Execution Chart

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

Trace from the execution

Waiting for the VM to be ready (probing ssh)
.....................
/home/mcc/execution
total 380K
-rw-r--r-- 1 mcc users 8.1K May 15 18:54 CTLCardinality.txt
-rw-r--r-- 1 mcc users 30K May 15 18:54 CTLCardinality.xml
-rw-r--r-- 1 mcc users 12K May 15 18:54 CTLFireability.txt
-rw-r--r-- 1 mcc users 42K May 15 18:54 CTLFireability.xml
-rw-r--r-- 1 mcc users 4.0K May 15 18:50 GenericPropertiesDefinition.xml
-rw-r--r-- 1 mcc users 6.1K May 15 18:50 GenericPropertiesVerdict.xml
-rw-r--r-- 1 mcc users 3.8K May 26 09:27 LTLCardinality.txt
-rw-r--r-- 1 mcc users 13K May 26 09:27 LTLCardinality.xml
-rw-r--r-- 1 mcc users 4.8K May 26 09:27 LTLFireability.txt
-rw-r--r-- 1 mcc users 17K May 26 09:27 LTLFireability.xml
-rw-r--r-- 1 mcc users 7.8K May 15 18:54 ReachabilityCardinality.txt
-rw-r--r-- 1 mcc users 29K May 15 18:54 ReachabilityCardinality.xml
-rw-r--r-- 1 mcc users 113 May 15 18:54 ReachabilityDeadlock.txt
-rw-r--r-- 1 mcc users 351 May 15 18:54 ReachabilityDeadlock.xml
-rw-r--r-- 1 mcc users 14K May 15 18:54 ReachabilityFireability.txt
-rw-r--r-- 1 mcc users 46K May 15 18:54 ReachabilityFireability.xml
-rw-r--r-- 1 mcc users 3.0K May 15 18:54 UpperBounds.txt
-rw-r--r-- 1 mcc users 6.4K May 15 18:54 UpperBounds.xml
-rw-r--r-- 1 mcc users 5 May 15 18:50 equiv_col
-rw-r--r-- 1 mcc users 7 May 15 18:50 instance
-rw-r--r-- 1 mcc users 6 May 15 18:50 iscolored
-rw-r--r-- 1 mcc users 82K May 15 18:50 model.pnml
=====================================================================
Generated by BenchKit 2-3637
Executing tool itstoolsl
Input is SharedMemory-PT-000005, examination is CTLFireability
Time confinement is 3600 seconds
Memory confinement is 16384 MBytes
Number of cores is 4
Run identifier is r177-smll-152708747500102
=====================================================================

--------------------
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 SharedMemory-PT-000005-CTLFireability-00
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-01
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-02
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-03
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-04
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-05
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-06
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-07
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-08
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-09
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-10
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-11
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-12
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-13
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-14
FORMULA_NAME SharedMemory-PT-000005-CTLFireability-15

=== Now, execution of the tool begins

BK_START 1527429677043

Converted graph to binary with : CommandLine [args=[/home/mcc/BenchKit/itstools/plugins/fr.lip6.move.gal.louvain.binaries_1.0.0.201805241334/bin/convert-linux64, -i, /tmp/graph2368981745502379238.txt, -o, /tmp/graph2368981745502379238.bin, -w, /tmp/graph2368981745502379238.weights], workingDir=null]
Built communities with : CommandLine [args=[/home/mcc/BenchKit/itstools/plugins/fr.lip6.move.gal.louvain.binaries_1.0.0.201805241334/bin/louvain-linux64, /tmp/graph2368981745502379238.bin, -l, -1, -v, -w, /tmp/graph2368981745502379238.weights, -q, 0, -e, 0.001], workingDir=null]
Invoking ITS tools like this :CommandLine [args=[/home/mcc/BenchKit/itstools/plugins/fr.lip6.move.gal.itstools.binaries_1.0.0.201805241334/bin/its-ctl-linux64, --gc-threshold, 2000000, --quiet, -i, /home/mcc/execution/CTLFireability.pnml.gal, -t, CGAL, -ctl, /home/mcc/execution/CTLFireability.ctl], workingDir=/home/mcc/execution]

its-ctl command run as :

/home/mcc/BenchKit/itstools/plugins/fr.lip6.move.gal.itstools.binaries_1.0.0.201805241334/bin/its-ctl-linux64 --gc-threshold 2000000 --quiet -i /home/mcc/execution/CTLFireability.pnml.gal -t CGAL -ctl /home/mcc/execution/CTLFireability.ctl
No direction supplied, using forward translation only.
Parsed 16 CTL formulae.
built 25 ordering constraints for composite.
Model ,|S| ,Time ,Mem(kb) ,fin. SDD ,fin. DDD ,peak SDD ,peak DDD ,SDD Hom ,SDD cache peak ,DDD Hom ,DDD cachepeak ,SHom cache
reachable,1863,0.01717,4840,80,33,394,141,159,198,48,190,0


