status: failed
duration: 2833.265s
Captured stdout call

LPL []
MPL []
eq37 Before S: 1967.4872072974836
eq37  S: 6.554691131539332e-07
LINF: 2.4e+07
LINF full: 2.4e+07, vs: 1.0e+00
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.0001
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.0001
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.0001
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.0001
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.018
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.018
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.018
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.018
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.1
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.1
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.1
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.1
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.2
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.2
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.2
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.2
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.3
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.3
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.3
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.3
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.5
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.5
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.5
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.5
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.7653668647301797
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.7653668647301797
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.7653668647301797
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.7653668647301797
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.85
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.85
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.85
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.85
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.9
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.9
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.9
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.9
Reset #1, asq_eff=3.3e+00, igsq=0.9
Reset #2, asq_eff=2.5e+00, igsq=0.9
Reset #3, asq_eff=2.4e+00, igsq=0.9
Failed on igsq:  0.9 Failed to find a finite solution.
Reset #4, asq_eff=2.3e+00, igsq=0.9
Reset #5, asq_eff=2.2e+00, igsq=0.9
Reset #6, asq_eff=2.2e+00, igsq=0.9
Reset #7, asq_eff=2.1e+00, igsq=0.9
Reset #8, asq_eff=2.1e+00, igsq=0.9
Reset #9, asq_eff=2.0e+00, igsq=0.9
Reset #10, asq_eff=2.1e+00, igsq=0.9
Reset #11, asq_eff=2.0e+00, igsq=0.9
Reset #12, asq_eff=2.0e+00, igsq=0.9
Reset #13, asq_eff=2.0e+00, igsq=0.9
Reset #14, asq_eff=2.0e+00, igsq=0.9
Reset #15, asq_eff=1.9e+00, igsq=0.9
Reset #16, asq_eff=1.9e+00, igsq=0.9
Steps remaining: 31, asq_eff=1.8e+00, igsq=0.9
Failed on igsq:  0.9 Failed to find a finite solution.
Reset #17, asq_eff=1.9e+00, igsq=0.9
Reset #18, asq_eff=1.9e+00, igsq=0.9
Reset #19, asq_eff=1.9e+00, igsq=0.9
Reset #20, asq_eff=1.9e+00, igsq=0.9
Reset #21, asq_eff=1.9e+00, igsq=0.9
Reset #22, asq_eff=1.9e+00, igsq=0.9
Reset #23, asq_eff=1.9e+00, igsq=0.9
Reset #24, asq_eff=1.8e+00, igsq=0.9
Reset #25, asq_eff=1.8e+00, igsq=0.9
Reset #26, asq_eff=1.8e+00, igsq=0.9
Reset #27, asq_eff=1.7e+00, igsq=0.9
Reset #28, asq_eff=1.8e+00, igsq=0.9
Reset #29, asq_eff=1.7e+00, igsq=0.9
Reset #30, asq_eff=1.7e+00, igsq=0.9
Reset #31, asq_eff=1.7e+00, igsq=0.9
Reset #32, asq_eff=1.7e+00, igsq=0.9
Reset #33, asq_eff=1.6e+00, igsq=0.9
Reset #34, asq_eff=1.7e+00, igsq=0.9
Reset #35, asq_eff=1.6e+00, igsq=0.9
Reset #36, asq_eff=1.6e+00, igsq=0.9
Reset #37, asq_eff=1.6e+00, igsq=0.9
Steps remaining: 23, asq_eff=1.6e+00, igsq=0.9
Reset #38, asq_eff=1.6e+00, igsq=0.9
Reset #39, asq_eff=1.6e+00, igsq=0.9
Reset #40, asq_eff=1.6e+00, igsq=0.9
Reset #41, asq_eff=1.6e+00, igsq=0.9
Reset #42, asq_eff=1.6e+00, igsq=0.9
Reset #43, asq_eff=1.6e+00, igsq=0.9
Reset #44, asq_eff=1.5e+00, igsq=0.9
Reset #45, asq_eff=1.6e+00, igsq=0.9
Reset #46, asq_eff=1.5e+00, igsq=0.9
Reset #47, asq_eff=1.5e+00, igsq=0.9
Reset #48, asq_eff=1.5e+00, igsq=0.9
Steps remaining: 21, asq_eff=1.5e+00, igsq=0.9
Reset #49, asq_eff=1.5e+00, igsq=0.9
Reset #50, asq_eff=1.5e+00, igsq=0.9
Reset #51, asq_eff=1.5e+00, igsq=0.9
Reset #52, asq_eff=1.5e+00, igsq=0.9
Reset #53, asq_eff=1.5e+00, igsq=0.9
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=9.00e-01 and asq=1.46e+00, N_step=259
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.95
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.95
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.95
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.95
Reset #1, asq_eff=2.5e+01, igsq=0.95
Reset #2, asq_eff=2.0e+01, igsq=0.95
Reset #3, asq_eff=1.7e+01, igsq=0.95
Reset #4, asq_eff=1.7e+01, igsq=0.95
Reset #5, asq_eff=1.6e+01, igsq=0.95
Reset #6, asq_eff=1.6e+01, igsq=0.95
Reset #7, asq_eff=1.6e+01, igsq=0.95
Reset #8, asq_eff=1.6e+01, igsq=0.95
Reset #9, asq_eff=1.6e+01, igsq=0.95
