details

property	value
status	complete
benchmark	AProVEMathRecursive.jar-obl-8.smt2
ran by	Akihisa Yamada
cpu timeout	1200 seconds
wallclock timeout	300 seconds
memory limit	137438953472 bytes
execution host	n079.star.cs.uiowa.edu
space	From_AProVE_2014

run statistics

property	value
solver	LoAT
configuration	loat_nonterm_proofout
runtime (wallclock)	1.58527708054 seconds
cpu usage	1.590810097
max memory	1.6072704E7

stage attributes

key	value
output-size	42929
starexec-result	WORST_CASE(Omega(0),?)

output

/export/starexec/sandbox2/solver/bin/starexec_run_loat_nonterm_proofout /export/starexec/sandbox2/benchmark/theBenchmark.smt2 /export/starexec/sandbox2/output/output_files -------------------------------------------------------------------------------- WORST_CASE(Omega(0),?) Initial ITS Start location: __init 0: f1_0_main_Load -> f162_0_power_GT : arg1'=arg1P0, arg3'=arg3P0, arg2'=arg2P0, arg4'=arg4P0, (arg1 > 0 /\ -arg2 == 0 /\ -arg1P0 == 0 /\ -arg2P0 == 0), cost: 1 1: f1_0_main_Load -> f97_0_random_GT : arg1'=arg1P1, arg3'=arg3P1, arg2'=arg2P1, arg4'=arg4P1, (arg1 > 0 /\ -arg2P1 == 0 /\ -arg1+arg1P1 <= 0 /\ arg2 > 0 /\ arg1P1 > 0), cost: 1 2: f1_0_main_Load -> f97_0_random_GT : arg1'=arg1P2, arg3'=arg3P2, arg2'=arg2P2, arg4'=arg4P2, (arg1 > 0 /\ arg1P2 > 0 /\ 1+arg2P2 > 0 /\ arg2 > 0 /\ -arg1+arg1P2 <= 0), cost: 1 7: f162_0_power_GT -> f162_0_power_GT\' : arg1'=arg1P7, arg3'=arg3P7, arg2'=arg2P7, arg4'=arg4P7, (-1+arg2 > 0 /\ arg1-arg1P7 == 0 /\ -2+arg1 < 0 /\ -arg2P7+arg2 == 0), cost: 1 9: f162_0_power_GT -> f162_0_power_GT\' : arg1'=arg1P9, arg3'=arg3P9, arg2'=arg2P9, arg4'=arg4P9, (arg2-arg2P9 == 0 /\ arg1-arg1P9 == 0 /\ -1+arg2 > 0 /\ -2+arg1 > 0), cost: 1 3: f97_0_random_GT -> f162_0_power_GT : arg1'=arg1P3, arg3'=arg3P3, arg2'=arg2P3, arg4'=arg4P3, (arg1 > 0 /\ -arg2P3 == 0 /\ -arg1P3+arg2 == 0), cost: 1 4: f97_0_random_GT -> f155_0_main_InvokeMethod : arg1'=arg1P4, arg3'=arg3P4, arg2'=arg2P4, arg4'=arg4P4, (arg1 > 0 /\ -1+x100 > 0 /\ arg1P4 > 0 /\ -arg3P4 == 0 /\ arg2-arg2P4 == 0 /\ -arg1+arg1P4 <= 0), cost: 1 5: f97_0_random_GT -> f155_0_main_InvokeMethod : arg1'=arg1P5, arg3'=arg3P5, arg2'=arg2P5, arg4'=arg4P5, (arg1 > 0 /\ -arg1+arg1P5 <= 0 /\ -1+x140 > 0 /\ arg2-arg2P5 == 0 /\ 1+arg3P5 > 0 /\ arg1P5 > 0), cost: 1 6: f155_0_main_InvokeMethod -> f162_0_power_GT : arg1'=arg1P6, arg3'=arg3P6, arg2'=arg2P6, arg4'=arg4P6, (arg1 > 0 /\ -1+x190 > 0 /\ arg2-arg1P6 == 0 /\ -arg2P6+arg3 == 0), cost: 1 8: f162_0_power_GT\' -> f213_0_power_NE : arg1'=arg1P8, arg3'=arg3P8, arg2'=arg2P8, arg4'=arg4P8, (-arg2P8+arg2 == 0 /\ arg1-arg1P8 == 0 /\ -1+arg2 > 0 /\ -2*x370+arg2 >= 0 /\ -2-2*x370+arg2 < 0 /\ -2+arg1 < 0 /\ -arg3P8-2*x370+arg2 == 0), cost: 1 10: f162_0_power_GT\' -> f213_0_power_NE : arg1'=arg1P10, arg3'=arg3P10, arg2'=arg2P10, arg4'=arg4P10, (-2+arg2-2*x410 < 0 /\ arg2-2*x410-arg3P10 == 0 /\ arg2-2*x410 >= 0 /\ arg2-arg2P10 == 0 /\ -1+arg2 > 0 /\ -2+arg1 > 0 /\ arg1-arg1P10 == 0), cost: 1 11: f213_0_power_NE -> f213_0_power_NE\' : arg1'=arg1P11, arg3'=arg3P11, arg2'=arg2P11, arg4'=arg4P11, (arg2-arg2P11 == 0 /\ x470 > 0 /\ -arg3 == 0 /\ -arg3P11 == 0 /\ -1+arg2 > 0 /\ arg1-arg1P11 == 0 /\ -arg4P11+arg4 == 0 /\ -x470+arg2 > 0), cost: 1 13: f213_0_power_NE -> f162_0_power_GT : arg1'=arg1P13, arg3'=arg3P13, arg2'=arg2P13, arg4'=arg4P13, (-1-arg2P13+arg2 == 0 /\ 1-arg3 == 0 /\ -1+arg2 > 0 /\ arg1-arg1P13 == 0 /\ -1 < 0), cost: 1 12: f213_0_power_NE\' -> f162_0_power_GT : arg1'=arg1P12, arg3'=arg3P12, arg2'=arg2P12, arg4'=arg4P12, (arg1-arg1P12 == 0 /\ -2-2*arg2P12+arg2 < 0 /\ -arg3 == 0 /\ -2*arg2P12+arg2 >= 0 /\ arg2P12 > 0 /\ -1+arg2 > 0 /\ -arg2P12+arg2 > 0), cost: 1 14: __init -> f1_0_main_Load : arg1'=arg1P14, arg3'=arg3P14, arg2'=arg2P14, arg4'=arg4P14, TRUE, cost: 1 Applied preprocessing Original rule: f1_0_main_Load -> f162_0_power_GT : arg1'=arg1P0, arg3'=arg3P0, arg2'=arg2P0, arg4'=arg4P0, (arg1 > 0 /\ -arg2 == 0 /\ -arg1P0 == 0 /\ -arg2P0 == 0), cost: 1 New rule: f1_0_main_Load -> f162_0_power_GT : arg1'=0, arg3'=arg3P0, arg2'=0, arg4'=arg4P0, (arg1 > 0 /\ arg2 == 0), cost: 1 Applied preprocessing Original rule: f1_0_main_Load -> f97_0_random_GT : arg1'=arg1P1, arg3'=arg3P1, arg2'=arg2P1, arg4'=arg4P1, (arg1 > 0 /\ -arg2P1 == 0 /\ -arg1+arg1P1 <= 0 /\ arg2 > 0 /\ arg1P1 > 0), cost: 1 New rule: f1_0_main_Load -> f97_0_random_GT : arg1'=arg1P1, arg3'=arg3P1, arg2'=0, arg4'=arg4P1, (-arg1+arg1P1 <= 0 /\ arg2 > 0 /\ arg1P1 > 0), cost: 1 Applied preprocessing Original rule: f1_0_main_Load -> f97_0_random_GT : arg1'=arg1P2, arg3'=arg3P2, arg2'=arg2P2, arg4'=arg4P2, (arg1 > 0 /\ arg1P2 > 0 /\ 1+arg2P2 > 0 /\ arg2 > 0 /\ -arg1+arg1P2 <= 0), cost: 1 New rule: f1_0_main_Load -> f97_0_random_GT : arg1'=arg1P2, arg3'=arg3P2, arg2'=arg2P2, arg4'=arg4P2, (arg1P2 > 0 /\ 1+arg2P2 > 0 /\ arg2 > 0 /\ -arg1+arg1P2 <= 0), cost: 1 Applied preprocessing Original rule: f97_0_random_GT -> f162_0_power_GT : arg1'=arg1P3, arg3'=arg3P3, arg2'=arg2P3, arg4'=arg4P3, (arg1 > 0 /\ -arg2P3 == 0 /\ -arg1P3+arg2 == 0), cost: 1 New rule: f97_0_random_GT -> f162_0_power_GT : arg1'=arg2, arg3'=arg3P3, arg2'=0, arg4'=arg4P3, arg1 > 0, cost: 1 Applied preprocessing Original rule: f97_0_random_GT -> f155_0_main_InvokeMethod : arg1'=arg1P4, arg3'=arg3P4, arg2'=arg2P4, arg4'=arg4P4, (arg1 > 0 /\ -1+x100 > 0 /\ arg1P4 > 0 /\ -arg3P4 == 0 /\ arg2-arg2P4 == 0 /\ -arg1+arg1P4 <= 0), cost: 1 New rule: f97_0_random_GT -> f155_0_main_InvokeMethod : arg1'=arg1P4, arg3'=0, arg4'=arg4P4, (arg1P4 > 0 /\ -arg1+arg1P4 <= 0), cost: 1 Applied preprocessing Original rule: f97_0_random_GT -> f155_0_main_InvokeMethod : arg1'=arg1P5, arg3'=arg3P5, arg2'=arg2P5, arg4'=arg4P5, (arg1 > 0 /\ -arg1+arg1P5 <= 0 /\ -1+x140 > 0 /\ arg2-arg2P5 == 0 /\ 1+arg3P5 > 0 /\ arg1P5 > 0), cost: 1 New rule: f97_0_random_GT -> f155_0_main_InvokeMethod : arg1'=arg1P5, arg3'=arg3P5, arg4'=arg4P5, (-arg1+arg1P5 <= 0 /\ 1+arg3P5 > 0 /\ arg1P5 > 0), cost: 1 Applied preprocessing Original rule: f155_0_main_InvokeMethod -> f162_0_power_GT : arg1'=arg1P6, arg3'=arg3P6, arg2'=arg2P6, arg4'=arg4P6, (arg1 > 0 /\ -1+x190 > 0 /\ arg2-arg1P6 == 0 /\ -arg2P6+arg3 == 0), cost: 1 New rule: f155_0_main_InvokeMethod -> f162_0_power_GT : arg1'=arg2, arg3'=arg3P6, arg2'=arg3, arg4'=arg4P6, arg1 > 0, cost: 1 Applied preprocessing Original rule: f162_0_power_GT -> f162_0_power_GT\' : arg1'=arg1P7, arg3'=arg3P7, arg2'=arg2P7, arg4'=arg4P7, (-1+arg2 > 0 /\ arg1-arg1P7 == 0 /\ -2+arg1 < 0 /\ -arg2P7+arg2 == 0), cost: 1 New rule: f162_0_power_GT -> f162_0_power_GT\' : arg3'=arg3P7, arg4'=arg4P7, (2-arg1 > 0 /\ -1+arg2 > 0), cost: 1 Applied preprocessing Original rule: f162_0_power_GT\' -> f213_0_power_NE : arg1'=arg1P8, arg3'=arg3P8, arg2'=arg2P8, arg4'=arg4P8, (-arg2P8+arg2 == 0 /\ arg1-arg1P8 == 0 /\ -1+arg2 > 0 /\ -2*x370+arg2 >= 0 /\ -2-2*x370+arg2 < 0 /\ -2+arg1 < 0 /\ -arg3P8-2*x370+arg2 == 0), cost: 1 New rule: f162_0_power_GT\' -> f213_0_power_NE : arg3'=-2*x370+arg2, arg4'=arg4P8, (2-arg1 > 0 /\ -1+arg2 > 0 /\ -2*x370+arg2 >= 0 /\ 2+2*x370-arg2 > 0), cost: 1 Applied preprocessing Original rule: f162_0_power_GT -> f162_0_power_GT\' : arg1'=arg1P9, arg3'=arg3P9, arg2'=arg2P9, arg4'=arg4P9, (arg2-arg2P9 == 0 /\ arg1-arg1P9 == 0 /\ -1+arg2 > 0 /\ -2+arg1 > 0), cost: 1 New rule: f162_0_power_GT -> f162_0_power_GT\' : arg3'=arg3P9, arg4'=arg4P9, (-1+arg2 > 0 /\ -2+arg1 > 0), cost: 1 Applied preprocessing Original rule: f162_0_power_GT\' -> f213_0_power_NE : arg1'=arg1P10, arg3'=arg3P10, arg2'=arg2P10, arg4'=arg4P10, (-2+arg2-2*x410 < 0 /\ arg2-2*x410-arg3P10 == 0 /\ arg2-2*x410 >= 0 /\ arg2-arg2P10 == 0 /\ -1+arg2 > 0 /\ -2+arg1 > 0 /\ arg1-arg1P10 == 0), cost: 1 New rule: f162_0_power_GT\' -> f213_0_power_NE : arg3'=arg2-2*x410, arg4'=arg4P10, (arg2-2*x410 >= 0 /\ -1+arg2 > 0 /\ 2-arg2+2*x410 > 0 /\ -2+arg1 > 0), cost: 1 Applied preprocessing Original rule: f213_0_power_NE -> f213_0_power_NE\' : arg1'=arg1P11, arg3'=arg3P11, arg2'=arg2P11, arg4'=arg4P11, (arg2-arg2P11 == 0 /\ x470 > 0 /\ -arg3 == 0 /\ -arg3P11 == 0 /\ -1+arg2 > 0 /\ arg1-arg1P11 == 0 /\ -arg4P11+arg4 == 0 /\ -x470+arg2 > 0), cost: 1 New rule: f213_0_power_NE -> f213_0_power_NE\' : arg3'=0, (arg3 == 0 /\ -1+arg2 > 0), cost: 1 Applied preprocessing popout

output may be truncated. 'popout' for the full output.

job log

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actions

all output return to Integer Transition Systems