Converting to forward existential form...Done !
original formula: ((((((((((((((((((((u1.Ext_Mem_Acc_4_1>=1)||(u1.Ext_Mem_Acc_5_1>=1))||(u1.Ext_Mem_Acc_2_1>=1))||(u1.Ext_Mem_Acc_3_1>=1))||(u0.Ext_Mem_Acc_5_2>=1))||(u8.Ext_Mem_Acc_4_2>=1))||(u0.Ext_Mem_Acc_3_2>=1))||(u0.Ext_Mem_Acc_1_2>=1))||(u3.Ext_Mem_Acc_5_3>=1))||(u3.Ext_Mem_Acc_4_3>=1))||(u3.Ext_Mem_Acc_2_3>=1))||(u7.Ext_Mem_Acc_1_3>=1))||(u6.Ext_Mem_Acc_5_4>=1))||(u2.Ext_Mem_Acc_3_4>=1))||(u2.Ext_Mem_Acc_2_4>=1))||(u2.Ext_Mem_Acc_1_4>=1))||(u4.Ext_Mem_Acc_4_5>=1))||(u9.Ext_Mem_Acc_3_5>=1))||(u4.Ext_Mem_Acc_2_5>=1))||(u4.Ext_Mem_Acc_1_5>=1))
=> equivalent forward existential formula: [(Init * ((((((((((((((((((((u1.Ext_Mem_Acc_4_1>=1)||(u1.Ext_Mem_Acc_5_1>=1))||(u1.Ext_Mem_Acc_2_1>=1))||(u1.Ext_Mem_Acc_3_1>=1))||(u0.Ext_Mem_Acc_5_2>=1))||(u8.Ext_Mem_Acc_4_2>=1))||(u0.Ext_Mem_Acc_3_2>=1))||(u0.Ext_Mem_Acc_1_2>=1))||(u3.Ext_Mem_Acc_5_3>=1))||(u3.Ext_Mem_Acc_4_3>=1))||(u3.Ext_Mem_Acc_2_3>=1))||(u7.Ext_Mem_Acc_1_3>=1))||(u6.Ext_Mem_Acc_5_4>=1))||(u2.Ext_Mem_Acc_3_4>=1))||(u2.Ext_Mem_Acc_2_4>=1))||(u2.Ext_Mem_Acc_1_4>=1))||(u4.Ext_Mem_Acc_4_5>=1))||(u9.Ext_Mem_Acc_3_5>=1))||(u4.Ext_Mem_Acc_2_5>=1))||(u4.Ext_Mem_Acc_1_5>=1)))] != FALSE
(forward)formula 0,0,0.02075,5464,1,0,394,141,223,198,57,190,30
FORMULA SharedMemory-PT-000005-CTLFireability-00 FALSE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is FALSE !

