc/BenchKit/bin//..//ltl2tgba, --hoaf=tv, -f, !(F((X((p1 U p2))||p0)))], workingDir=/home/mcc/execution]
Support contains 35 out of 104 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 104/104 places, 592/592 transitions.
Discarding 14 places :
Symmetric choice reduction at 0 with 14 rule applications. Total rules 14 place count 90 transition count 466
Iterating global reduction 0 with 14 rules applied. Total rules applied 28 place count 90 transition count 466
Applied a total of 28 rules in 5 ms. Remains 90 /104 variables (removed 14) and now considering 466/592 (removed 126) transitions.
// Phase 1: matrix 466 rows 90 cols
[2021-05-14 09:37:48] [INFO ] Computed 16 place invariants in 4 ms
[2021-05-14 09:37:48] [INFO ] Implicit Places using invariants in 57 ms returned [68, 86]
Discarding 2 places :
Implicit Place search using SMT only with invariants took 60 ms to find 2 implicit places.
// Phase 1: matrix 466 rows 88 cols
[2021-05-14 09:37:48] [INFO ] Computed 14 place invariants in 3 ms
[2021-05-14 09:37:49] [INFO ] Dead Transitions using invariants and state equation in 177 ms returned []
Starting structural reductions, iteration 1 : 88/104 places, 466/592 transitions.
Applied a total of 0 rules in 2 ms. Remains 88 /88 variables (removed 0) and now considering 466/466 (removed 0) transitions.
// Phase 1: matrix 466 rows 88 cols
[2021-05-14 09:37:49] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:37:49] [INFO ] Dead Transitions using invariants and state equation in 178 ms returned []
Finished structural reductions, in 2 iterations. Remains : 88/104 places, 466/592 transitions.
Stuttering acceptance computed with spot in 51 ms :[(AND (NOT p0) (NOT p2)), (AND (NOT p0) (NOT p2))]
Running random walk in product with property : PermAdmissibility-COL-01-07 automaton TGBA [mat=[[{ cond=(NOT p0), acceptance={} source=0 dest: 1}], [{ cond=(AND (NOT p0) (NOT p2)), acceptance={0} source=1 dest: 1}]], initial=0, aps=[p0:(OR (AND (GEQ s51 1) (GEQ s54 1) (GEQ s65 1)) (AND (GEQ s48 1) (GEQ s52 1) (GEQ s65 1)) (AND (GEQ s48 1) (GEQ s53 1) (GEQ s65 1)) (AND (GEQ s51 1) (GEQ s55 1) (GEQ s65 1)) (AND (GEQ s50 1) (GEQ s52 1) (GEQ s65 1)) (AND (GEQ s49 1) (GEQ s52 1) (GEQ s65 1)) (AND (GEQ s50 1) (GEQ s53 1) (GEQ s65 1)) (AND (GEQ s48 1) (GEQ s54 1) (GEQ s65 1)) (AND (GEQ s51 1) (GEQ s52 1) (GEQ s65 1)) (AND (GEQ s49 1) (GEQ s53 1) (GEQ s65 1)) (AND (GEQ s51 1) (GEQ s53 1) (GEQ s65 1)) (AND (GEQ s50 1) (GEQ s54 1) (GEQ s65 1)) (AND (GEQ s48 1) (GEQ s55 1) (GEQ s65 1)) (AND (GEQ s49 1) (GEQ s54 1) (GEQ s65 1)) (AND (GEQ s50 1) (GEQ s55 1) (GEQ s65 1)) (AND (GEQ s49 1) (GEQ s55 1) (GEQ s65 1)) (AND (GEQ s69 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s77 1) (GEQ s86 1))), p2:(AND (OR (LT s59 1) (LT s64 1) (LT s66 1)) (OR (LT s56 1) (LT s62 1) (LT s66 1)) (OR (LT s58 1) (LT s61 1) (LT s66 1)) (OR (LT s57 1) (LT s64 1) (LT s66 1)) (OR (LT s59 1) (LT s63 1) (LT s66 1)) (OR (LT s56 1) (LT s61 1) (LT s66 1)) (OR (LT s59 1) (LT s62 1) (LT s66 1)) (OR (LT s56 1) (LT s64 1) (LT s66 1)) (OR (LT s58 1) (LT s64 1) (LT s66 1)) (OR (LT s57 1) (LT s63 1) (LT s66 1)) (OR (LT s58 1) (LT s63 1) (LT s66 1)) (OR (LT s57 1) (LT s61 1) (LT s66 1)) (OR (LT s58 1) (LT s62 1) (LT s66 1)) (OR (LT s56 1) (LT s63 1) (LT s66 1)) (OR (LT s57 1) (LT s62 1) (LT s66 1)) (OR (LT s59 1) (LT s61 1) (LT s66 1)) (OR (AND (GEQ s51 1) (GEQ s54 1) (GEQ s65 1)) (AND (GEQ s48 1) (GEQ s52 1) (GEQ s65 1)) (AND (GEQ s48 1) (GEQ s53 1) (GEQ s65 1)) (AND (GEQ s51 1) (GEQ s55 1) (GEQ s65 1)) (AND (GEQ s50 1) (GEQ s52 1) (GEQ s65 1)) (AND (GEQ s49 1) (GEQ s52 1) (GEQ s65 1)) (AND (GEQ s50 1) (GEQ s53 1) (GEQ s65 1)) (AND (GEQ s48 1) (GEQ s54 1) (GEQ s65 1)) (AND (GEQ s51 1) (GEQ s52 1) (GEQ s65 1)) (AND (GEQ s49 1) (GEQ s53 1) (GEQ s65 1)) (AND (GEQ s51 1) (GEQ s53 1) (GEQ s65 1)) (AND (GEQ s50 1) (GEQ s54 1) (GEQ s65 1)) (AND (GEQ s48 1) (GEQ s55 1) (GEQ s65 1)) (AND (GEQ s49 1) (GEQ s54 1) (GEQ s65 1)) (AND (GEQ s50 1) (GEQ s55 1) (GEQ s65 1)) (AND (GEQ s49 1) (GEQ s55 1) (GEQ s65 1)) (AND (GEQ s69 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s78 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s81 1) (GEQ s86 1)) (AND (GEQ s73 1) (GEQ s80 1) (GEQ s86 1)) (AND (GEQ s68 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s72 1) (GEQ s83 1) (GEQ s86 1)) (AND (GEQ s70 1) (GEQ s79 1) (GEQ s86 1)) (AND (GEQ s75 1) (GEQ s84 1) (GEQ s86 1)) (AND (GEQ s74 1) (GEQ s77 1) (GEQ s86 1)) (AND (GEQ s69 1) (GEQ s82 1) (GEQ s86 1)) (AND (GEQ s71 1) (GEQ s77 1) (GEQ s86 1))))], nbAcceptance=1, properties=[trans-labels, explicit-labels, trans-acc, deterministic, no-univ-branch, unambiguous, semi-deterministic, very-weak, weak, inherently-weak], stateDesc=[null, null][false, false]]
Product exploration explored 100000 steps with 12500 reset in 712 ms.
Product exploration explored 100000 steps with 12500 reset in 731 ms.
Complete graph has no SCC; deadlocks are unavoidable. place count 88 transition count 466
Detected that all paths lead to deadlock. Applying this knowledge to assert that all AP eventually converge : F ( (Ga|G!a) & (Gb|G!b)...)
Knowledge obtained : [(F (G (NOT p0))), (F (G (NOT p2))), (NOT p0), (NOT p2)]
Stuttering acceptance computed with spot in 49 ms :[(AND (NOT p0) (NOT p2)), (AND (NOT p0) (NOT p2))]
Product exploration explored 100000 steps with 12500 reset in 714 ms.
Product exploration explored 100000 steps with 12500 reset in 723 ms.
Applying partial POR strategy [false, true]
Stuttering acceptance computed with spot in 43 ms :[(AND (NOT p0) (NOT p2)), (AND (NOT p0) (NOT p2))]
Support contains 35 out of 88 places. Attempting structural reductions.
Property had overlarge support with respect to TGBA, discarding it for now.
Starting structural reductions, iteration 0 : 88/88 places, 466/466 transitions.
Performed 1 Post agglomeration using F-continuation condition.Transition count delta: 0
Iterating post reduction 0 with 1 rules applied. Total rules applied 1 place count 88 transition count 466
Performed 1 Post agglomeration using F-continuation condition.Transition count delta: 0
Deduced a syphon composed of 2 places in 0 ms
Iterating global reduction 1 with 1 rules applied. Total rules applied 2 place count 88 transition count 466
Discarding 1 places :
Symmetric choice reduction at 1 with 1 rule applications. Total rules 3 place count 87 transition count 465
Deduced a syphon composed of 1 places in 0 ms
Iterating global reduction 1 with 1 rules applied. Total rules applied 4 place count 87 transition count 465
Deduced a syphon composed of 1 places in 0 ms
Applied a total of 4 rules in 13 ms. Remains 87 /88 variables (removed 1) and now considering 465/466 (removed 1) transitions.
