details

property	value
status	complete
benchmark	random-14.xml
ran by	Akihisa Yamada
cpu timeout	1200 seconds
wallclock timeout	300 seconds
memory limit	137438953472 bytes
execution host	n149.star.cs.uiowa.edu
space	Waldmann_19

run statistics

property	value
solver	ttt2-1.19
configuration	ttt2
runtime (wallclock)	15.0256 seconds
cpu usage	57.7137
user time	52.8375
system time	4.87621
max virtual memory	4935224.0
max residence set size	109744.0

stage attributes

key	value
starexec-result	YES

output

57.58/14.96 YES 57.58/14.97 57.58/14.97 Problem: 57.58/14.97 strict: 57.58/14.97 b(c(b(x1))) -> b(a(c(x1))) 57.58/14.97 b(a(c(x1))) -> b(c(a(x1))) 57.58/14.97 weak: 57.58/14.97 a(c(c(x1))) -> c(c(b(x1))) 57.58/14.97 a(c(a(x1))) -> a(b(b(x1))) 57.58/14.97 b(b(b(x1))) -> c(c(a(x1))) 57.58/14.97 57.58/14.97 Proof: 57.58/14.97 Root-Labeling Processor: 57.58/14.97 strict: 57.58/14.97 b(c)(c(b)(b(b)(x1))) -> b(a)(a(c)(c(b)(x1))) 57.58/14.97 b(c)(c(b)(b(c)(x1))) -> b(a)(a(c)(c(c)(x1))) 57.58/14.97 b(c)(c(b)(b(a)(x1))) -> b(a)(a(c)(c(a)(x1))) 57.58/14.97 b(a)(a(c)(c(b)(x1))) -> b(c)(c(a)(a(b)(x1))) 57.58/14.97 b(a)(a(c)(c(c)(x1))) -> b(c)(c(a)(a(c)(x1))) 57.58/14.97 b(a)(a(c)(c(a)(x1))) -> b(c)(c(a)(a(a)(x1))) 57.58/14.97 weak: 57.58/14.97 b(a)(a(c)(c(c)(c(b)(x1)))) -> b(c)(c(c)(c(b)(b(b)(x1)))) 57.58/14.97 b(a)(a(c)(c(c)(c(c)(x1)))) -> b(c)(c(c)(c(b)(b(c)(x1)))) 57.58/14.97 b(a)(a(c)(c(c)(c(a)(x1)))) -> b(c)(c(c)(c(b)(b(a)(x1)))) 57.58/14.97 c(a)(a(c)(c(c)(c(b)(x1)))) -> c(c)(c(c)(c(b)(b(b)(x1)))) 57.58/14.97 c(a)(a(c)(c(c)(c(c)(x1)))) -> c(c)(c(c)(c(b)(b(c)(x1)))) 57.58/14.97 c(a)(a(c)(c(c)(c(a)(x1)))) -> c(c)(c(c)(c(b)(b(a)(x1)))) 57.58/14.97 a(a)(a(c)(c(c)(c(b)(x1)))) -> a(c)(c(c)(c(b)(b(b)(x1)))) 57.58/14.97 a(a)(a(c)(c(c)(c(c)(x1)))) -> a(c)(c(c)(c(b)(b(c)(x1)))) 57.58/14.97 a(a)(a(c)(c(c)(c(a)(x1)))) -> a(c)(c(c)(c(b)(b(a)(x1)))) 57.58/14.97 a(c)(c(a)(a(b)(x1))) -> a(b)(b(b)(b(b)(x1))) 57.58/14.97 a(c)(c(a)(a(c)(x1))) -> a(b)(b(b)(b(c)(x1))) 57.58/14.97 a(c)(c(a)(a(a)(x1))) -> a(b)(b(b)(b(a)(x1))) 57.58/14.97 b(b)(b(b)(b(b)(b(b)(x1)))) -> b(c)(c(c)(c(a)(a(b)(x1)))) 57.58/14.97 b(b)(b(b)(b(b)(b(c)(x1)))) -> b(c)(c(c)(c(a)(a(c)(x1)))) 57.58/14.97 b(b)(b(b)(b(b)(b(a)(x1)))) -> b(c)(c(c)(c(a)(a(a)(x1)))) 57.58/14.97 c(b)(b(b)(b(b)(b(b)(x1)))) -> c(c)(c(c)(c(a)(a(b)(x1)))) 57.58/14.97 c(b)(b(b)(b(b)(b(c)(x1)))) -> c(c)(c(c)(c(a)(a(c)(x1)))) 57.58/14.97 c(b)(b(b)(b(b)(b(a)(x1)))) -> c(c)(c(c)(c(a)(a(a)(x1)))) 57.58/14.97 a(b)(b(b)(b(b)(b(b)(x1)))) -> a(c)(c(c)(c(a)(a(b)(x1)))) 57.58/14.97 a(b)(b(b)(b(b)(b(c)(x1)))) -> a(c)(c(c)(c(a)(a(c)(x1)))) 57.58/14.97 a(b)(b(b)(b(b)(b(a)(x1)))) -> a(c)(c(c)(c(a)(a(a)(x1)))) 57.58/14.97 RT