***************************************

original formula: !((((AG(((((((((((((((((((((u1.Ext_Mem_Acc_4_1>=1)||(u1.Ext_Mem_Acc_5_1>=1))||(u1.Ext_Mem_Acc_2_1>=1))||(u1.Ext_Mem_Acc_3_1>=1))||(u0.Ext_Mem_Acc_5_2>=1))||(u8.Ext_Mem_Acc_4_2>=1))||(u0.Ext_Mem_Acc_3_2>=1))||(u0.Ext_Mem_Acc_1_2>=1))||(u3.Ext_Mem_Acc_5_3>=1))||(u3.Ext_Mem_Acc_4_3>=1))||(u3.Ext_Mem_Acc_2_3>=1))||(u7.Ext_Mem_Acc_1_3>=1))||(u6.Ext_Mem_Acc_5_4>=1))||(u2.Ext_Mem_Acc_3_4>=1))||(u2.Ext_Mem_Acc_2_4>=1))||(u2.Ext_Mem_Acc_1_4>=1))||(u4.Ext_Mem_Acc_4_5>=1))||(u9.Ext_Mem_Acc_3_5>=1))||(u4.Ext_Mem_Acc_2_5>=1))||(u4.Ext_Mem_Acc_1_5>=1))) + AF((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1)))) + (((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))&&(((((((((((((((((((((u1.Ext_Mem_Acc_4_1>=1)||(u1.Ext_Mem_Acc_5_1>=1))||(u1.Ext_Mem_Acc_2_1>=1))||(u1.Ext_Mem_Acc_3_1>=1))||(u0.Ext_Mem_Acc_5_2>=1))||(u8.Ext_Mem_Acc_4_2>=1))||(u0.Ext_Mem_Acc_3_2>=1))||(u0.Ext_Mem_Acc_1_2>=1))||(u3.Ext_Mem_Acc_5_3>=1))||(u3.Ext_Mem_Acc_4_3>=1))||(u3.Ext_Mem_Acc_2_3>=1))||(u7.Ext_Mem_Acc_1_3>=1))||(u6.Ext_Mem_Acc_5_4>=1))||(u2.Ext_Mem_Acc_3_4>=1))||(u2.Ext_Mem_Acc_2_4>=1))||(u2.Ext_Mem_Acc_1_4>=1))||(u4.Ext_Mem_Acc_4_5>=1))||(u9.Ext_Mem_Acc_3_5>=1))||(u4.Ext_Mem_Acc_2_5>=1))||(u4.Ext_Mem_Acc_1_5>=1))&&(!((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1))))))) * ((((((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))&&((((((((((((((((((((u1.Ext_Mem_Acc_4_1>=1)||(u1.Ext_Mem_Acc_5_1>=1))||(u1.Ext_Mem_Acc_2_1>=1))||(u1.Ext_Mem_Acc_3_1>=1))||(u0.Ext_Mem_Acc_5_2>=1))||(u8.Ext_Mem_Acc_4_2>=1))||(u0.Ext_Mem_Acc_3_2>=1))||(u0.Ext_Mem_Acc_1_2>=1))||(u3.Ext_Mem_Acc_5_3>=1))||(u3.Ext_Mem_Acc_4_3>=1))||(u3.Ext_Mem_Acc_2_3>=1))||(u7.Ext_Mem_Acc_1_3>=1))||(u6.Ext_Mem_Acc_5_4>=1))||(u2.Ext_Mem_Acc_3_4>=1))||(u2.Ext_Mem_Acc_2_4>=1))||(u2.Ext_Mem_Acc_1_4>=1))||(u4.Ext_Mem_Acc_4_5>=1))||(u9.Ext_Mem_Acc_3_5>=1))||(u4.Ext_Mem_Acc_2_5>=1))||(u4.Ext_Mem_Acc_1_5>=1)))&&((((((((((((((((((((u1.Ext_Mem_Acc_4_1>=1)||(u1.Ext_Mem_Acc_5_1>=1))||(u1.Ext_Mem_Acc_2_1>=1))||(u1.Ext_Mem_Acc_3_1>=1))||(u0.Ext_Mem_Acc_5_2>=1))||(u8.Ext_Mem_Acc_4_2>=1))||(u0.Ext_Mem_Acc_3_2>=1))||(u0.Ext_Mem_Acc_1_2>=1))||(u3.Ext_Mem_Acc_5_3>=1))||(u3.Ext_Mem_Acc_4_3>=1))||(u3.Ext_Mem_Acc_2_3>=1))||(u7.Ext_Mem_Acc_1_3>=1))||(u6.Ext_Mem_Acc_5_4>=1))||(u2.Ext_Mem_Acc_3_4>=1))||(u2.Ext_Mem_Acc_2_4>=1))||(u2.Ext_Mem_Acc_1_4>=1))||(u4.Ext_Mem_Acc_4_5>=1))||(u9.Ext_Mem_Acc_3_5>=1))||(u4.Ext_Mem_Acc_2_5>=1))||(u4.Ext_Mem_Acc_1_5>=1)))&&(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1))) * EF(((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))))))