[2021-05-14 09:37:52] [INFO ] Redundant transitions in 2 ms returned []
// Phase 1: matrix 465 rows 87 cols
[2021-05-14 09:37:52] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:37:52] [INFO ] Dead Transitions using invariants and state equation in 172 ms returned []
Finished structural reductions, in 1 iterations. Remains : 87/88 places, 465/466 transitions.
Product exploration explored 100000 steps with 12500 reset in 831 ms.
Product exploration explored 100000 steps with 12500 reset in 846 ms.
[2021-05-14 09:37:54] [INFO ] Flatten gal took : 28 ms
[2021-05-14 09:37:54] [INFO ] Flatten gal took : 28 ms
[2021-05-14 09:37:54] [INFO ] Time to serialize gal into /tmp/LTL15588368995099561771.gal : 4 ms
[2021-05-14 09:37:54] [INFO ] Time to serialize properties into /tmp/LTL6042546166134891180.ltl : 2 ms
Invoking ITS tools like this :CommandLine [args=[/home/mcc/BenchKit/itstools/plugins/fr.lip6.move.gal.itstools.binaries_1.0.0.202104292328/bin/its-ltl-linux64, --gc-threshold, 2000000, -i, /tmp/LTL15588368995099561771.gal, -t, CGAL, -LTL, /tmp/LTL6042546166134891180.ltl, -c, -stutter-deadlock, --gen-order, FOLLOW], workingDir=/home/mcc/execution]

its-ltl command run as :

/home/mcc/BenchKit/itstools/plugins/fr.lip6.move.gal.itstools.binaries_1.0.0.202104292328/bin/its-ltl-linux64 --gc-threshold 2000000 -i /tmp/LTL15588368995099561771.gal -t CGAL -LTL /tmp/LTL6042546166134891180.ltl -c -stutter-deadlock --gen-order FOLLOW
Read 1 LTL properties
Checking formula 0 : !((F(((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((X(("((((((((((((((((((aux7_7<1)||(aux5_5<1))||(c110_0<1))&&(((aux7_2<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_0<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_5<1))||(c110_0<1)))&&(((aux7_7<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_2<1)||(aux5_0<1))||(c110_0<1)))&&(((aux7_7<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_2<1)||(aux5_5<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_5<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_0<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_2<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_7<1)||(aux5_0<1))||(c110_0<1)))")U("(((((((((((((((((((aux7_7<1)||(aux5_5<1))||(c110_0<1))&&(((aux7_2<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_0<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_5<1))||(c110_0<1)))&&(((aux7_7<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_2<1)||(aux5_0<1))||(c110_0<1)))&&(((aux7_7<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_2<1)||(aux5_5<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_5<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_0<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_2<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_7<1)||(aux5_0<1))||(c110_0<1)))&&((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((aux8_7>=1)&&(aux6_4>=1))&&(c12_0>=1))||(((aux8_2>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_2>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_7>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_2>=1)&&(aux6_4>=1))&&(c12_0>=1)))||(((aux8_7>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_7>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_4>=1))&&(c12_0>=1)))||(((aux8_2>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_4>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux13_1>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_1>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Formula 0 simplified : !F("(((aux8_2>=1)&&(aux6_0>=1))&&(c12_0>=1))" | "(((aux8_2>=1)&&(aux6_1>=1))&&(c12_0>=1))" | "(((aux8_2>=1)&&(aux6_4>=1))&&(c12_0>=1))" | "(((aux8_2>=1)&&(aux6_5>=1))&&(c12_0>=1))" | "(((aux8_3>=1)&&(aux6_0>=1))&&(c12_0>=1))" | "(((aux8_3>=1)&&(aux6_1>=1))&&(c12_0>=1))" | "(((aux8_3>=1)&&(aux6_4>=1))&&(c12_0>=1))" | "(((aux8_3>=1)&&(aux6_5>=1))&&(c12_0>=1))" | "(((aux8_6>=1)&&(aux6_0>=1))&&(c12_0>=1))" | "(((aux8_6>=1)&&(aux6_1>=1))&&(c12_0>=1))" | "(((aux8_6>=1)&&(aux6_4>=1))&&(c12_0>=1))" | "(((aux8_6>=1)&&(aux6_5>=1))&&(c12_0>=1))" | "(((aux8_7>=1)&&(aux6_0>=1))&&(c12_0>=1))" | "(((aux8_7>=1)&&(aux6_1>=1))&&(c12_0>=1))" | "(((aux8_7>=1)&&(aux6_4>=1))&&(c12_0>=1))" | "(((aux8_7>=1)&&(aux6_5>=1))&&(c12_0>=1))" | "(((aux13_0>=1)&&(aux15_0>=1))&&(c18_0>=1))" | "(((aux13_0>=1)&&(aux15_1>=1))&&(c18_0>=1))" | "(((aux13_0>=1)&&(aux15_2>=1))&&(c18_0>=1))" | "(((aux13_0>=1)&&(aux15_3>=1))&&(c18_0>=1))" | "(((aux13_0>=1)&&(aux15_4>=1))&&(c18_0>=1))" | "(((aux13_0>=1)&&(aux15_5>=1))&&(c18_0>=1))" | "(((aux13_0>=1)&&(aux15_6>=1))&&(c18_0>=1))" | "(((aux13_0>=1)&&(aux15_7>=1))&&(c18_0>=1))" | "(((aux13_1>=1)&&(aux15_0>=1))&&(c18_0>=1))" | "(((aux13_1>=1)&&(aux15_1>=1))&&(c18_0>=1))" | "(((aux13_1>=1)&&(aux15_2>=1))&&(c18_0>=1))" | "(((aux13_1>=1)&&(aux15_3>=1))&&(c18_0>=1))" | "(((aux13_1>=1)&&(aux15_4>=1))&&(c18_0>=1))" | "(((aux13_1>=1)&&(aux15_5>=1))&&(c18_0>=1))" | "(((aux13_1>=1)&&(aux15_6>=1))&&(c18_0>=1))" | "(((aux13_1>=1)&&(aux15_7>=1))&&(c18_0>=1))" | "(((aux13_2>=1)&&(aux15_0>=1))&&(c18_0>=1))" | "(((aux13_2>=1)&&(aux15_1>=1))&&(c18_0>=1))" | "(((aux13_2>=1)&&(aux15_2>=1))&&(c18_0>=1))" | "(((aux13_2>=1)&&(aux15_3>=1))&&(c18_0>=1))" | "(((aux13_2>=1)&&(aux15_4>=1))&&(c18_0>=1))" | "(((aux13_2>=1)&&(aux15_5>=1))&&(c18_0>=1))" | "(((aux13_2>=1)&&(aux15_6>=1))&&(c18_0>=1))" | "(((aux13_2>=1)&&(aux15_7>=1))&&(c18_0>=1))" | "(((aux13_3>=1)&&(aux15_0>=1))&&(c18_0>=1))" | "(((aux13_3>=1)&&(aux15_1>=1))&&(c18_0>=1))" | "(((aux13_3>=1)&&(aux15_2>=1))&&(c18_0>=1))" | "(((aux13_3>=1)&&(aux15_3>=1))&&(c18_0>=1))" | "(((aux13_3>=1)&&(aux15_4>=1))&&(c18_0>=1))" | "(((aux13_3>=1)&&(aux15_5>=1))&&(c18_0>=1))" | "(((aux13_3>=1)&&(aux15_6>=1))&&(c18_0>=1))" | "(((aux13_3>=1)&&(aux15_7>=1))&&(c18_0>=1))" | "(((aux13_4>=1)&&(aux15_0>=1))&&(c18_0>=1))" | "(((aux13_4>=1)&&(aux15_1>=1))&&(c18_0>=1))" | "(((aux13_4>=1)&&(aux15_2>=1))&&(c18_0>=1))" | "(((aux13_4>=1)&&(aux15_3>=1))&&(c18_0>=1))" | "(((aux13_4>=1)&&(aux15_4>=1))&&(c18_0>=1))" | "(((aux13_4>=1)&&(aux15_5>=1))&&(c18_0>=1))" | "(((aux13_4>=1)&&(aux15_6>=1))&&(c18_0>=1))" | "(((aux13_4>=1)&&(aux15_7>=1))&&(c18_0>=1))" | "(((aux13_5>=1)&&(aux15_0>=1))&&(c18_0>=1))" | "(((aux13_5>=1)&&(aux15_1>=1))&&(c18_0>=1))" | "(((aux13_5>=1)&&(aux15_2>=1))&&(c18_0>=1))" | "(((aux13_5>=1)&&(aux15_3>=1))&&(c18_0>=1))" | "(((aux13_5>=1)&&(aux15_4>=1))&&(c18_0>=1))" | "(((aux13_5>=1)&&(aux15_5>=1))&&(c18_0>=1))" | "(((aux13_5>=1)&&(aux15_6>=1))&&(c18_0>=1))" | "(((aux13_5>=1)&&(aux15_7>=1))&&(c18_0>=1))" | "(((aux13_6>=1)&&(aux15_0>=1))&&(c18_0>=1))" | "(((aux13_6>=1)&&(aux15_1>=1))&&(c18_0>=1))" | "(((aux13_6>=1)&&(aux15_2>=1))&&(c18_0>=1))" | "(((aux13_6>=1)&&(aux15_3>=1))&&(c18_0>=1))" | "(((aux13_6>=1)&&(aux15_4>=1))&&(c18_0>=1))" | "(((aux13_6>=1)&&(aux15_5>=1))&&(c18_0>=1))" | "(((aux13_6>=1)&&(aux15_6>=1))&&(c18_0>=1))" | "(((aux13_6>=1)&&(aux15_7>=1))&&(c18_0>=1))" | "(((aux13_7>=1)&&(aux15_0>=1))&&(c18_0>=1))" | "(((aux13_7>=1)&&(aux15_1>=1))&&(c18_0>=1))" | "(((aux13_7>=1)&&(aux15_2>=1))&&(c18_0>=1))" | "(((aux13_7>=1)&&(aux15_3>=1))&&(c18_0>=1))" | "(((aux13_7>=1)&&(aux15_4>=1))&&(c18_0>=1))" | "(((aux13_7>=1)&&(aux15_5>=1))&&(c18_0>=1))" | "(((aux13_7>=1)&&(aux15_6>=1))&&(c18_0>=1))" | "(((aux13_7>=1)&&(aux15_7>=1))&&(c18_0>=1))" | X("((((((((((((((((((aux7_7<1)||(aux5_5<1))||(c110_0<1))&&(((aux7_2<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_0<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_5<1))||(c110_0<1)))&&(((aux7_7<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_2<1)||(aux5_0<1))||(c110_0<1)))&&(((aux7_7<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_2<1)||(aux5_5<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_5<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_0<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_2<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_7<1)||(aux5_0<1))||(c110_0<1)))" U "(((((((((((((((((((aux7_7<1)||(aux5_5<1))||(c110_0<1))&&(((aux7_2<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_0<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_5<1))||(c110_0<1)))&&(((aux7_7<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_2<1)||(aux5_0<1))||(c110_0<1)))&&(((aux7_7<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_2<1)||(aux5_5<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_5<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_0<1))||(c110_0<1)))&&(((aux7_6<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_2<1)||(aux5_4<1))||(c110_0<1)))&&(((aux7_3<1)||(aux5_1<1))||(c110_0<1)))&&(((aux7_7<1)||(aux5_0<1))||(c110_0<1)))&&((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((aux8_7>=1)&&(aux6_4>=1))&&(c12_0>=1))||(((aux8_2>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_2>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_7>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_2>=1)&&(aux6_4>=1))&&(c12_0>=1)))||(((aux8_7>=1)&&(aux6_0>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_7>=1)&&(aux6_1>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_4>=1))&&(c12_0>=1)))||(((aux8_2>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_4>=1))&&(c12_0>=1)))||(((aux8_6>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux8_3>=1)&&(aux6_5>=1))&&(c12_0>=1)))||(((aux13_1>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_1>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_4>=1))&&(c18_0>=1)))||(((aux13_5>=1)&&(aux15_3>=1))&&(c18_0>=1)))||(((aux13_0>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_4>=1)&&(aux15_6>=1))&&(c18_0>=1)))||(((aux13_2>=1)&&(aux15_2>=1))&&(c18_0>=1)))||(((aux13_7>=1)&&(aux15_7>=1))&&(c18_0>=1)))||(((aux13_6>=1)&&(aux15_0>=1))&&(c18_0>=1)))||(((aux13_1>=1)&&(aux15_5>=1))&&(c18_0>=1)))||(((aux13_3>=1)&&(aux15_0>=1))&&(c18_0>=1))))"))
Reverse transition relation is NOT exact ! Due to transitions t1, t2, t3, t4, t5, t6, t7, t8, t10, t11, t12, t13, t14, t15, t16, t17, t19, t20, t21, t22, t23, t24, t25, t26, t28, t29, t30, t31, t32, t33, t34, t35, t37, t38, t39, t40, t41, t42, t43, t44, t46, t47, t48, t49, t50, t51, t52, t53, t55, t56, t57, t58, t59, t60, t61, t62, t66, t67, t68, t69, t70, t71, t74, t75, t76, t77, t78, t79, t80, t81, t84, t85, t86, t87, t88, t89, t92, t93, t94, t95, t96, t97, t98, t99, t102, t103, t104, t105, t106, t107, t110, t111, t112, t113, t114, t115, t116, t117, t120, t121, t122, t123, t124, t125, t129, t130, t131, t132, t133, t134, t135, t136, t138, t139, t140, t141, t142, t143, t144, t145, t147, t148, t149, t150, t151, t152, t153, t154, t156, t157, t158, t159, t160, t161, t162, t163, t165, t166, t167, t168, t169, t170, t171, t172, t174, t175, t176, t177, t178, t179, t180, t181, t183, t184, t185, t186, t187, t188, t189, t190, t194, t195, t196, t197, t198, t199, t202, t203, t204, t205, t206, t207, t208, t209, t212, t213, t214, t215, t216, t217, t220, t221, t222, t223, t224, t225, t226, t227, t230, t231, t232, t233, t234, t235, t238, t239, t240, t241, t242, t243, t244, t245, t248, t249, t250, t251, t252, t253, t337, t338, t339, t340, t341, t342, t343, t344, t346, t347, t348, t349, t350, t351, t352, t353, t355, t356, t357, t358, t359, t360, t361, t362, t364, t365, t366, t367, t368, t369, t370, t371, t373, t374, t375, t376, t377, t378, t379, t380, t382, t383, t384, t385, t386, t387, t388, t389, t391, t392, t393, t394, t395, t396, t397, t398, t400, Intersection with reachable at each step enabled. (destroyed/reverse/intersect/total) :48/153/265/466
Computing Next relation with stutter on 1 deadlock states
2 unique states visited
0 strongly connected components in search stack
1 transitions explored
2 items max in DFS search stack
703 ticks for the emptiness check
Model ,|S| ,Time ,Mem(kb) ,fin. SDD ,fin. DDD ,peak SDD ,peak DDD ,SDD Hom ,SDD cache peak ,DDD Hom ,DDD cachepeak ,SHom cache
STATS,0,7.08739,212384,1,0,994,306298,1231,435,10212,216295,956
no accepting run found
Formula 0 is TRUE no accepting run found.
FORMULA PermAdmissibility-COL-01-07 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL
ITS tools runner thread asked to quit. Dying gracefully.
Treatment of property PermAdmissibility-COL-01-07 finished in 12981 ms.
Running Spot : CommandLine [args=[/home/mcc/BenchKit/bin//..//ltl2tgba, --hoaf=tv, -f, !(X(F(p0)))], workingDir=/home/mcc/execution]
Support contains 17 out of 104 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 104/104 places, 592/592 transitions.
Discarding 28 places :
Symmetric choice reduction at 0 with 28 rule applications. Total rules 28 place count 76 transition count 340
Iterating global reduction 0 with 28 rules applied. Total rules applied 56 place count 76 transition count 340
Discarding 14 places :
Symmetric choice reduction at 0 with 14 rule applications. Total rules 70 place count 62 transition count 214
Iterating global reduction 0 with 14 rules applied. Total rules applied 84 place count 62 transition count 214
Applied a total of 84 rules in 5 ms. Remains 62 /104 variables (removed 42) and now considering 214/592 (removed 378) transitions.
// Phase 1: matrix 214 rows 62 cols
[2021-05-14 09:38:01] [INFO ] Computed 16 place invariants in 1 ms
[2021-05-14 09:38:01] [INFO ] Implicit Places using invariants in 59 ms returned [4, 13, 54, 55, 57, 58]
Discarding 6 places :
Implicit Place search using SMT only with invariants took 60 ms to find 6 implicit places.
// Phase 1: matrix 214 rows 56 cols
[2021-05-14 09:38:01] [INFO ] Computed 10 place invariants in 0 ms
[2021-05-14 09:38:01] [INFO ] Dead Transitions using invariants and state equation in 75 ms returned []
Starting structural reductions, iteration 1 : 56/104 places, 214/592 transitions.
Applied a total of 0 rules in 1 ms. Remains 56 /56 variables (removed 0) and now considering 214/214 (removed 0) transitions.
// Phase 1: matrix 214 rows 56 cols
[2021-05-14 09:38:01] [INFO ] Computed 10 place invariants in 0 ms
[2021-05-14 09:38:02] [INFO ] Dead Transitions using invariants and state equation in 87 ms returned []
Finished structural reductions, in 2 iterations. Remains : 56/104 places, 214/592 transitions.
