details

property	value
status	complete
benchmark	spctrm.c.i.spctrm.pl.t2.fixed.koat
ran by	Akihisa Yamada
cpu timeout	1200 seconds
wallclock timeout	300 seconds
memory limit	137438953472 bytes
execution host	n156.star.cs.uiowa.edu
space	T2

run statistics

property	value
solver	CoFloCo 2018
configuration	its
runtime (wallclock)	80.6498 seconds
cpu usage	80.5834
user time	80.3783
system time	0.205096
max virtual memory	455724.0
max residence set size	152172.0

stage attributes

key	value
starexec-result	WORST_CASE(?,O(n^1))

output

80.37/80.45 WORST_CASE(?,O(n^1)) 80.37/80.45 WARNING: Excluded non-linear constraints:[1>=A*J1,A*J1+J1>=2,1>=A*K1,A*K1+K1>=2] 80.37/80.45 WARNING: Excluded non-linear constraints:[J=I*I] 80.37/80.45 WARNING: Excluded non-linear constraints:[J=I*I] 80.37/80.45 WARNING: Excluded non-linear constraints:[V=D*D] 80.37/80.45 WARNING: Excluded non-linear constraints:[V=D*D] 80.37/80.45 WARNING: Excluded non-linear constraints:[U=D*D] 80.37/80.45 WARNING: Excluded non-linear constraints:[U=D*D] 80.37/80.45 WARNING: Excluded non-linear constraints:[W=V*V] 80.37/80.45 WARNING: Excluded non-linear constraints:[W=V*V] 80.37/80.45 WARNING: Excluded non-linear constraints:[V=D*D] 80.37/80.45 WARNING: Excluded non-linear constraints:[V=D*D] 80.37/80.45 WARNING: Excluded non-linear constraints:[U=B*D] 80.37/80.45 WARNING: Excluded non-linear constraints:[V1=F*F] 80.37/80.45 WARNING: Excluded non-linear constraints:[V1=F*F] 80.37/80.45 WARNING: Excluded non-linear constraints:[N=A+1-2*M+M*M,O=1-2*M+M*M] 80.37/80.45 WARNING: Excluded non-linear constraints:[N=A+1-2*M+M*M,O=1-2*M+M*M] 80.37/80.45 80.37/80.45 Preprocessing Cost Relations 80.37/80.45 ===================================== 80.37/80.45 80.37/80.45 #### Computed strongly connected components 80.37/80.45 0. recursive : [f13/12] 80.37/80.45 1. non_recursive : [exit_location/1] 80.37/80.45 2. recursive : [f24/6] 80.37/80.45 3. recursive : [f31/4] 80.37/80.45 4. recursive : [f44/4] 80.37/80.45 5. recursive : [f50/6] 80.37/80.45 6. recursive : [f57/6] 80.37/80.45 7. recursive : [f64/6] 80.37/80.45 8. recursive : [f40/11,f44_loop_cont/12,f50_loop_cont/12,f57_loop_cont/12,f64_loop_cont/12] 80.37/80.45 9. recursive : [f71/14] 80.37/80.45 10. recursive : [f103/20,f107/20,f91/20,f99/20] 80.37/80.45 11. recursive : [f37/37,f40_loop_cont/38,f71_loop_cont/38,f86/37,f91_loop_cont/38] 80.37/80.45 12. recursive : [f118/4] 80.37/80.45 13. non_recursive : [f1/28] 80.37/80.45 14. non_recursive : [f118_loop_cont/29] 80.37/80.45 15. non_recursive : [f37_loop_cont/29] 80.37/80.45 16. non_recursive : [f31_loop_cont/29] 80.37/80.45 17. non_recursive : [f24_loop_cont/29] 80.37/80.45 18. non_recursive : [f13_loop_cont/29] 80.37/80.45 19. non_recursive : [f2/28] 80.37/80.45 80.37/80.45 #### Obtained direct recursion through partial evaluation 80.37/80.45 0. SCC is partially evaluated into f13/12 80.37/80.45 1. SCC is completely evaluated into other SCCs 80.37/80.45 2. SCC is partially evaluated into f24/6 80.37/80.45 3. SCC is partially evaluated into f31/4 80.37/80.45 4. SCC is partially evaluated into f44/4 80.37/80.45 5. SCC is partially evaluated into f50/6 80.37/80.45 6. SCC is partially evaluated into f57/6 80.37/80.45 7. SCC is partially evaluated into f64/6 80.37/80.45 8. SCC is partially evaluated into f40/11 80.37/80.45 9. SCC is partially evaluated into f71/14 80.37/80.45 10. SCC is partially evaluated into f91/20 80.37/80.45 11. SCC is partially evaluated into f37/37 80.37/80.45 12. SCC is partially evaluated into f118/4 80.37/80.45 13. SCC is completely evaluated into other SCCs 80.37/80.45 14. SCC is partially evaluated into f118_loop_cont/29 80.37/80.45 15. SCC is partially evaluated into f37_loop_cont/29 80.37/80.45 16. SCC is partially evaluated into f31_loop_cont/29 80.37/80.45 17. SCC is partially evaluated into f24_loop_cont/29 80.37/80.45 18. SCC is partially evaluated into f13_loop_cont/29 80.37/80.45 19. SCC is partially evaluated into f2/28 80.37/80.45 80.37/80.45 Control-Flow Refinement of Cost Relations 80.37/80.45 ===================================== 80.37/80.45 80.37/80.45 ### Specialization of cost equations f13/12 80.37/80.45 * CE 5 is refined into CE [71] 80.37/80.45 * CE 6 is refined into CE [72] 80.37/80.45 * CE 3 is refined into CE [73] 80.37/80.45 * CE 4 is refined into CE [74] 80.37/80.45 * CE 2 is refined into CE [75] 80.37/80.45 80.37/80.45 80.37/80.45 ### Cost equations --> "Loop" of f13/12 80.37/80.45 * CEs [73] --> Loop 62 80.37/80.45 * CEs [74] --> Loop 63 80.37/80.45 * CEs [75] --> Loop 64 80.37/80.45 * CEs [71] --> Loop 65 80.37/80.45 * CEs [72] --> Loop 66 80.37/80.45 80.37/80.45 ### Ranking functions of CR f13(B,D,J,K,L,M,E1,F1,G1,H1,I1,J1) 80.37/80.45 * RF of phase [62,63,64]: [D-J+1] 80.37/80.45 80.37/80.45 #### Partial ranking functions of CR f13(B,D,J,K,L,M,E1,F1,G1,H1,I1,J1) 80.37/80.45 * Partial RF of phase [62,63,64]: 80.37/80.45 - RF of loop [62:1,63:1,64:1]: 80.37/80.45 D-J+1 80.37/80.45 80.37/80.45 80.37/80.45 ### Specialization of cost equations f24/6 80.37/80.45 * CE 11 is refined into CE [76] 80.37/80.45 * CE 10 is refined into CE [77] 80.37/80.45 * CE 13 is refined into CE [78] 80.37/80.45 * CE 12 is refined into CE [79] 80.37/80.45 * CE 9 is refined into CE [80] 80.37/80.45 80.37/80.45 popout

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job log

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actions

all output return to Complexity_ITS 2019-03-21 04.46