=> equivalent forward existential formula: ([FwdG(((Init * !((((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))&&(((((((((((((((((((((u1.Ext_Mem_Acc_4_1>=1)||(u1.Ext_Mem_Acc_5_1>=1))||(u1.Ext_Mem_Acc_2_1>=1))||(u1.Ext_Mem_Acc_3_1>=1))||(u0.Ext_Mem_Acc_5_2>=1))||(u8.Ext_Mem_Acc_4_2>=1))||(u0.Ext_Mem_Acc_3_2>=1))||(u0.Ext_Mem_Acc_1_2>=1))||(u3.Ext_Mem_Acc_5_3>=1))||(u3.Ext_Mem_Acc_4_3>=1))||(u3.Ext_Mem_Acc_2_3>=1))||(u7.Ext_Mem_Acc_1_3>=1))||(u6.Ext_Mem_Acc_5_4>=1))||(u2.Ext_Mem_Acc_3_4>=1))||(u2.Ext_Mem_Acc_2_4>=1))||(u2.Ext_Mem_Acc_1_4>=1))||(u4.Ext_Mem_Acc_4_5>=1))||(u9.Ext_Mem_Acc_3_5>=1))||(u4.Ext_Mem_Acc_2_5>=1))||(u4.Ext_Mem_Acc_1_5>=1))&&(!((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))))))) * !(!(E(TRUE U !(((((((((((((((((((((u1.Ext_Mem_Acc_4_1>=1)||(u1.Ext_Mem_Acc_5_1>=1))||(u1.Ext_Mem_Acc_2_1>=1))||(u1.Ext_Mem_Acc_3_1>=1))||(u0.Ext_Mem_Acc_5_2>=1))||(u8.Ext_Mem_Acc_4_2>=1))||(u0.Ext_Mem_Acc_3_2>=1))||(u0.Ext_Mem_Acc_1_2>=1))||(u3.Ext_Mem_Acc_5_3>=1))||(u3.Ext_Mem_Acc_4_3>=1))||(u3.Ext_Mem_Acc_2_3>=1))||(u7.Ext_Mem_Acc_1_3>=1))||(u6.Ext_Mem_Acc_5_4>=1))||(u2.Ext_Mem_Acc_3_4>=1))||(u2.Ext_Mem_Acc_2_4>=1))||(u2.Ext_Mem_Acc_1_4>=1))||(u4.Ext_Mem_Acc_4_5>=1))||(u9.Ext_Mem_Acc_3_5>=1))||(u4.Ext_Mem_Acc_2_5>=1))||(u4.Ext_Mem_Acc_1_5>=1))))))),!((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1))))] != FALSE + ([(Init * !((((((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))&&((((((((((((((((((((u1.Ext_Mem_Acc_4_1>=1)||(u1.Ext_Mem_Acc_5_1>=1))||(u1.Ext_Mem_Acc_2_1>=1))||(u1.Ext_Mem_Acc_3_1>=1))||(u0.Ext_Mem_Acc_5_2>=1))||(u8.Ext_Mem_Acc_4_2>=1))||(u0.Ext_Mem_Acc_3_2>=1))||(u0.Ext_Mem_Acc_1_2>=1))||(u3.Ext_Mem_Acc_5_3>=1))||(u3.Ext_Mem_Acc_4_3>=1))||(u3.Ext_Mem_Acc_2_3>=1))||(u7.Ext_Mem_Acc_1_3>=1))||(u6.Ext_Mem_Acc_5_4>=1))||(u2.Ext_Mem_Acc_3_4>=1))||(u2.Ext_Mem_Acc_2_4>=1))||(u2.Ext_Mem_Acc_1_4>=1))||(u4.Ext_Mem_Acc_4_5>=1))||(u9.Ext_Mem_Acc_3_5>=1))||(u4.Ext_Mem_Acc_2_5>=1))||(u4.Ext_Mem_Acc_1_5>=1)))&&((((((((((((((((((((u1.Ext_Mem_Acc_4_1>=1)||(u1.Ext_Mem_Acc_5_1>=1))||(u1.Ext_Mem_Acc_2_1>=1))||(u1.Ext_Mem_Acc_3_1>=1))||(u0.Ext_Mem_Acc_5_2>=1))||(u8.Ext_Mem_Acc_4_2>=1))||(u0.Ext_Mem_Acc_3_2>=1))||(u0.Ext_Mem_Acc_1_2>=1))||(u3.Ext_Mem_Acc_5_3>=1))||(u3.Ext_Mem_Acc_4_3>=1))||(u3.Ext_Mem_Acc_2_3>=1))||(u7.Ext_Mem_Acc_1_3>=1))||(u6.Ext_Mem_Acc_5_4>=1))||(u2.Ext_Mem_Acc_3_4>=1))||(u2.Ext_Mem_Acc_2_4>=1))||(u2.Ext_Mem_Acc_1_4>=1))||(u4.Ext_Mem_Acc_4_5>=1))||(u9.Ext_Mem_Acc_3_5>=1))||(u4.Ext_Mem_Acc_2_5>=1))||(u4.Ext_Mem_Acc_1_5>=1)))&&(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1)))))] != FALSE + [(Init * !(E(TRUE U ((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1))))))] != FALSE))
Reverse transition relation is exact ! Faster fixpoint algorithm enabled.
Using saturation style SCC detection
Fast SCC detection found an SCC at level 2
Fast SCC detection found an SCC at level 3
Fast SCC detection found an SCC at level 4
Fast SCC detection found an SCC at level 5
Fast SCC detection found an SCC at level 6
Fast SCC detection found an SCC at level 7
Fast SCC detection found an SCC at level 8
Fast SCC detection found an SCC at level 9
(forward)formula 1,1,0.045982,5992,1,0,1163,238,856,1029,185,452,3221
FORMULA SharedMemory-PT-000005-CTLFireability-01 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is TRUE !