Steps remaining: 138, asq_eff=1.5e+01, igsq=0.95
Reset #10, asq_eff=1.6e+01, igsq=0.95
Reset #11, asq_eff=1.6e+01, igsq=0.95
Reset #12, asq_eff=1.6e+01, igsq=0.95
Reset #13, asq_eff=1.6e+01, igsq=0.95
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=9.50e-01 and asq=1.57e+01, N_step=134
K_usable is not stable
Results list length:  1
K_usable is not stable
Results list length:  2
K_usable is not stable
Results list length:  3
K_usable is not stable
Results list length:  4
K_usable is not stable
Results list length:  5
K_usable is not stable
Results list length:  6
K_usable is not stable
Results list length:  7
K_usable is not stable
Results list length:  8

LPL []
MPL []
eq37 Before S: 19674.882719600562
eq37  S: 1.2201945434674622e-06
LINF: 2.4e+07
LINF full: 2.4e+07, vs: 1.0e+00
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.0001
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.0001
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.0001
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.0001
Reset #1, asq_eff=2.3e+00, igsq=0.0001
Reset #2, asq_eff=1.5e+00, igsq=0.0001
Reset #3, asq_eff=1.6e+00, igsq=0.0001
Reset #4, asq_eff=1.6e+00, igsq=0.0001
Reset #5, asq_eff=1.5e+00, igsq=0.0001
Reset #6, asq_eff=1.5e+00, igsq=0.0001
Steps remaining: 18, asq_eff=1.4e+00, igsq=0.0001
Reset #7, asq_eff=1.4e+00, igsq=0.0001
Reset #8, asq_eff=1.3e+00, igsq=0.0001
Reset #9, asq_eff=1.2e+00, igsq=0.0001
Reset #10, asq_eff=1.2e+00, igsq=0.0001
Reset #11, asq_eff=1.2e+00, igsq=0.0001
Reset #12, asq_eff=1.2e+00, igsq=0.0001
Steps remaining: 8, asq_eff=1.2e+00, igsq=0.0001
Reset #13, asq_eff=1.2e+00, igsq=0.0001
Reset #14, asq_eff=1.2e+00, igsq=0.0001
Reset #15, asq_eff=1.2e+00, igsq=0.0001
Reset #16, asq_eff=1.1e+00, igsq=0.0001
Reset #17, asq_eff=1.1e+00, igsq=0.0001
Reset #18, asq_eff=1.1e+00, igsq=0.0001
Reset #19, asq_eff=1.1e+00, igsq=0.0001
Reset #20, asq_eff=1.1e+00, igsq=0.0001
Steps remaining: 5, asq_eff=1.1e+00, igsq=0.0001
Reset #21, asq_eff=1.1e+00, igsq=0.0001
Reset #22, asq_eff=1.2e+00, igsq=0.0001
Reset #23, asq_eff=1.1e+00, igsq=0.0001
Reset #24, asq_eff=1.1e+00, igsq=0.0001
Reset #25, asq_eff=1.1e+00, igsq=0.0001
Reset #26, asq_eff=1.1e+00, igsq=0.0001
Reset #27, asq_eff=1.1e+00, igsq=0.0001
Reset #28, asq_eff=1.0e+00, igsq=0.0001
Steps remaining: 0, asq_eff=1.0e+00, igsq=0.0001
Reset #29, asq_eff=1.0e+00, igsq=0.0001
Reset #30, asq_eff=1.0e+00, igsq=0.0001
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.018
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.018
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.018
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.018
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.1
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.1
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.1
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.1
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.2
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.2
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.2
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.2
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.3
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.3
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.3
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.3
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.5
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.5
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.5
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.5
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.7653668647301797
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.7653668647301797
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.7653668647301797
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.7653668647301797
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.85
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.85
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.85
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.85
Reset #1, asq_eff=6.5e+00, igsq=0.85
Reset #2, asq_eff=2.1e+00, igsq=0.85
Reset #3, asq_eff=2.1e+00, igsq=0.85
Reset #4, asq_eff=2.0e+00, igsq=0.85
Reset #5, asq_eff=2.0e+00, igsq=0.85
Reset #6, asq_eff=2.0e+00, igsq=0.85
Failed on igsq:  0.85 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.85 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.85 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.85 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=8.50e-01 and asq=1.98e+00, N_step=122
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.9
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.9
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.9
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.9
Reset #1, asq_eff=9.1e+00, igsq=0.9
Reset #2, asq_eff=8.4e+00, igsq=0.9
Reset #3, asq_eff=8.0e+00, igsq=0.9
Reset #4, asq_eff=7.5e+00, igsq=0.9
Reset #5, asq_eff=7.3e+00, igsq=0.9
Reset #6, asq_eff=7.4e+00, igsq=0.9
Reset #7, asq_eff=7.2e+00, igsq=0.9
Reset #8, asq_eff=7.2e+00, igsq=0.9
Reset #9, asq_eff=7.2e+00, igsq=0.9
Failed on igsq:  0.9 Failed to find a finite solution.