Stuttering acceptance computed with spot in 119 ms :[(NOT p0), (NOT p0)]
Running random walk in product with property : PermAdmissibility-COL-01-09 automaton TGBA [mat=[[{ cond=true, acceptance={} source=0 dest: 1}], [{ cond=(NOT p0), acceptance={0} source=1 dest: 1}]], initial=0, aps=[p0:(AND (OR (LT s1 1) (LT s9 1) (LT s13 1)) (OR (LT s1 1) (LT s5 1) (LT s18 1)) (OR (LT s1 1) (LT s10 1) (LT s15 1)) (OR (LT s1 1) (LT s4 1) (LT s18 1)) (OR (LT s1 1) (LT s10 1) (LT s13 1)) (OR (LT s1 1) (LT s4 1) (LT s16 1)) (OR (LT s1 1) (LT s10 1) (LT s19 1)) (OR (LT s1 1) (LT s4 1) (LT s14 1)) (OR (LT s1 1) (LT s10 1) (LT s17 1)) (OR (LT s1 1) (LT s4 1) (LT s12 1)) (OR (LT s1 1) (LT s5 1) (LT s14 1)) (OR (LT s1 1) (LT s9 1) (LT s19 1)) (OR (LT s1 1) (LT s5 1) (LT s16 1)) (OR (LT s1 1) (LT s9 1) (LT s15 1)) (OR (LT s1 1) (LT s5 1) (LT s12 1)) (OR (LT s1 1) (LT s9 1) (LT s17 1)) (OR (LT s1 1) (LT s7 1) (LT s17 1)) (OR (LT s1 1) (LT s7 1) (LT s19 1)) (OR (LT s1 1) (LT s8 1) (LT s19 1)) (OR (LT s1 1) (LT s6 1) (LT s15 1)) (OR (LT s1 1) (LT s8 1) (LT s17 1)) (OR (LT s1 1) (LT s6 1) (LT s13 1)) (OR (LT s1 1) (LT s8 1) (LT s15 1)) (OR (LT s1 1) (LT s6 1) (LT s19 1)) (OR (LT s1 1) (LT s8 1) (LT s13 1)) (OR (LT s1 1) (LT s6 1) (LT s17 1)) (OR (LT s1 1) (LT s11 1) (LT s12 1)) (OR (LT s1 1) (LT s11 1) (LT s14 1)) (OR (LT s1 1) (LT s11 1) (LT s16 1)) (OR (LT s1 1) (LT s7 1) (LT s13 1)) (OR (LT s1 1) (LT s11 1) (LT s18 1)) (OR (LT s1 1) (LT s7 1) (LT s15 1)) (OR (LT s1 1) (LT s9 1) (LT s12 1)) (OR (LT s1 1) (LT s5 1) (LT s19 1)) (OR (LT s1 1) (LT s4 1) (LT s17 1)) (OR (LT s1 1) (LT s10 1) (LT s16 1)) (OR (LT s1 1) (LT s4 1) (LT s15 1)) (OR (LT s1 1) (LT s10 1) (LT s14 1)) (OR (LT s1 1) (LT s4 1) (LT s13 1)) (OR (LT s1 1) (LT s10 1) (LT s18 1)) (OR (LT s1 1) (LT s10 1) (LT s12 1)) (OR (LT s1 1) (LT s4 1) (LT s19 1)) (OR (LT s1 1) (LT s9 1) (LT s18 1)) (OR (LT s1 1) (LT s5 1) (LT s15 1)) (OR (LT s1 1) (LT s5 1) (LT s17 1)) (OR (LT s1 1) (LT s9 1) (LT s14 1)) (OR (LT s1 1) (LT s9 1) (LT s16 1)) (OR (LT s1 1) (LT s5 1) (LT s13 1)) (OR (LT s1 1) (LT s7 1) (LT s16 1)) (OR (LT s1 1) (LT s7 1) (LT s18 1)) (OR (LT s1 1) (LT s6 1) (LT s12 1)) (OR (LT s1 1) (LT s6 1) (LT s16 1)) (OR (LT s1 1) (LT s8 1) (LT s18 1)) (OR (LT s1 1) (LT s6 1) (LT s14 1)) (OR (LT s1 1) (LT s8 1) (LT s16 1)) (OR (LT s1 1) (LT s8 1) (LT s14 1)) (OR (LT s1 1) (LT s6 1) (LT s18 1)) (OR (LT s1 1) (LT s8 1) (LT s12 1)) (OR (LT s1 1) (LT s11 1) (LT s13 1)) (OR (LT s1 1) (LT s11 1) (LT s15 1)) (OR (LT s1 1) (LT s7 1) (LT s12 1)) (OR (LT s1 1) (LT s11 1) (LT s17 1)) (OR (LT s1 1) (LT s7 1) (LT s14 1)) (OR (LT s1 1) (LT s11 1) (LT s19 1)))], nbAcceptance=1, properties=[trans-labels, explicit-labels, trans-acc, deterministic, no-univ-branch, unambiguous, semi-deterministic, very-weak, weak, inherently-weak], stateDesc=[null, null][false, false]]
Product exploration explored 100000 steps with 50000 reset in 248 ms.
Product exploration explored 100000 steps with 50000 reset in 251 ms.
Complete graph has no SCC; deadlocks are unavoidable. place count 56 transition count 214
Detected that all paths lead to deadlock. Applying this knowledge to assert that all AP eventually converge : F ( (Ga|G!a) & (Gb|G!b)...)
Knowledge obtained : [(F (G p0)), p0]
Property proved to be true thanks to knowledge :(F (G p0))
FORMULA PermAdmissibility-COL-01-09 TRUE TECHNIQUES STRUCTURAL INITIAL_STATE
Treatment of property PermAdmissibility-COL-01-09 finished in 930 ms.
Running Spot : CommandLine [args=[/home/mcc/BenchKit/bin//..//ltl2tgba, --hoaf=tv, -f, !((G(p0) U X(p1)))], workingDir=/home/mcc/execution]
Support contains 34 out of 104 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 104/104 places, 592/592 transitions.
Discarding 14 places :
Symmetric choice reduction at 0 with 14 rule applications. Total rules 14 place count 90 transition count 466
Iterating global reduction 0 with 14 rules applied. Total rules applied 28 place count 90 transition count 466
Applied a total of 28 rules in 3 ms. Remains 90 /104 variables (removed 14) and now considering 466/592 (removed 126) transitions.
// Phase 1: matrix 466 rows 90 cols
[2021-05-14 09:38:02] [INFO ] Computed 16 place invariants in 3 ms
[2021-05-14 09:38:02] [INFO ] Implicit Places using invariants in 56 ms returned [76, 78]
Discarding 2 places :
Implicit Place search using SMT only with invariants took 58 ms to find 2 implicit places.
// Phase 1: matrix 466 rows 88 cols
[2021-05-14 09:38:02] [INFO ] Computed 14 place invariants in 1 ms
[2021-05-14 09:38:02] [INFO ] Dead Transitions using invariants and state equation in 170 ms returned []
Starting structural reductions, iteration 1 : 88/104 places, 466/592 transitions.
Applied a total of 0 rules in 2 ms. Remains 88 /88 variables (removed 0) and now considering 466/466 (removed 0) transitions.
// Phase 1: matrix 466 rows 88 cols
[2021-05-14 09:38:02] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:38:03] [INFO ] Dead Transitions using invariants and state equation in 175 ms returned []
Finished structural reductions, in 2 iterations. Remains : 88/104 places, 466/592 transitions.
Stuttering acceptance computed with spot in 94 ms :[(NOT p1), (NOT p1), (NOT p1), true, (NOT p0)]
Running random walk in product with property : PermAdmissibility-COL-01-10 automaton TGBA [mat=[[{ cond=(NOT p0), acceptance={} source=0 dest: 1}, { cond=p0, acceptance={} source=0 dest: 2}], [{ cond=(NOT p1), acceptance={} source=1 dest: 3}], [{ cond=(AND p0 (NOT p1)), acceptance={0} source=2 dest: 2}, { cond=(AND (NOT p0) (NOT p1)), acceptance={0} source=2 dest: 3}, { cond=(AND p0 (NOT p1)), acceptance={0} source=2 dest: 4}], [{ cond=true, acceptance={0} source=3 dest: 3}], [{ cond=(NOT p0), acceptance={} source=4 dest: 3}, { cond=p0, acceptance={} source=4 dest: 4}]], initial=0, aps=[p0:(OR (AND (GEQ s2 1) (GEQ s4 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s26 1))), p1:(OR (AND (GEQ s70 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s81 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s72 1) (GEQ s83 1) (GEQ s85 1)) (AND (GEQ s73 1) (GEQ s80 1) (GEQ s85 1)) (AND (GEQ s68 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s77 1) (GEQ s85 1)) (AND (GEQ s70 1) (GEQ s79 1) (GEQ s85 1)) (AND (GEQ s75 1) (GEQ s84 1) (GEQ s85 1)) (AND (GEQ s74 1) (GEQ s78 1) (GEQ s85 1)) (AND (GEQ s69 1) (GEQ s82 1) (GEQ s85 1)) (AND (GEQ s71 1) (GEQ s77 1) (GEQ s85 1)))], nbAcceptance=1, properties=[trans-labels, explicit-labels, trans-acc, no-univ-branch, very-weak, weak, inherently-weak], stateDesc=[null, null, null, null, null][false, false, false, false, false]]
Entered a terminal (fully accepting) state of product in 1 steps with 0 reset in 0 ms.