***************************************

original formula: AF(E(!(((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1)))) U !(((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1))))))
=> equivalent forward existential formula: [FwdG(Init,!(E(!(((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1)))) U !(((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1)))))))] = FALSE
(forward)formula 2,1,0.081509,5992,1,0,1436,244,1014,1353,189,457,4457
FORMULA SharedMemory-PT-000005-CTLFireability-02 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is TRUE !

***************************************

original formula: !((!((AX(((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1)))) + !((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1))))) + AX(AF((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1))))))
=> equivalent forward existential formula: [FwdG(EY((Init * !(!((!(EX(!(((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1)))))) + !((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1)))))))),!((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1))))] != FALSE
(forward)formula 3,0,0.098349,5992,1,0,1508,244,1014,1505,189,461,4457
FORMULA SharedMemory-PT-000005-CTLFireability-03 FALSE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is FALSE !

***************************************

original formula: AG(EX(((!(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1)))&&((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1))&&(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1))))))
=> equivalent forward existential formula: [(FwdU(Init,TRUE) * !(EX(((!(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1)))&&((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1))&&(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1)))))))] = FALSE
(forward)formula 4,0,0.102586,5992,1,0,1508,244,1018,1505,189,461,4567
FORMULA SharedMemory-PT-000005-CTLFireability-04 FALSE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is FALSE !

***************************************

original formula: !((!((((!(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1)))&&(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1))) + EX(((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))))) * E((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1)) U !(((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))))))
=> equivalent forward existential formula: (([(Init * ((!(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1)))&&(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1))))] != FALSE + [(EY(Init) * ((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1))))] != FALSE) + [(Init * !(E((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1)) U !(((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))))))] != FALSE)
(forward)formula 5,1,0.106056,5992,1,0,1560,245,1026,1535,191,463,4790
FORMULA SharedMemory-PT-000005-CTLFireability-05 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is TRUE !

***************************************

original formula: ((EG(EF((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1)))) * EX(!(((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))))) + ((((((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1)))||((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1))&&(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1))))&&((!(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1)))&&((((((((((((((((((((u1.Ext_Mem_Acc_4_1>=1)||(u1.Ext_Mem_Acc_5_1>=1))||(u1.Ext_Mem_Acc_2_1>=1))||(u1.Ext_Mem_Acc_3_1>=1))||(u0.Ext_Mem_Acc_5_2>=1))||(u8.Ext_Mem_Acc_4_2>=1))||(u0.Ext_Mem_Acc_3_2>=1))||(u0.Ext_Mem_Acc_1_2>=1))||(u3.Ext_Mem_Acc_5_3>=1))||(u3.Ext_Mem_Acc_4_3>=1))||(u3.Ext_Mem_Acc_2_3>=1))||(u7.Ext_Mem_Acc_1_3>=1))||(u6.Ext_Mem_Acc_5_4>=1))||(u2.Ext_Mem_Acc_3_4>=1))||(u2.Ext_Mem_Acc_2_4>=1))||(u2.Ext_Mem_Acc_1_4>=1))||(u4.Ext_Mem_Acc_4_5>=1))||(u9.Ext_Mem_Acc_3_5>=1))||(u4.Ext_Mem_Acc_2_5>=1))||(u4.Ext_Mem_Acc_1_5>=1)))) + AX((((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1)))||((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))))) * (((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1))) * (((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1))) + EX((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1)))))))
=> equivalent forward existential formula: ([(EY(((Init * !((EG(E(TRUE U (((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1)))) * EX(!(((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))))))) * !(((((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1)))||((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1))&&(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1))))&&((!(((((u5.Active_2>=1)||(u7.Active_1>=1))||(u6.Active_5>=1))||(u9.Active_3>=1))||(u8.Active_4>=1)))&&((((((((((((((((((((u1.Ext_Mem_Acc_4_1>=1)||(u1.Ext_Mem_Acc_5_1>=1))||(u1.Ext_Mem_Acc_2_1>=1))||(u1.Ext_Mem_Acc_3_1>=1))||(u0.Ext_Mem_Acc_5_2>=1))||(u8.Ext_Mem_Acc_4_2>=1))||(u0.Ext_Mem_Acc_3_2>=1))||(u0.Ext_Mem_Acc_1_2>=1))||(u3.Ext_Mem_Acc_5_3>=1))||(u3.Ext_Mem_Acc_4_3>=1))||(u3.Ext_Mem_Acc_2_3>=1))||(u7.Ext_Mem_Acc_1_3>=1))||(u6.Ext_Mem_Acc_5_4>=1))||(u2.Ext_Mem_Acc_3_4>=1))||(u2.Ext_Mem_Acc_2_4>=1))||(u2.Ext_Mem_Acc_1_4>=1))||(u4.Ext_Mem_Acc_4_5>=1))||(u9.Ext_Mem_Acc_3_5>=1))||(u4.Ext_Mem_Acc_2_5>=1))||(u4.Ext_Mem_Acc_1_5>=1))))))) * !((((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1)))||((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1))))))] = FALSE * ([((Init * !((EG(E(TRUE U (((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1)))) * EX(!(((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))))))) * !(((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1)))))] = FALSE * [(((Init * !((EG(E(TRUE U (((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1)))) * EX(!(((((((u6.OwnMemAcc_5>=1)&&(u4.Memory_5>=1))||((u8.OwnMemAcc_4>=1)&&(u2.Memory_4>=1)))||((u7.OwnMemAcc_1>=1)&&(u1.Memory_1>=1)))||((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1)))||((u5.OwnMemAcc_2>=1)&&(u0.Memory_2>=1)))))))) * !(((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1))))) * !(EX((((((u5.Active_2>=1)||(u7.Active_1>=1))||(u8.Active_4>=1))||(u9.Active_3>=1))||(u6.Active_5>=1)))))] = FALSE))
(forward)formula 6,1,0.17605,6784,1,0,2909,263,1044,2848,191,483,9292
FORMULA SharedMemory-PT-000005-CTLFireability-06 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is TRUE !