Transformation Processor: 57.58/14.97 b(c)(c(b)(b(b)(x1))) -> b(a)(a(c)(c(b)(x1))) 57.58/14.97 b(c)(c(b)(b(c)(x1))) -> b(a)(a(c)(c(c)(x1))) 57.58/14.97 b(c)(c(b)(b(a)(x1))) -> b(a)(a(c)(c(a)(x1))) 57.58/14.97 b(a)(a(c)(c(b)(x1))) -> b(c)(c(a)(a(b)(x1))) 57.58/14.97 b(a)(a(c)(c(c)(x1))) -> b(c)(c(a)(a(c)(x1))) 57.58/14.97 b(a)(a(c)(c(a)(x1))) -> b(c)(c(a)(a(a)(x1))) 57.58/14.97 b(a)(a(c)(c(c)(c(b)(x1)))) -> b(c)(c(c)(c(b)(b(b)(x1)))) 57.58/14.97 b(a)(a(c)(c(c)(c(c)(x1)))) -> b(c)(c(c)(c(b)(b(c)(x1)))) 57.58/14.97 b(a)(a(c)(c(c)(c(a)(x1)))) -> b(c)(c(c)(c(b)(b(a)(x1)))) 57.58/14.97 c(a)(a(c)(c(c)(c(b)(x1)))) -> c(c)(c(c)(c(b)(b(b)(x1)))) 57.58/14.97 c(a)(a(c)(c(c)(c(c)(x1)))) -> c(c)(c(c)(c(b)(b(c)(x1)))) 57.58/14.97 c(a)(a(c)(c(c)(c(a)(x1)))) -> c(c)(c(c)(c(b)(b(a)(x1)))) 57.58/14.97 a(a)(a(c)(c(c)(c(b)(x1)))) -> a(c)(c(c)(c(b)(b(b)(x1)))) 57.58/14.97 a(a)(a(c)(c(c)(c(c)(x1)))) -> a(c)(c(c)(c(b)(b(c)(x1)))) 57.58/14.97 a(a)(a(c)(c(c)(c(a)(x1)))) -> a(c)(c(c)(c(b)(b(a)(x1)))) 57.58/14.97 a(c)(c(a)(a(b)(x1))) -> a(b)(b(b)(b(b)(x1))) 57.58/14.97 a(c)(c(a)(a(c)(x1))) -> a(b)(b(b)(b(c)(x1))) 57.58/14.97 a(c)(c(a)(a(a)(x1))) -> a(b)(b(b)(b(a)(x1))) 57.58/14.97 b(b)(b(b)(b(b)(b(b)(x1)))) -> b(c)(c(c)(c(a)(a(b)(x1)))) 57.58/14.97 b(b)(b(b)(b(b)(b(c)(x1)))) -> b(c)(c(c)(c(a)(a(c)(x1)))) 57.58/14.97 b(b)(b(b)(b(b)(b(a)(x1)))) -> b(c)(c(c)(c(a)(a(a)(x1)))) 57.58/14.97 c(b)(b(b)(b(b)(b(b)(x1)))) -> c(c)(c(c)(c(a)(a(b)(x1)))) 57.58/14.97 c(b)(b(b)(b(b)(b(c)(x1)))) -> c(c)(c(c)(c(a)(a(c)(x1)))) 57.58/14.97 c(b)(b(b)(b(b)(b(a)(x1)))) -> c(c)(c(c)(c(a)(a(a)(x1)))) 57.58/14.97 a(b)(b(b)(b(b)(b(b)(x1)))) -> a(c)(c(c)(c(a)(a(b)(x1)))) 57.58/14.97 a(b)(b(b)(b(b)(b(c)(x1)))) -> a(c)(c(c)(c(a)(a(c)(x1)))) 57.58/14.97 a(b)(b(b)(b(b)(b(a)(x1)))) -> a(c)(c(c)(c(a)(a(a)(x1)))) 57.58/14.97 Matrix Interpretation Processor: dim=2 57.58/14.97 57.58/14.97 interpretation: 57.58/14.97 [1 0] [2] 57.58/14.97 [a(a)](x0) = [1 0]x0 + [1], 57.58/14.97 57.58/14.97 [1 0] [2] 57.58/14.97 [a(b)](x0) = [0 0]x0 + [0], 57.58/14.97 57.58/14.97 [1 0] [1] 57.58/14.97 [c(a)](x0) = [2 0]x0 + [0], 57.58/14.97 57.58/14.97 [1 0] 57.58/14.97 [c(c)](x0) = [0 0]x0, 57.58/14.97 57.58/14.97 [1 0] [1] 57.58/14.97 [a(c)](x0) = [0 0]x0 + [0], 57.58/14.97 57.58/14.97 [1 0] [1] 57.58/14.97 [b(a)](x0) = [0 0]x0 + [1], 57.58/14.97 57.58/14.97 [1] 57.58/14.97 [b(b)](x0) = x0 + [1], 57.58/14.97 57.58/14.97 [1 1] [1] 57.58/14.97 [c(b)](x0) = [0 0]x0 + [0], 57.58/14.97 57.58/14.97 [1 0] [0] 57.58/14.97 [b(c)](x0) = [0 0]x0 + [1] 57.58/14.97 orientation: popout

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

job log

popout

actions

all output return to SRS_Relative 2019-03-29 08.12