FORMULA PermAdmissibility-COL-01-10 FALSE TECHNIQUES STUTTER_TEST
Treatment of property PermAdmissibility-COL-01-10 finished in 519 ms.
Running Spot : CommandLine [args=[/home/mcc/BenchKit/bin//..//ltl2tgba, --hoaf=tv, -f, !(G((X(G(p1))||p0)))], workingDir=/home/mcc/execution]
Support contains 10 out of 104 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 104/104 places, 592/592 transitions.
Discarding 28 places :
Symmetric choice reduction at 0 with 28 rule applications. Total rules 28 place count 76 transition count 340
Iterating global reduction 0 with 28 rules applied. Total rules applied 56 place count 76 transition count 340
Discarding 28 places :
Symmetric choice reduction at 0 with 28 rule applications. Total rules 84 place count 48 transition count 88
Iterating global reduction 0 with 28 rules applied. Total rules applied 112 place count 48 transition count 88
Discarding 12 places :
Symmetric choice reduction at 0 with 12 rule applications. Total rules 124 place count 36 transition count 28
Iterating global reduction 0 with 12 rules applied. Total rules applied 136 place count 36 transition count 28
Applied a total of 136 rules in 3 ms. Remains 36 /104 variables (removed 68) and now considering 28/592 (removed 564) transitions.
// Phase 1: matrix 28 rows 36 cols
[2021-05-14 09:38:03] [INFO ] Computed 16 place invariants in 0 ms
[2021-05-14 09:38:03] [INFO ] Implicit Places using invariants in 25 ms returned [4, 5, 6, 7, 20, 21, 22, 24, 28, 29, 31, 32]
Discarding 12 places :
Implicit Place search using SMT only with invariants took 26 ms to find 12 implicit places.
// Phase 1: matrix 28 rows 24 cols
[2021-05-14 09:38:03] [INFO ] Computed 4 place invariants in 0 ms
[2021-05-14 09:38:03] [INFO ] Dead Transitions using invariants and state equation in 21 ms returned []
Starting structural reductions, iteration 1 : 24/104 places, 28/592 transitions.
Applied a total of 0 rules in 0 ms. Remains 24 /24 variables (removed 0) and now considering 28/28 (removed 0) transitions.
// Phase 1: matrix 28 rows 24 cols
[2021-05-14 09:38:03] [INFO ] Computed 4 place invariants in 0 ms
[2021-05-14 09:38:03] [INFO ] Dead Transitions using invariants and state equation in 21 ms returned []
Finished structural reductions, in 2 iterations. Remains : 24/104 places, 28/592 transitions.
Stuttering acceptance computed with spot in 50 ms :[(AND (NOT p0) (NOT p1)), (NOT p1), true]
Running random walk in product with property : PermAdmissibility-COL-01-11 automaton TGBA [mat=[[{ cond=p0, acceptance={} source=0 dest: 0}, { cond=(NOT p0), acceptance={} source=0 dest: 1}], [{ cond=p1, acceptance={} source=1 dest: 1}, { cond=(NOT p1), acceptance={} source=1 dest: 2}], [{ cond=true, acceptance={0} source=2 dest: 2}]], initial=0, aps=[p0:(OR (AND (GEQ s5 1) (GEQ s6 1) (GEQ s11 1)) (AND (GEQ s4 1) (GEQ s6 1) (GEQ s10 1)) (AND (GEQ s5 1) (GEQ s6 1) (GEQ s10 1)) (AND (GEQ s4 1) (GEQ s6 1) (GEQ s11 1))), p1:(OR (AND (GEQ s8 1) (GEQ s13 1) (GEQ s15 1)) (AND (GEQ s8 1) (GEQ s12 1) (GEQ s15 1)) (AND (GEQ s8 1) (GEQ s12 1) (GEQ s14 1)) (AND (GEQ s8 1) (GEQ s13 1) (GEQ s14 1)))], nbAcceptance=1, properties=[trans-labels, explicit-labels, trans-acc, complete, deterministic, no-univ-branch, unambiguous, semi-deterministic, terminal, very-weak, weak, inherently-weak], stateDesc=[null, null, null][false, false, false]]
Entered a terminal (fully accepting) state of product in 1 steps with 0 reset in 0 ms.
FORMULA PermAdmissibility-COL-01-11 FALSE TECHNIQUES STUTTER_TEST
Treatment of property PermAdmissibility-COL-01-11 finished in 130 ms.
Running Spot : CommandLine [args=[/home/mcc/BenchKit/bin//..//ltl2tgba, --hoaf=tv, -f, !(G(p0))], workingDir=/home/mcc/execution]
Support contains 9 out of 104 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 104/104 places, 592/592 transitions.
Discarding 28 places :
Symmetric choice reduction at 0 with 28 rule applications. Total rules 28 place count 76 transition count 340
Iterating global reduction 0 with 28 rules applied. Total rules applied 56 place count 76 transition count 340
Discarding 28 places :
Symmetric choice reduction at 0 with 28 rule applications. Total rules 84 place count 48 transition count 88
Iterating global reduction 0 with 28 rules applied. Total rules applied 112 place count 48 transition count 88
Discarding 6 places :
Symmetric choice reduction at 0 with 6 rule applications. Total rules 118 place count 42 transition count 58
Iterating global reduction 0 with 6 rules applied. Total rules applied 124 place count 42 transition count 58
Applied a total of 124 rules in 8 ms. Remains 42 /104 variables (removed 62) and now considering 58/592 (removed 534) transitions.
// Phase 1: matrix 58 rows 42 cols
[2021-05-14 09:38:03] [INFO ] Computed 16 place invariants in 1 ms
[2021-05-14 09:38:03] [INFO ] Implicit Places using invariants in 34 ms returned [4, 5, 6, 7, 28, 30, 34, 35, 37, 38]
Discarding 10 places :
Implicit Place search using SMT only with invariants took 34 ms to find 10 implicit places.
[2021-05-14 09:38:03] [INFO ] Redundant transitions in 0 ms returned []
// Phase 1: matrix 58 rows 32 cols
[2021-05-14 09:38:03] [INFO ] Computed 6 place invariants in 1 ms
[2021-05-14 09:38:03] [INFO ] Dead Transitions using invariants and state equation in 24 ms returned []
Starting structural reductions, iteration 1 : 32/104 places, 58/592 transitions.
Drop transitions removed 8 transitions
Trivial Post-agglo rules discarded 8 transitions
Performed 8 trivial Post agglomeration. Transition count delta: 8
Iterating post reduction 0 with 8 rules applied. Total rules applied 8 place count 32 transition count 50
Reduce places removed 8 places and 0 transitions.
Iterating post reduction 1 with 8 rules applied. Total rules applied 16 place count 24 transition count 50
Performed 1 Pre agglomeration using Quasi-Persistent + Divergent Free condition..
Pre-agglomeration after 2 with 1 Pre rules applied. Total rules applied 16 place count 24 transition count 49
Deduced a syphon composed of 1 places in 0 ms
Reduce places removed 1 places and 0 transitions.
Iterating global reduction 2 with 2 rules applied. Total rules applied 18 place count 23 transition count 49
Performed 1 Post agglomeration using F-continuation condition.Transition count delta: 1
Deduced a syphon composed of 1 places in 0 ms
Reduce places removed 1 places and 0 transitions.
Iterating global reduction 2 with 2 rules applied. Total rules applied 20 place count 22 transition count 48
Applied a total of 20 rules in 3 ms. Remains 22 /32 variables (removed 10) and now considering 48/58 (removed 10) transitions.
// Phase 1: matrix 48 rows 22 cols
[2021-05-14 09:38:03] [INFO ] Computed 6 place invariants in 0 ms
[2021-05-14 09:38:03] [INFO ] Implicit Places using invariants in 13 ms returned []
// Phase 1: matrix 48 rows 22 cols
[2021-05-14 09:38:03] [INFO ] Computed 6 place invariants in 0 ms
[2021-05-14 09:38:03] [INFO ] Implicit Places using invariants and state equation in 23 ms returned []
Implicit Place search using SMT with State Equation took 36 ms to find 0 implicit places.
Finished structural reductions, in 2 iterations. Remains : 22/104 places, 48/592 transitions.