***************************************

original formula: AX(((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1))))
=> equivalent forward existential formula: [(EY(Init) * !(((((((((((((((((((((((u1.Ext_Bus>=1)&&(u0.Memory_2>=1))&&(u7.Queue_1>=1))||(((u1.Ext_Bus>=1)&&(u9.Queue_3>=1))&&(u0.Memory_2>=1)))||(((u1.Ext_Bus>=1)&&(u8.Queue_4>=1))&&(u0.Memory_2>=1)))||(((u6.Queue_5>=1)&&(u0.Memory_2>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u1.Memory_1>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))||(((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u8.Queue_4>=1)))||(((u1.Memory_1>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1)))||(((u1.Ext_Bus>=1)&&(u5.Queue_2>=1))&&(u2.Memory_4>=1)))||(((u9.Queue_3>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u6.Queue_5>=1)&&(u2.Memory_4>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u7.Queue_1>=1))&&(u3.Memory_3>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))||(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u8.Queue_4>=1)))||(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1)))||(((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))||(((u7.Queue_1>=1)&&(u4.Memory_5>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u8.Queue_4>=1))&&(u1.Ext_Bus>=1)))||(((u4.Memory_5>=1)&&(u9.Queue_3>=1))&&(u1.Ext_Bus>=1)))))] = FALSE
(forward)formula 7,0,0.187841,6784,1,0,2909,263,1044,2871,191,483,9292
FORMULA SharedMemory-PT-000005-CTLFireability-07 FALSE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is FALSE !

***************************************

original formula: (u3.Ext_Mem_Acc_5_3>=1)
=> equivalent forward existential formula: [(Init * (u3.Ext_Mem_Acc_5_3>=1))] != FALSE
(forward)formula 8,0,0.188073,6784,1,0,2912,263,1044,2871,191,483,9296
FORMULA SharedMemory-PT-000005-CTLFireability-08 FALSE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is FALSE !

***************************************

original formula: AX(E(((u3.Ext_Mem_Acc_5_3>=1)&&(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1))) U !((u3.Ext_Mem_Acc_5_3>=1))))
=> equivalent forward existential formula: [(EY(Init) * !(E(((u3.Ext_Mem_Acc_5_3>=1)&&(((u3.Memory_3>=1)&&(u6.Queue_5>=1))&&(u1.Ext_Bus>=1))) U !((u3.Ext_Mem_Acc_5_3>=1)))))] = FALSE
(forward)formula 9,1,0.191068,6784,1,0,2996,263,1069,2980,192,485,9576
FORMULA SharedMemory-PT-000005-CTLFireability-09 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is TRUE !

***************************************

original formula: AX(!((u6.Ext_Mem_Acc_5_4>=1)))
=> equivalent forward existential formula: [(EY(Init) * (u6.Ext_Mem_Acc_5_4>=1))] = FALSE
(forward)formula 10,1,0.191424,6784,1,0,3000,263,1069,2989,192,485,9621
FORMULA SharedMemory-PT-000005-CTLFireability-10 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is TRUE !

***************************************

original formula: AF(!((((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1))))
=> equivalent forward existential formula: [FwdG(Init,!(!((((u1.Ext_Bus>=1)&&(u1.Memory_1>=1))&&(u9.Queue_3>=1)))))] = FALSE
(forward)formula 11,1,0.192173,6784,1,0,3000,263,1080,2990,192,485,9642
FORMULA SharedMemory-PT-000005-CTLFireability-11 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is TRUE !

***************************************

original formula: A(AG((u6.Active_5>=1)) U EG(!((u3.Ext_Mem_Acc_5_3>=1))))
=> equivalent forward existential formula: [((Init * !(EG(!(EG(!((u3.Ext_Mem_Acc_5_3>=1))))))) * !(E(!(EG(!((u3.Ext_Mem_Acc_5_3>=1)))) U (!(!(E(TRUE U !((u6.Active_5>=1))))) * !(EG(!((u3.Ext_Mem_Acc_5_3>=1))))))))] != FALSE
Using saturation style SCC detection
Fast SCC detection found an SCC at level 2
Fast SCC detection found an SCC at level 3
Fast SCC detection found an SCC at level 4
Fast SCC detection found an SCC at level 5
Fast SCC detection found an SCC at level 6
Fast SCC detection found an SCC at level 7
Fast SCC detection found an SCC at level 8
Fast SCC detection found an SCC at level 9
(forward)formula 12,1,0.195079,6784,1,0,3108,263,1118,3057,197,485,10054
FORMULA SharedMemory-PT-000005-CTLFireability-12 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is TRUE !

