tplp-planning-benchmark/m-mp/ipc-2006_pathways-propositional-strips_16.out

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Madagascar 0.99999 25/02/2015 09:46:27 amd64 1-core (no VSIDS)
Options: file:/home/pluehne/Documents/ASP/pddl-instances/ipc-2006/domains/pathways-propositional-strips/domains/domain-16.pddl file:/home/pluehne/Documents/ASP/pddl-instances/ipc-2006/domains/pathways-propositional-strips/instances/instance-16.pddlignoring --stats
ignoring --verbose
-m 8192
Domain: grounded-pathways-propositional
Problem: grounded-pathways-16
Parser: 1745 ground actions and 497 state variables
Invariants: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 0.02 secs
Goal: conjunctive
Simplified: 1745 ground actions and 496 state variables
Actions: STRIPS
Disabling graph %: 10 20 30 40 50 60 70 80 90 100 0.01 secs (max SCC size 268)
Plan type: E-step
Allocated 32 MB permanent (total 134 MB)
Horizon 0: 496 variables
0 UNSAT (0 decisions 0 conflicts)
Horizon 5: 18876 variables
5 UNSAT (0 decisions 0 conflicts)
Horizon 10: 37256 variables
10 UNSAT (0 decisions 0 conflicts)
Horizon 15: 55636 variables
Allocated 32 MB (total 479 MB)
Horizon 20: 74016 variables
Horizon 25: 92396 variables
Horizon 30: 110776 variables
SAT (908 decisions 7 conflicts)
PLAN FOUND: 30 steps
STEP 0: choose_dp12_l1_l0()
STEP 1: choose_ge2_l2_l1() initialize_dp12()
STEP 2: choose_wee1_l3_l2() initialize_ge2()
STEP 3: choose_e2f13p1-dp12_l4_l3() initialize_wee1()
STEP 4: choose_cdk7_l5_l4() initialize_e2f13p1-dp12()
STEP 5: associate_e2f13p1-dp12_ge2_e2f13p1-dp12-ge2() choose_prb_l6_l5() initialize_cdk7()
STEP 6: choose_e2f4_l7_l6() initialize_e2f13p1-dp12() initialize_ge2() initialize_prb() synthesize_e2f13p1-dp12-ge2_c-myc() synthesize_e2f13p1-dp12-ge2_cyca() synthesize_e2f13p1-dp12-ge2_cycd() synthesize_e2f13p1-dp12-ge2_cycdp1() synthesize_e2f13p1-dp12-ge2_cyce()
STEP 7: choose_p27_l8_l7() initialize_e2f4()
STEP 8: associate_e2f4_dp12_e2f4-dp12() choose_cych_l9_l8() initialize_p27()
STEP 9: associate_e2f4-dp12_ge2_e2f4-dp12-ge2() choose_cdk46p3-cycd_l10_l9() initialize_cych() initialize_dp12() initialize_e2f4()
STEP 10: associate_cdk7_cych_cdk7-cych() associate_e2f4_dp12_e2f4-dp12() choose_cdk2_l11_l10() dummy-action-11-2() initialize_cdk46p3-cycd() initialize_ge2()
STEP 11: associate-with-catalyze_prb_cdk46p3-cycd_prbp1() choose_p57p1_l12_l11() initialize_cdk2()
STEP 12: associate_cdk2_cyca_cdk2-cyca() associate_prbp1_e2f4-dp12_prbp1-e2f4-dp12() choose_max_l13_l12() initialize_p57p1() initialize_prb()
STEP 13: associate-with-catalyze_cdk2-cyca_wee1_cdk2p1-cyca() associate-with-catalyze_prb_cdk46p3-cycd_prbp1() choose_raf1_l14_l13() dummy-action-19-2() initialize_cdk2() initialize_max() synthesize_e2f4-dp12-ge2_cyca()
STEP 14: associate-with-catalyze_cdk2_cdk7-cych_cdk2p2() associate-with-catalyze_cdk2p1-cyca_cdk7-cych_cdk2p1p2-cyca() associate_c-myc_max_c-myc-max() associate_prbp1_e2f13p1-dp12_prbp1-e2f13p1-dp12() choose_gcdc25a_l15_l14() initialize_raf1()
STEP 15: associate_cdk2p2_cyce_cdk2p2-cyce() associate_raf1_prbp1-e2f13p1-dp12_raf1-prbp1-e2f13p1-dp12() choose_cdk46p1_l16_l15() initialize_cdk2() initialize_gcdc25a()
STEP 16: associate-with-catalyze_cdk2_cdk7-cych_cdk2p2() associate-with-catalyze_p27_cdk2p2-cyce_p27p1() associate_c-myc-max_gcdc25a_c-myc-max-gcdc25a() associate_raf1-prbp1-e2f13p1-dp12_ge2_raf1-prbp1-e2f13p1-dp12-ge2() choose_skp1_l17_l16() initialize_cdk46p1() initialize_raf1()
