CSP 2009 Competition: solvers results per benchmarks

Result page for benchmark
csp/rlfapScens/
normalized-scen5.xml

Jump to solvers results

General information on the benchmark

Namecsp/rlfapScens/
normalized-scen5.xml
MD5SUMd00375a0db2ca765457bfad019ed3136
Bench Category2-ARY-INT (binary constraints in intension)
Best result obtained on this benchmarkSAT
Best CPU time to get the best result obtained on this benchmark0.333948
Satisfiable
(Un)Satisfiability was proved
Number of variables400
Number of constraints2598
Maximum constraint arity2
Maximum domain size44
Number of constraints which are defined in extension0
Number of constraints which are defined in intension2598
Global constraints used (with number of constraints)

Results of the different solvers on this benchmark

Solver NameTraceIDAnswerCPU timeWall clock time
Mistral 1.545 (complete)2081897SAT 0.333948 0.341314
bpsolver 09 (complete)2081898SAT 0.444931 0.455183
Abscon 112v4 AC (complete)2097539SAT 2.72758 2.78736
Abscon 112v4 ESAC (complete)2097540SAT 2.85956 2.92719
Choco2.1.1 2009-06-10 (complete)2081893SAT 3.3005 3.37221
Choco2.1.1b 2009-07-16 (complete)2116681SAT 3.52546 3.60637
Sugar v1.14.6+minisat (complete)2081895SAT 5.48817 5.65158
Concrete 2009-07-14 (complete)2081891SAT 5.54716 5.59833
Sugar v1.14.6+picosat (complete)2081894SAT 6.46802 6.67268
Concrete DC 2009-07-14 (complete)2081892SAT 12.6871 12.853
SAT4J CSP 2.1.1 (complete)2081888SAT 13.298 13.4578
pcs-restart 0.3.2 (complete)2081890SAT 18.6262 18.7673
pcs 0.3.2 (complete)2081889SAT 19.1571 19.3242

Additionnal information

This section presents information obtained from the best job displayed in the list (i.e. solvers whose names are not hidden).

Solution found:
156 394 156 394 254 16 86 324 428 666 254 16 128 366 414 652 792 554 554 792 16 254 764 526 680 442 456 694 72 310 428 666 128 366 778 540
44 282 282 44 442 680 750 512 254 16 324 86 736 498 792 554 324 86 764 526 310 72 428 666 30 268 498 736 352 114 156 394 338 100 268 30 16
254 526 764 296 58 296 58 16 254 16 254 296 58 394 156 128 366 16 254 540 778 750 512 156 394 170 408 792 554 254 16 156 394 324 86 554 792
540 778 394 156 16 254 310 72 254 16 156 394 442 680 296 58 254 16 778 540 540 778 394 156 394 156 268 30 694 456 666 428 764 526 442 680
694 456 128 366 352 114 338 100 44 282 778 540 722 484 778 540 380 142 296 58 428 666 736 498 736 498 394 156 44 282 764 526 58 296 366 128
352 114 694 456 268 30 666 428 680 442 442 680 156 394 100 338 428 666 652 414 792 554 254 16 428 666 512 750 352 114 142 380 708 470 512
750 338 100 540 778 484 722 44 282 58 296 554 792 652 414 44 282 778 540 366 128 666 428 254 16 512 750 282 44 428 666 310 72 680 442 268 30
442 680 498 736 324 86 310 72 100 338 750 512 540 778 540 778 778 540 58 296 282 44 442 680 128 366 666 428 142 380 128 366 128 366 44 282
16 254 666 428 736 498 428 666 394 156 778 540 310 72 44 282 296 58 694 456 128 366 254 16 554 792 456 694 694 456 456 694 338 100 30 268
484 722 512 750 86 324 666 428 114 352 540 778 526 764 16 254 324 86 268 30 142 380 470 708 44 282 694 456 498 736 268 30 722 484 268 30 512
750 428 666 268 30 750 512 30 268 694 456 30 268 554 792 456 694 268 30 512 750 268 30 268 30 694 456 764 526 268 30 114 352 268 30 254 16