***************************************

original formula: (EF((EG((((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1))) + AF((u9.Active_3>=1)))) * (((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1)))
=> equivalent forward existential formula: ([FwdG(FwdU((Init * (((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1))),TRUE),(((u1.Ext_Bus>=1)&&(u3.Memory_3>=1))&&(u5.Queue_2>=1)))] != FALSE + [(FwdU((Init * (((u1.Ext_Bus>=1)&&(u4.Memory_5>=1))&&(u5.Queue_2>=1))),TRUE) * !(EG(!((u9.Active_3>=1)))))] != FALSE)
(forward)formula 13,0,0.197862,6784,1,0,3227,263,1140,3156,197,485,10548
FORMULA SharedMemory-PT-000005-CTLFireability-13 FALSE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is FALSE !

***************************************

original formula: EX(E((((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1))&&(u3.Ext_Mem_Acc_2_3>=1)) U !((u6.Ext_Mem_Acc_5_4>=1))))
=> equivalent forward existential formula: [(FwdU(EY(Init),(((u9.OwnMemAcc_3>=1)&&(u3.Memory_3>=1))&&(u3.Ext_Mem_Acc_2_3>=1))) * !((u6.Ext_Mem_Acc_5_4>=1)))] != FALSE
(forward)formula 14,1,0.198742,6784,1,0,3238,263,1162,3174,200,485,10577
FORMULA SharedMemory-PT-000005-CTLFireability-14 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is TRUE !

***************************************

original formula: EG(A(((((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1))||(u2.Ext_Mem_Acc_2_4>=1)) U !((u1.Ext_Mem_Acc_3_1>=1))))
=> equivalent forward existential formula: [FwdG(Init,!((E(!(!((u1.Ext_Mem_Acc_3_1>=1))) U (!(((((u1.Ext_Bus>=1)&&(u2.Memory_4>=1))&&(u7.Queue_1>=1))||(u2.Ext_Mem_Acc_2_4>=1))) * !(!((u1.Ext_Mem_Acc_3_1>=1))))) + EG(!(!((u1.Ext_Mem_Acc_3_1>=1)))))))] != FALSE
(forward)formula 15,1,0.21406,7312,1,0,4259,265,1196,3993,200,525,16417
FORMULA SharedMemory-PT-000005-CTLFireability-15 TRUE TECHNIQUES DECISION_DIAGRAMS TOPOLOGICAL USE_NUPN
Formula is TRUE !

***************************************


BK_STOP 1527429681394

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

+ export BINDIR=/home/mcc/BenchKit/
+ BINDIR=/home/mcc/BenchKit/
++ pwd
+ export MODEL=/home/mcc/execution
+ MODEL=/home/mcc/execution
+ /home/mcc/BenchKit//runeclipse.sh /home/mcc/execution CTLFireability -its -ltsminpath /home/mcc/BenchKit//lts_install_dir/ -louvain -smt
+ ulimit -s 65536
+ [[ -z '' ]]
+ export LTSMIN_MEM_SIZE=8589934592
+ LTSMIN_MEM_SIZE=8589934592
+ /home/mcc/BenchKit//itstools/its-tools -consoleLog -data /home/mcc/execution/workspace -pnfolder /home/mcc/execution -examination CTLFireability -z3path /home/mcc/BenchKit//z3/bin/z3 -yices2path /home/mcc/BenchKit//yices/bin/yices -its -ltsminpath /home/mcc/BenchKit//lts_install_dir/ -louvain -smt -vmargs -Dosgi.locking=none -Declipse.stateSaveDelayInterval=-1 -Dosgi.configuration.area=/tmp/.eclipse -Xss8m -Xms40m -Xmx8192m -Dfile.encoding=UTF-8 -Dosgi.requiredJavaVersion=1.6
May 27, 2018 2:01:19 PM fr.lip6.move.gal.application.Application start
INFO: Running its-tools with arguments : [-pnfolder, /home/mcc/execution, -examination, CTLFireability, -z3path, /home/mcc/BenchKit//z3/bin/z3, -yices2path, /home/mcc/BenchKit//yices/bin/yices, -its, -ltsminpath, /home/mcc/BenchKit//lts_install_dir/, -louvain, -smt]
May 27, 2018 2:01:19 PM fr.lip6.move.gal.application.MccTranslator transformPNML
INFO: Parsing pnml file : /home/mcc/execution/model.pnml
May 27, 2018 2:01:19 PM fr.lip6.move.gal.nupn.PTNetReader loadFromXML
INFO: Load time of PNML (sax parser for PT used): 63 ms
May 27, 2018 2:01:19 PM fr.lip6.move.gal.pnml.togal.PTGALTransformer handlePage
INFO: Transformed 41 places.
May 27, 2018 2:01:19 PM fr.lip6.move.gal.pnml.togal.PTGALTransformer handlePage
INFO: Transformed 55 transitions.
May 27, 2018 2:01:19 PM fr.lip6.move.serialization.SerializationUtil systemToFile
INFO: Time to serialize gal into /home/mcc/execution/model.pnml.img.gal : 10 ms
May 27, 2018 2:01:19 PM fr.lip6.move.gal.application.MccTranslator applyOrder
INFO: Applying decomposition
May 27, 2018 2:01:19 PM fr.lip6.move.gal.instantiate.GALRewriter flatten
INFO: Flatten gal took : 36 ms
May 27, 2018 2:01:19 PM fr.lip6.move.gal.instantiate.GALRewriter flatten
INFO: Flatten gal took : 23 ms
Begin: Sun May 27 14:01:19 2018