STEP 17: associate-with-catalyze_cdk46p1_cdk7-cych_cdk46p1p2() associate_cdk2p2_cyca_cdk2p2-cyca() associate_p27p1_cdk2p1p2-cyca_p27p1-cdk2p1p2-cyca() choose_skp2_l18_l17() initialize_cdk2() initialize_ge2() initialize_p27() initialize_skp1() synthesize_c-myc-max-gcdc25a_cdc25a()
STEP 18.0: associate-with-catalyze_cdc25a_raf1_cdc25ap1() associate-with-catalyze_p27_cdk2p2-cyce_p27p1() associate-with-catalyze_skp1_cdk2p2-cyca_skp1p1() choose_pcna_l19_l18() dummy-action-18-2() dummy-action-20-2() initialize_cdk46p1() initialize_skp2() synthesize_e2f4-dp12-ge2_cyca()
STEP 18.1: associate_raf1_prbp1-e2f4-dp12_raf1-prbp1-e2f4-dp12()
STEP 19: associate-with-catalyze_cdk46p1p2_cdc25ap1_cdk46p2() associate_cdk2_cyca_cdk2-cyca() associate_p27p1_cdk2p2-cyce_p27p1-cdk2p2-cyce() associate_raf1-prbp1-e2f4-dp12_ge2_raf1-prbp1-e2f4-dp12-ge2() associate_skp2_skp1p1_skp2-skp1p1() choose_p16_l20_l19() dummy-action-10-2() initialize_p27() initialize_pcna() initialize_raf1() initialize_skp1() synthesize_c-myc-max-gcdc25a_cdc25a()
STEP 20: associate-with-catalyze_cdk2-cyca_wee1_cdk2p1-cyca() associate-with-catalyze_cdk46p1_cdk7-cych_cdk46p1p2() associate-with-catalyze_skp1_cdk2p2-cyca_skp1p1() associate_cdk46p2_cycd_cdk46p2-cycd() associate_pcna_cycdp1_pcna-cycdp1() associate_raf1_cdc25a_raf1-cdc25a() choose_p53_l21_l20() dummy-action-14-2() initialize_cdk2() initialize_p16() initialize_skp2() synthesize_e2f4-dp12-ge2_cyca()
STEP 21.0: associate-with-catalyze_cdk2_cdk7-cych_cdk2p2() associate-with-catalyze_cdk2p2-cyca_wee1_cdk2p1p2-cyca() associate-with-catalyze_cdk46p1p2_cdc25ap1_cdk46p2() associate_skp2-skp1p1_cdk2p1-cyca_skp2-skp1p1-cdk2p1-cyca() choose_e2f13_l22_l21() dummy-action-1-1() dummy-action-13-1() dummy-action-8-2() initialize_cdk46p1() initialize_p53() initialize_skp1() synthesize_raf1-prbp1-e2f13p1-dp12-ge2_cycd() synthesize_raf1-prbp1-e2f4-dp12-ge2_cycdp1()
STEP 21.1: associate_p57p1_cdk46p2-cycd_p57p1-cdk46p2-cycd()
STEP 22: associate-with-catalyze_cdk46p1_cdc25ap1_cdk46() associate_cdk2p2_cyca_cdk2p2-cyca() associate_cdk46p2_cycd_cdk46p2-cycd() associate_skp2_skp1p1_skp2-skp1p1() dummy-action-16-2() dummy-action-17-2() initialize_cdk2() initialize_e2f13() initialize_p57p1() synthesize_p53_p21()
STEP 23.0: associate-with-catalyze_e2f13_cdk2p2-cyca_e2f13p1() associate-with-catalyze_skp1_cdk2p2-cyca_skp1p1() associate_p27_cdk46p2-cycd_p27-cdk46p2-cycd() dummy-action-9-2() initialize_cdk46p1() initialize_skp2() synthesize_e2f4-dp12-ge2_cyca() synthesize_raf1-prbp1-e2f13p1-dp12-ge2_cycd()
STEP 23.1: associate_skp2-skp1p1_cdk2p2-cyca_skp2-skp1p1-cdk2p2-cyca()
STEP 24: associate-with-catalyze_cdk46p1_cdk7-cych_cdk46p1p2() associate_cdk2_cyca_cdk2-cyca() associate_cdk46_cycd_cdk46-cycd() associate_skp2_skp1p1_skp2-skp1p1() dummy-action-12-1() dummy-action-15-1()
STEP 25.0: associate-with-catalyze_cdk2-cyca_wee1_cdk2p1-cyca() associate-with-catalyze_cdk46p1p2_cdc25ap1_cdk46p2() associate_skp2-skp1p1_cdk2p1p2-cyca_skp2-skp1p1-cdk2p1p2-cyca() dummy-action-6-2() initialize_cdk46p1()
STEP 25.1: associate_p57p1_cdk46-cycd_p57p1-cdk46-cycd()
STEP 26: associate-with-catalyze_cdk2p1-cyca_cdk7-cych_cdk2p1p2-cyca() associate-with-catalyze_cdk46p1_cdc25ap1_cdk46() associate_cdk46p2_cycdp1_cdk46p2-cycdp1() dummy-action-3-2() dummy-action-7-1()
STEP 27: associate_cdk2p1p2-cyca_e2f13p1_cdk2p1p2-cyca-e2f13p1() associate_p16_cdk46_p16-cdk46() associate_p21_cdk46p2-cycdp1_p21-cdk46p2-cycdp1()
STEP 28: dummy-action-2-2() dummy-action-4-1() dummy-action-5-2()
169 actions in the plan.
total time 0.17 preprocess 0.05
total size 0.787 GB
max. learned clause length 1047
t val conflicts decisions
0 0 0 0
5 0 0 0
10 0 0 0
15 -1 241 378
20 -1 180 767
25 -1 121 444
30 1 7 908