Stuttering acceptance computed with spot in 29 ms :[true, (NOT p0)]
Running random walk in product with property : PermAdmissibility-COL-01-12 automaton TGBA [mat=[[{ cond=true, acceptance={0} source=0 dest: 0}], [{ cond=(NOT p0), acceptance={} source=1 dest: 0}, { cond=p0, acceptance={} source=1 dest: 1}]], initial=1, aps=[p0:(AND (OR (LT s15 1) (LT s18 1) (LT s21 1)) (OR (LT s12 1) (LT s16 1) (LT s21 1)) (OR (LT s12 1) (LT s17 1) (LT s21 1)) (OR (LT s15 1) (LT s19 1) (LT s21 1)) (OR (LT s14 1) (LT s16 1) (LT s21 1)) (OR (LT s13 1) (LT s16 1) (LT s21 1)) (OR (LT s14 1) (LT s17 1) (LT s21 1)) (OR (LT s12 1) (LT s18 1) (LT s21 1)) (OR (LT s15 1) (LT s16 1) (LT s21 1)) (OR (LT s13 1) (LT s17 1) (LT s21 1)) (OR (LT s15 1) (LT s17 1) (LT s21 1)) (OR (LT s14 1) (LT s18 1) (LT s21 1)) (OR (LT s12 1) (LT s19 1) (LT s21 1)) (OR (LT s13 1) (LT s18 1) (LT s21 1)) (OR (LT s14 1) (LT s19 1) (LT s21 1)) (OR (LT s13 1) (LT s19 1) (LT s21 1)))], nbAcceptance=1, properties=[trans-labels, explicit-labels, trans-acc, complete, deterministic, no-univ-branch, unambiguous, semi-deterministic, stutter-invariant, terminal, very-weak, weak, inherently-weak], stateDesc=[null, null][true, true]]
Entered a terminal (fully accepting) state of product in 5 steps with 0 reset in 0 ms.
FORMULA PermAdmissibility-COL-01-12 FALSE TECHNIQUES STUTTER_TEST
Treatment of property PermAdmissibility-COL-01-12 finished in 144 ms.
Running Spot : CommandLine [args=[/home/mcc/BenchKit/bin//..//ltl2tgba, --hoaf=tv, -f, !(G(F(((X(F(((F(p2)&&p1)||G(F(p2))))) U (p3&&X(F((G(F(p2))||(F(p2)&&p4))))))||p0))))], workingDir=/home/mcc/execution]
Support contains 22 out of 104 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 104/104 places, 592/592 transitions.
Discarding 28 places :
Symmetric choice reduction at 0 with 28 rule applications. Total rules 28 place count 76 transition count 340
Iterating global reduction 0 with 28 rules applied. Total rules applied 56 place count 76 transition count 340
Discarding 14 places :
Symmetric choice reduction at 0 with 14 rule applications. Total rules 70 place count 62 transition count 214
Iterating global reduction 0 with 14 rules applied. Total rules applied 84 place count 62 transition count 214
Applied a total of 84 rules in 3 ms. Remains 62 /104 variables (removed 42) and now considering 214/592 (removed 378) transitions.
// Phase 1: matrix 214 rows 62 cols
[2021-05-14 09:38:03] [INFO ] Computed 16 place invariants in 1 ms
[2021-05-14 09:38:03] [INFO ] Implicit Places using invariants in 38 ms returned [4, 13, 54, 55, 57, 58]
Discarding 6 places :
Implicit Place search using SMT only with invariants took 39 ms to find 6 implicit places.
// Phase 1: matrix 214 rows 56 cols
[2021-05-14 09:38:03] [INFO ] Computed 10 place invariants in 1 ms
[2021-05-14 09:38:03] [INFO ] Dead Transitions using invariants and state equation in 78 ms returned []
Starting structural reductions, iteration 1 : 56/104 places, 214/592 transitions.
Applied a total of 0 rules in 0 ms. Remains 56 /56 variables (removed 0) and now considering 214/214 (removed 0) transitions.
// Phase 1: matrix 214 rows 56 cols
[2021-05-14 09:38:03] [INFO ] Computed 10 place invariants in 1 ms
[2021-05-14 09:38:03] [INFO ] Dead Transitions using invariants and state equation in 79 ms returned []
Finished structural reductions, in 2 iterations. Remains : 56/104 places, 214/592 transitions.
Stuttering acceptance computed with spot in 123 ms :[(OR (AND (NOT p0) (NOT p3)) (AND (NOT p0) (NOT p2))), (OR (AND (NOT p0) (NOT p3)) (AND (NOT p0) (NOT p2))), (AND (NOT p0) (NOT p2)), (AND (NOT p0) (NOT p2))]
Running random walk in product with property : PermAdmissibility-COL-01-14 automaton TGBA [mat=[[{ cond=true, acceptance={} source=0 dest: 0}, { cond=(AND (NOT p3) (NOT p0)), acceptance={} source=0 dest: 1}, { cond=(AND p3 (NOT p0)), acceptance={} source=0 dest: 2}], [{ cond=(AND (NOT p3) (NOT p0)), acceptance={0} source=1 dest: 1}, { cond=(AND p3 (NOT p0)), acceptance={} source=1 dest: 2}], [{ cond=(AND (NOT p0) (NOT p4)), acceptance={} source=2 dest: 2}, { cond=(AND (NOT p0) (NOT p2)), acceptance={} source=2 dest: 3}], [{ cond=(AND (NOT p0) (NOT p2)), acceptance={0} source=3 dest: 3}]], initial=0, aps=[p3:(OR (AND (GEQ s21 1) (GEQ s22 1) (GEQ s27 1)) (AND (GEQ s20 1) (GEQ s22 1) (GEQ s26 1)) (AND (GEQ s21 1) (GEQ s22 1) (GEQ s26 1)) (AND (GEQ s20 1) (GEQ s22 1) (GEQ s27 1))), p0:(OR (AND (GEQ s21 1) (GEQ s22 1) (GEQ s27 1)) (AND (GEQ s20 1) (GEQ s22 1) (GEQ s26 1)) (AND (GEQ s21 1) (GEQ s22 1) (GEQ s26 1)) (AND (GEQ s20 1) (GEQ s22 1) (GEQ s27 1))), p4:(AND (OR (LT s21 1) (LT s22 1) (LT s27 1)) (OR (LT s20 1) (LT s22 1) (LT s26 1)) (OR (LT s21 1) (LT s22 1) (LT s26 1)) (OR (LT s20 1) (LT s22 1) (LT s27 1))), p2:(AND (OR (LT s1 1) (LT s9 1) (LT s13 1)) (OR (LT s1 1) (LT s5 1) (LT s18 1)) (OR (LT s1 1) (LT s10 1) (LT s15 1)) (OR (LT s1 1) (LT s4 1) (LT s18 1)) (OR (LT s1 1) (LT s10 1) (LT s13 1)) (OR (LT s1 1) (LT s4 1) (LT s16 1)) (OR (LT s1 1) (LT s10 1) (LT s19 1)) (OR (LT s1 1) (LT s4 1) (LT s14 1)) (OR (LT s1 1) (LT s10 1) (LT s17 1)) (OR (LT s1 1) (LT s4 1) (LT s12 1)) (OR (LT s1 1) (LT s5 1) (LT s14 1)) (OR (LT s1 1) (LT s9 1) (LT s19 1)) (OR (LT s1 1) (LT s5 1) (LT s16 1)) (OR (LT s1 1) (LT s9 1) (LT s15 1)) (OR (LT s1 1) (LT s5 1) (LT s12 1)) (OR (LT s1 1) (LT s9 1) (LT s17 1)) (OR (LT s1 1) (LT s7 1) (LT s17 1)) (OR (LT s1 1) (LT s7 1) (LT s19 1)) (OR (LT s1 1) (LT s8 1) (LT s19 1)) (OR (LT s1 1) (LT s6 1) (LT s15 1)) (OR (LT s1 1) (LT s8 1) (LT s17 1)) (OR (LT s1 1) (LT s6 1) (LT s13 1)) (OR (LT s1 1) (LT s8 1) (LT s15 1)) (OR (LT s1 1) (LT s6 1) (LT s19 1)) (OR (LT s1 1) (LT s8 1) (LT s13 1)) (OR (LT s1 1) (LT s6 1) (LT s17 1)) (OR (LT s1 1) (LT s11 1) (LT s12 1)) (OR (LT s1 1) (LT s11 1) (LT s14 1)) (OR (LT s1 1) (LT s11 1) (LT s16 1)) (OR (LT s1 1) (LT s7 1) (LT s13 1)) (OR (LT s1 1) (LT s11 1) (LT s18 1)) (OR (LT s1 1) (LT s7 1) (LT s15 1)) (OR (LT s1 1) (LT s9 1) (LT s12 1)) (OR (LT s1 1) (LT s5 1) (LT s19 1)) (OR (LT s1 1) (LT s4 1) (LT s17 1)) (OR (LT s1 1) (LT s10 1) (LT s16 1)) (OR (LT s1 1) (LT s4 1) (LT s15 1)) (OR (LT s1 1) (LT s10 1) (LT s14 1)) (OR (LT s1 1) (LT s4 1) (LT s13 1)) (OR (LT s1 1) (LT s10 1) (LT s18 1)) (OR (LT s1 1) (LT s10 1) (LT s12 1)) (OR (LT s1 1) (LT s4 1) (LT s19 1)) (OR (LT s1 1) (LT s9 1) (LT s18 1)) (OR (LT s1 1) (LT s5 1) (LT s15 1)) (OR (LT s1 1) (LT s5 1) (LT s17 1)) (OR (LT s1 1) (LT s9 1) (LT s14 1)) (OR (LT s1 1) (LT s9 1) (LT s16 1)) (OR (LT s1 1) (LT s5 1) (LT s13 1)) (OR (LT s1 1) (LT s7 1) (LT s16 1)) (OR (LT s1 1) (LT s7 1) (LT s18 1)) (OR (LT s1 1) (LT s6 1) (LT s12 1)) (OR (LT s1 1) (LT s6 1) (LT s16 1)) (OR (LT s1 1) (LT s8 1) (LT s18 1)) (OR (LT s1 1) (LT s6 1) (LT s14 1)) (OR (LT s1 1) (LT s8 1) (LT s16 1)) (OR (LT s1 1) (LT s8 1) (LT s14 1)) (OR (LT s1 1) (LT s6 1) (LT s18 1)) (OR (LT s1 1) (LT s8 1) (LT s12 1)) (OR (LT s1 1) (LT s11 1) (LT s13 1)) (OR (LT s1 1) (LT s11 1) (LT s15 1)) (OR (LT s1 1) (LT s7 1) (LT s12 1)) (OR (LT s1 1) (LT s11 1) (LT s17 1)) (OR (LT s1 1) (LT s7 1) (LT s14 1)) (OR (LT s1 1) (LT s11 1) (LT s19 1)))], nbAcceptance=1, properties=[trans-labels, explicit-labels, trans-acc, no-univ-branch], stateDesc=[null, null, null, null][false, false, false, false]]
Stuttering criterion allowed to conclude after 16 steps with 0 reset in 0 ms.