Computation of communities with the Newman-Girvan Modularity quality function

level 0:
start computation: Sun May 27 14:01:19 2018
network size: 41 nodes, 190 links, 110 weight
quality increased from -0.0363866 to 0.401116
end computation: Sun May 27 14:01:19 2018
level 1:
start computation: Sun May 27 14:01:19 2018
network size: 10 nodes, 68 links, 110 weight
quality increased from 0.401116 to 0.401116
end computation: Sun May 27 14:01:19 2018
End: Sun May 27 14:01:19 2018
Total duration: 0 sec
0.401116
May 27, 2018 2:01:20 PM fr.lip6.move.gal.instantiate.CompositeBuilder decomposeWithOrder
INFO: Decomposing Gal with order
May 27, 2018 2:01:20 PM fr.lip6.move.gal.instantiate.GALRewriter flatten
INFO: Flatten gal took : 21 ms
May 27, 2018 2:01:20 PM fr.lip6.move.gal.instantiate.CompositeBuilder rewriteArraysToAllowPartition
INFO: Rewriting arrays to variables to allow decomposition.
May 27, 2018 2:01:20 PM fr.lip6.move.gal.instantiate.Instantiator fuseIsomorphicEffects
INFO: Removed a total of 52 redundant transitions.
May 27, 2018 2:01:20 PM fr.lip6.move.serialization.SerializationUtil systemToFile
INFO: Time to serialize gal into /home/mcc/execution/CTLFireability.pnml.gal : 3 ms
May 27, 2018 2:01:20 PM fr.lip6.move.serialization.SerializationUtil serializePropertiesForITSCTLTools
INFO: Time to serialize properties into /home/mcc/execution/CTLFireability.ctl : 9 ms

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="SharedMemory-PT-000005"
export BK_EXAMINATION="CTLFireability"
export BK_TOOL="itstoolsl"
export BK_RESULT_DIR="/tmp/BK_RESULTS/OUTPUTS"
export BK_TIME_CONFINEMENT="3600"
export BK_MEMORY_CONFINEMENT="16384"

# 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

tar xzf /home/mcc/BenchKit/INPUTS/SharedMemory-PT-000005.tgz
mv SharedMemory-PT-000005 execution
cd execution
pwd
ls -lh

# this is for BenchKit: explicit launching of the test
echo "====================================================================="
echo " Generated by BenchKit 2-3637"
echo " Executing tool itstoolsl"
echo " Input is SharedMemory-PT-000005, examination is CTLFireability"
echo " Time confinement is $BK_TIME_CONFINEMENT seconds"
echo " Memory confinement is 16384 MBytes"
echo " Number of cores is 4"
echo " Run identifier is r177-smll-152708747500102"
echo "====================================================================="
echo
echo "--------------------"
echo "content from stdout:"
echo
echo "=== Data for post analysis generated by BenchKit (invocation template)"
echo
if [ "CTLFireability" = "UpperBounds" ] ; then
echo "The expected result is a vector of positive values"
echo NUM_VECTOR
elif [ "CTLFireability" != "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 "CTLFireability.txt" ] ; then
echo "here is the order used to build the result vector(from text file)"
for x in $(grep Property CTLFireability.txt | cut -d ' ' -f 2 | sort -u) ; do
echo "FORMULA_NAME $x"
done
elif [ -f "CTLFireability.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 '' CTLFireability.xml | cut -d '>' -f 2 | cut -d '<' -f 1 | sort -u) ; do
echo "FORMULA_NAME $x"
done
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 ;