tplp-planning-benchmark/m-mp/ipc-2011_peg-solitaire-sequential-satisficing_20.out

Madagascar 0.99999 25/02/2015 09:46:27 amd64 1-core (no VSIDS)
Options: file:/home/pluehne/Documents/ASP/pddl-instances/ipc-2011/domains/peg-solitaire-sequential-satisficing/domain.pddl file:/home/pluehne/Documents/ASP/pddl-instances/ipc-2011/domains/peg-solitaire-sequential-satisficing/instances/instance-20.pddlignoring --stats
ignoring --verbose
 -m 8192
Domain: pegsolitaire-sequential
Problem: pegsolitaire-sequential-105
Parser: 185 ground actions and 176 state variables
Invariants: 0 1 2 3  0.01 secs
Goal: conjunctive
Simplified: 177 ground actions and 100 state variables
Actions: STRIPS
Disabling graph %: 10 20 30 40 50 60 70 80 90 100 0.00 secs (max SCC size 4)
Plan type: E-step
				Allocated 32 MB permanent (total 122 MB)
Horizon 0: 100 variables
0 UNSAT (0 decisions 0 conflicts)
Horizon 5: 1485 variables
5 UNSAT (0 decisions 0 conflicts)
Horizon 10: 2870 variables
				Allocated 32 MB (total 384 MB)
Horizon 15: 4255 variables
10 UNSAT (117 decisions 116 conflicts)
Horizon 20: 5640 variables
Horizon 25: 7025 variables
Horizon 30: 8410 variables
Horizon 35: 9795 variables
Horizon 40: 11180 variables
Horizon 45: 12565 variables
Horizon 50: 13950 variables
Horizon 55: 15335 variables
Horizon 60: 16720 variables
Horizon 65: 18105 variables
Horizon 70: 19490 variables
Horizon 75: 20875 variables
Horizon 80: 22260 variables
SAT (233 decisions 135 conflicts)
PLAN FOUND: 70 steps
STEP 0: jump-new-move(pos-3-5,pos-3-4,pos-3-3)
STEP 1: end-move(pos-3-3)
STEP 2: jump-new-move(pos-1-4,pos-2-4,pos-3-4)
STEP 3: end-move(pos-3-4)
STEP 4: jump-new-move(pos-2-2,pos-2-3,pos-2-4)
STEP 5: end-move(pos-2-4)
STEP 6: jump-new-move(pos-0-2,pos-1-2,pos-2-2)
STEP 7: end-move(pos-2-2)
STEP 8: jump-new-move(pos-0-4,pos-0-3,pos-0-2)
STEP 9: end-move(pos-0-2)
STEP 10: jump-new-move(pos-3-2,pos-2-2,pos-1-2)
STEP 11: end-move(pos-1-2)
STEP 12: jump-new-move(pos-0-2,pos-1-2,pos-2-2)
STEP 13: end-move(pos-2-2)
STEP 14: jump-new-move(pos-5-2,pos-4-2,pos-3-2)
STEP 15: end-move(pos-3-2)
STEP 16: jump-new-move(pos-3-4,pos-2-4,pos-1-4)
STEP 17: end-move(pos-1-4)
STEP 18: jump-new-move(pos-2-1,pos-2-2,pos-2-3)
STEP 19: end-move(pos-2-3)
STEP 20: jump-new-move(pos-4-1,pos-3-1,pos-2-1)
STEP 21: end-move(pos-2-1)
STEP 22: jump-new-move(pos-2-0,pos-2-1,pos-2-2)
STEP 23: end-move(pos-2-2)
STEP 24: jump-new-move(pos-2-6,pos-2-5,pos-2-4)
STEP 25: end-move(pos-2-4)
STEP 26: jump-new-move(pos-4-0,pos-3-0,pos-2-0)
STEP 27: end-move(pos-2-0)
STEP 28: jump-new-move(pos-4-6,pos-3-6,pos-2-6)
STEP 29: end-move(pos-2-6)
STEP 30: jump-new-move(pos-2-3,pos-2-2,pos-2-1)
STEP 31: end-move(pos-2-1)
STEP 32: jump-new-move(pos-2-0,pos-2-1,pos-2-2)
STEP 33: end-move(pos-2-2)
STEP 34: jump-new-move(pos-1-4,pos-2-4,pos-3-4)
STEP 35: end-move(pos-3-4)
STEP 36: jump-new-move(pos-4-4,pos-3-4,pos-2-4)
STEP 37: end-move(pos-2-4)
STEP 38: jump-new-move(pos-4-3,pos-3-3,pos-2-3)
STEP 39: jump-continue-move(pos-2-3,pos-2-4,pos-2-5)
STEP 40: end-move(pos-2-5)
STEP 41: jump-new-move(pos-2-6,pos-2-5,pos-2-4)
STEP 42: end-move(pos-2-4)
STEP 43: jump-new-move(pos-6-4,pos-5-4,pos-4-4)
STEP 44: end-move(pos-4-4)
STEP 45: jump-new-move(pos-6-2,pos-6-3,pos-6-4)
STEP 46: end-move(pos-6-4)
STEP 47: jump-new-move(pos-3-2,pos-2-2,pos-1-2)
STEP 48: jump-continue-move(pos-1-2,pos-1-3,pos-1-4)
STEP 49: jump-continue-move(pos-1-4,pos-2-4,pos-3-4)
STEP 50: jump-continue-move(pos-3-4,pos-4-4,pos-5-4)
STEP 51: end-move(pos-5-4)
STEP 52: jump-new-move(pos-6-4,pos-5-4,pos-4-4)
STEP 53: end-move(pos-4-4)
STEP 54: jump-new-move(pos-4-5,pos-4-4,pos-4-3)
STEP 55: end-move(pos-4-3)
STEP 56: jump-new-move(pos-5-3,pos-4-3,pos-3-3)
57 actions in the plan.
Cost of the plan is 27.
total time 0.37 preprocess 0.01 
total size 1.502 GB
max. learned clause length 978
t val conflicts decisions
0 0 0 0
5 0 0 0
10 0 116 117
15 -1 842 962
20 -1 785 958
25 -1 721 897
30 -1 660 870
35 -1 601 799
40 -1 543 793
45 -1 481 722
50 -1 420 609
55 -1 360 572
60 -1 300 478
65 -1 240 352
70 1 135 233