FORMULA PermAdmissibility-COL-01-14 FALSE TECHNIQUES STUTTER_TEST
Treatment of property PermAdmissibility-COL-01-14 finished in 341 ms.
Running Spot : CommandLine [args=[/home/mcc/BenchKit/bin//..//ltl2tgba, --hoaf=tv, -f, !((G(!p0)||X((G(p1)||G(F(p2))))))], workingDir=/home/mcc/execution]
Support contains 39 out of 104 places. Attempting structural reductions.
Starting structural reductions, iteration 0 : 104/104 places, 592/592 transitions.
Discarding 14 places :
Symmetric choice reduction at 0 with 14 rule applications. Total rules 14 place count 90 transition count 466
Iterating global reduction 0 with 14 rules applied. Total rules applied 28 place count 90 transition count 466
Applied a total of 28 rules in 3 ms. Remains 90 /104 variables (removed 14) and now considering 466/592 (removed 126) transitions.
// Phase 1: matrix 466 rows 90 cols
[2021-05-14 09:38:03] [INFO ] Computed 16 place invariants in 3 ms
[2021-05-14 09:38:03] [INFO ] Implicit Places using invariants in 52 ms returned [76, 78]
Discarding 2 places :
Implicit Place search using SMT only with invariants took 53 ms to find 2 implicit places.
// Phase 1: matrix 466 rows 88 cols
[2021-05-14 09:38:03] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:38:04] [INFO ] Dead Transitions using invariants and state equation in 170 ms returned []
Starting structural reductions, iteration 1 : 88/104 places, 466/592 transitions.
Applied a total of 0 rules in 2 ms. Remains 88 /88 variables (removed 0) and now considering 466/466 (removed 0) transitions.
// Phase 1: matrix 466 rows 88 cols
[2021-05-14 09:38:04] [INFO ] Computed 14 place invariants in 2 ms
[2021-05-14 09:38:04] [INFO ] Dead Transitions using invariants and state equation in 176 ms returned []
Finished structural reductions, in 2 iterations. Remains : 88/104 places, 466/592 transitions.
Stuttering acceptance computed with spot in 146 ms :[(AND p0 (NOT p1) (NOT p2)), (AND (NOT p1) (NOT p2)), (AND (NOT p1) (NOT p2) p0), (NOT p2), (NOT p2), (AND (NOT p2) p0)]
Running random walk in product with property : PermAdmissibility-COL-01-15 automaton TGBA [mat=[[{ cond=p0, acceptance={} source=0 dest: 1}, { cond=(NOT p0), acceptance={} source=0 dest: 2}], [{ cond=p1, acceptance={} source=1 dest: 1}, { cond=(AND (NOT p1) (NOT p2)), acceptance={} source=1 dest: 3}, { cond=(NOT p1), acceptance={} source=1 dest: 4}], [{ cond=(AND p0 p1), acceptance={} source=2 dest: 1}, { cond=(AND (NOT p0) p1), acceptance={} source=2 dest: 2}, { cond=(AND p0 (NOT p1) (NOT p2)), acceptance={} source=2 dest: 3}, { cond=(AND p0 (NOT p1)), acceptance={} source=2 dest: 4}, { cond=(AND (NOT p0) (NOT p1)), acceptance={} source=2 dest: 5}], [{ cond=(NOT p2), acceptance={0} source=3 dest: 3}], [{ cond=(NOT p2), acceptance={} source=4 dest: 3}, { cond=true, acceptance={} source=4 dest: 4}], [{ cond=(AND p0 (NOT p2)), acceptance={} source=5 dest: 3}, { cond=p0, acceptance={} source=5 dest: 4}, { cond=(NOT p0), acceptance={} source=5 dest: 5}]], initial=0, aps=[p0:(OR (AND (GEQ s2 1) (GEQ s4 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s9 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s26 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s10 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s11 1) (GEQ s21 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s7 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s6 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s27 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s20 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s22 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s23 1)) (AND (GEQ s2 1) (GEQ s5 1) (GEQ s24 1)) (AND (GEQ s2 1) (GEQ s8 1) (GEQ s25 1)) (AND (GEQ s2 1) (GEQ s4 1) (GEQ s26 1))), p1:(OR (AND (GEQ s69 1) (GEQ s83 1) (GEQ s87 1)) (AND (GEQ s74 1) (GEQ s79 1) (GEQ s87 1)) (AND (GEQ s70 1) (GEQ s80 1) (GEQ s87 1)) (AND (GEQ s71 1) (GEQ s78 1) (GEQ s87 1)) (AND (GEQ s73 1) (GEQ s81 1) (GEQ s87 1)) (AND (GEQ s68 1) (GEQ s77 1) (GEQ s87 1)) (AND (GEQ s72 1) (GEQ s84 1) (GEQ s87 1)) (AND (GEQ s75 1) (GEQ s77 1) (GEQ s87 1)) (AND (GEQ s74 1) (GEQ s80 1) (GEQ s87 1)) (AND (GEQ s73 1) (GEQ s83 1) (GEQ s87 1)) (AND (GEQ s70 1) (GEQ s81 1) (GEQ s87 1)) (AND (GEQ s68 1) (GEQ s78 1) (GEQ s87 1)) (AND (GEQ s70 1) (GEQ s82 1) (GEQ s87 1)) (AND (GEQ s73 1) (GEQ s82 1) (GEQ s87 1)) (AND (GEQ s69 1) (GEQ s84 1) (GEQ s87 1)) (AND (GEQ s71 1) (GEQ s79 1) (GEQ s87 1)) (AND (GEQ s72 1) (GEQ s77 1) (GEQ s87 1)) (AND (GEQ s73 1) (GEQ s84 1) (GEQ s87 1)) (AND (GEQ s74 1) (GEQ s81 1) (GEQ s87 1)) (AND (GEQ s70 1) (GEQ s83 1) (GEQ s87 1)) (AND (GEQ s68 1) (GEQ s79 1) (GEQ s87 1)) (AND (GEQ s75 1) (GEQ s78 1) (GEQ s87 1)) (AND (GEQ s71 1) (GEQ s80 1) (GEQ s87 1)) (AND (GEQ s71 1) (GEQ s81 1) (GEQ s87 1)) (AND (GEQ s69 1) (GEQ s77 1) (GEQ s87 1)) (AND (GEQ s70 1) (GEQ s84 1) (GEQ s87 1)) (AND (GEQ s68 1) (GEQ s80 1) (GEQ s87 1)) (AND (GEQ s72 1) (GEQ s78 1) (GEQ s87 1)) (AND (GEQ s75 1) (GEQ s79 1) (GEQ s87 1)) (AND (GEQ s74 1) (GEQ s82 1) (GEQ s87 1)) (AND (GEQ s68 1) (GEQ s81 1) (GEQ s87 1)) (AND (GEQ s69 1) (GEQ s78 1) (GEQ s87 1)) (AND (GEQ s75 1) (GEQ s81 1) (GEQ s87 1)) (AND (GEQ s72 1) (GEQ s79 1) (GEQ s87 1)) (AND (GEQ s72 1) (GEQ s80 1) (GEQ s87 1)) (AND (GEQ s74 1) (GEQ s83 1) (GEQ s87 1)) (AND (GEQ s75 1) (GEQ s80 1) (GEQ s87 1)) (AND (GEQ s71 1) (GEQ s82 1) (GEQ s87 1)) (AND (GEQ s69 1) (GEQ s79 1) (GEQ s87 1)) (AND (GEQ s73 1) (GEQ s77 1) (GEQ s87 1)) (AND (GEQ s75 1) (GEQ s82 1) (GEQ s87 1)) (AND (GEQ s72 1) (GEQ s81 1) (GEQ s87 1)) (AND (GEQ s68 1) (GEQ s82 1) (GEQ s87 1)) (AND (GEQ s69 1) (GEQ s80 1) (GEQ s87 1)) (AND (GEQ s70 1) (GEQ s77 1) (GEQ s87 1)) (AND (GEQ s71 1) (GEQ s83 1) (GEQ s87 1)) (AND (GEQ s74 1) (GEQ s84 1) (GEQ s87 1)) (AND (GEQ s73 1) (GEQ s78 1) (GEQ s87 1)) (AND (GEQ s73 1) (GEQ s79 1) (GEQ s87 1)) (AND (GEQ s72 1) (GEQ s82 1) (GEQ s87 1)) (AND (GEQ s70 1) (GEQ s78 1) (GEQ s87 1)) (AND (GEQ s68 1) (GEQ s83 1) (GEQ s87 1)) (AND (GEQ s75 1) (GEQ s83 1) (GEQ s87 1)) (AND (GEQ s68 1) (GEQ s84 1) (GEQ s87 1)) (AND (GEQ s71 1) (GEQ s84 1) (GEQ s87 1)) (AND (GEQ s69 1) (GEQ s81 1) (GEQ s87 1)) (AND (GEQ s70 1) (GEQ s79 1) (GEQ s87 1)) (AND (GEQ s72 1) (GEQ s83 1) (GEQ s87 1)) (AND (GEQ s75 1) (GEQ s84 1) (GEQ s87 1)) (AND (GEQ s74 1) (GEQ s77 1) (GEQ s87 1)) (AND (GEQ s74 1) (GEQ s78 1) (GEQ s87 1)) (AND (GEQ s71 1) (GEQ s77 1) (GEQ s87 1)) (AND (GEQ s73 1) (GEQ s80 1) (GEQ s87 1)) (AND (GEQ s69 1) (GEQ s82 1) (GEQ s87 1))), p2:(OR (AND (GEQ s40 1) (GEQ s45 1) (GEQ s47 1)) (AND (GEQ s40 1) (GEQ s44 1) (GEQ s47 1)) (AND (GEQ s40 1) (GEQ s44 1) (GEQ s46 1)) (AND (GEQ s40 1) (GEQ s45 1) (GEQ s46 1)))], nbAcceptance=1, properties=[trans-labels, explicit-labels, trans-acc, no-univ-branch, very-weak, weak, inherently-weak], stateDesc=[null, null, null, null, null, null][false, false, false, false, false, false]]
Stuttering criterion allowed to conclude after 16 steps with 0 reset in 0 ms.
FORMULA PermAdmissibility-COL-01-15 FALSE TECHNIQUES STUTTER_TEST
Treatment of property PermAdmissibility-COL-01-15 finished in 566 ms.
All properties solved without resorting to model-checking.

BK_STOP 1620985085729

--------------------
content from stderr:

+ export BINDIR=/home/mcc/BenchKit/bin//../
+ BINDIR=/home/mcc/BenchKit/bin//../
++ pwd
+ export MODEL=/home/mcc/execution
+ MODEL=/home/mcc/execution
+ [[ LTLFireability = StateSpace ]]
+ /home/mcc/BenchKit/bin//..//runeclipse.sh /home/mcc/execution LTLFireability -its -ltsmin -greatspnpath /home/mcc/BenchKit/bin//..//greatspn/ -order META -manyOrder -smt -timeout 3600
+ ulimit -s 65536
+ [[ -z '' ]]
+ export LTSMIN_MEM_SIZE=8589934592
+ LTSMIN_MEM_SIZE=8589934592
++ cut -d . -f 9
++ ls /home/mcc/BenchKit/bin//..//itstools/plugins/fr.lip6.move.gal.application.pnmcc_1.0.0.202104292328.jar
+ VERSION=0
+ echo 'Running Version 0'
+ /home/mcc/BenchKit/bin//..//itstools/its-tools -data /home/mcc/execution/workspace -pnfolder /home/mcc/execution -examination LTLFireability -spotpath /home/mcc/BenchKit/bin//..//ltlfilt -z3path /home/mcc/BenchKit/bin//..//z3/bin/z3 -yices2path /home/mcc/BenchKit/bin//..//yices/bin/yices -its -ltsmin -greatspnpath /home/mcc/BenchKit/bin//..//greatspn/ -order META -manyOrder -smt -timeout 3600 -vmargs -Dosgi.locking=none -Declipse.stateSaveDelayInterval=-1 -Dosgi.configuration.area=/tmp/.eclipse -Xss128m -Xms40m -Xmx16000m

Sequence of Actions to be Executed by the VM

This is useful if one wants to reexecute the tool in the VM from the submitted image disk.

set -x
# this is for BenchKit: configuration of major elements for the test
export BK_INPUT="PermAdmissibility-COL-01"
export BK_EXAMINATION="LTLFireability"
export BK_TOOL="itstools"
export BK_RESULT_DIR="/tmp/BK_RESULTS/OUTPUTS"
export BK_TIME_CONFINEMENT="3600"
export BK_MEMORY_CONFINEMENT="16384"
export BK_BIN_PATH="/home/mcc/BenchKit/bin/"

# this is specific to your benchmark or test

export BIN_DIR="$HOME/BenchKit/bin"

# remove the execution directoty if it exists (to avoid increse of .vmdk images)
if [ -d execution ] ; then
rm -rf execution
fi

# this is for BenchKit: explicit launching of the test
echo "====================================================================="
echo " Generated by BenchKit 2-4028"
echo " Executing tool itstools"
echo " Input is PermAdmissibility-COL-01, examination is LTLFireability"
echo " Time confinement is $BK_TIME_CONFINEMENT seconds"
echo " Memory confinement is 16384 MBytes"
echo " Number of cores is 4"
echo " Run identifier is r140-tall-162089127900461"
echo "====================================================================="
echo
echo "--------------------"
echo "preparation of the directory to be used:"

tar xzf /home/mcc/BenchKit/INPUTS/PermAdmissibility-COL-01.tgz
mv PermAdmissibility-COL-01 execution
cd execution
if [ "LTLFireability" = "ReachabilityDeadlock" ] || [ "LTLFireability" = "UpperBounds" ] || [ "LTLFireability" = "QuasiLiveness" ] || [ "LTLFireability" = "StableMarking" ] || [ "LTLFireability" = "Liveness" ] || [ "LTLFireability" = "OneSafe" ] || [ "LTLFireability" = "StateSpace" ]; then
rm -f GenericPropertiesVerdict.xml
fi
pwd
ls -lh

echo
echo "--------------------"
echo "content from stdout:"
echo
echo "=== Data for post analysis generated by BenchKit (invocation template)"
echo
if [ "LTLFireability" = "UpperBounds" ] ; then
echo "The expected result is a vector of positive values"
echo NUM_VECTOR
elif [ "LTLFireability" != "StateSpace" ] ; then
echo "The expected result is a vector of booleans"
echo BOOL_VECTOR
else
echo "no data necessary for post analysis"
fi
echo
if [ -f "LTLFireability.txt" ] ; then
echo "here is the order used to build the result vector(from text file)"
for x in $(grep Property LTLFireability.txt | cut -d ' ' -f 2 | sort -u) ; do
echo "FORMULA_NAME $x"
done
elif [ -f "LTLFireability.xml" ] ; then # for cunf (txt files deleted;-)
echo echo "here is the order used to build the result vector(from xml file)"
for x in $(grep '' LTLFireability.xml | cut -d '>' -f 2 | cut -d '<' -f 1 | sort -u) ; do
echo "FORMULA_NAME $x"
done
elif [ "LTLFireability" = "ReachabilityDeadlock" ] || [ "LTLFireability" = "QuasiLiveness" ] || [ "LTLFireability" = "StableMarking" ] || [ "LTLFireability" = "Liveness" ] || [ "LTLFireability" = "OneSafe" ] ; then
echo "FORMULA_NAME LTLFireability"
fi
echo
echo "=== Now, execution of the tool begins"
echo
echo -n "BK_START "
date -u +%s%3N
echo
timeout -s 9 $BK_TIME_CONFINEMENT bash -c "/home/mcc/BenchKit/BenchKit_head.sh 2> STDERR ; echo ; echo -n \"BK_STOP \" ; date -u +%s%3N"
if [ $? -eq 137 ] ; then
echo
echo "BK_TIME_CONFINEMENT_REACHED"
fi
echo
echo "--------------------"
echo "content from stderr:"
echo
cat STDERR ;