Reset #10, asq_eff=7.2e+00, igsq=0.9
Reset #11, asq_eff=7.2e+00, igsq=0.9
Reset #12, asq_eff=7.2e+00, igsq=0.9
Reset #13, asq_eff=7.2e+00, igsq=0.9
Reset #14, asq_eff=7.1e+00, igsq=0.9
Reset #15, asq_eff=7.2e+00, igsq=0.9
Reset #16, asq_eff=7.1e+00, igsq=0.9
Reset #17, asq_eff=7.2e+00, igsq=0.9
Reset #18, asq_eff=7.1e+00, igsq=0.9
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=9.00e-01 and asq=7.08e+00, N_step=148
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.95
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.95
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.95
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.95
Reset #1, asq_eff=3.6e+01, igsq=0.95
Reset #2, asq_eff=2.8e+01, igsq=0.95
Reset #3, asq_eff=2.4e+01, igsq=0.95
Reset #4, asq_eff=2.4e+01, igsq=0.95
Reset #5, asq_eff=2.3e+01, igsq=0.95
Reset #6, asq_eff=2.4e+01, igsq=0.95
Reset #7, asq_eff=2.3e+01, igsq=0.95
Reset #8, asq_eff=2.4e+01, igsq=0.95
Reset #9, asq_eff=2.3e+01, igsq=0.95
Reset #10, asq_eff=2.4e+01, igsq=0.95
Reset #11, asq_eff=2.3e+01, igsq=0.95
Reset #12, asq_eff=2.4e+01, igsq=0.95
Reset #13, asq_eff=2.3e+01, igsq=0.95
Reset #14, asq_eff=2.4e+01, igsq=0.95
Reset #15, asq_eff=2.3e+01, igsq=0.95
Reset #16, asq_eff=2.3e+01, igsq=0.95
Reset #17, asq_eff=2.3e+01, igsq=0.95
Reset #18, asq_eff=2.3e+01, igsq=0.95
Reset #19, asq_eff=2.3e+01, igsq=0.95
Reset #20, asq_eff=2.3e+01, igsq=0.95
Reset #21, asq_eff=2.3e+01, igsq=0.95
Reset #22, asq_eff=2.3e+01, igsq=0.95
Reset #23, asq_eff=2.3e+01, igsq=0.95
Reset #24, asq_eff=2.3e+01, igsq=0.95
Reset #25, asq_eff=2.3e+01, igsq=0.95
Reset #26, asq_eff=2.3e+01, igsq=0.95
Reset #27, asq_eff=2.3e+01, igsq=0.95
Reset #28, asq_eff=2.3e+01, igsq=0.95
Reset #29, asq_eff=2.3e+01, igsq=0.95
Reset #30, asq_eff=2.3e+01, igsq=0.95
Reset #31, asq_eff=2.3e+01, igsq=0.95
Reset #32, asq_eff=2.3e+01, igsq=0.95
Reset #33, asq_eff=2.3e+01, igsq=0.95
Reset #34, asq_eff=2.3e+01, igsq=0.95
Steps remaining: 157, asq_eff=2.2e+01, igsq=0.95
Reset #35, asq_eff=2.3e+01, igsq=0.95
Reset #36, asq_eff=2.3e+01, igsq=0.95
Reset #37, asq_eff=2.3e+01, igsq=0.95
Reset #38, asq_eff=2.3e+01, igsq=0.95
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=9.50e-01 and asq=2.33e+01, N_step=193
K_usable is not stable
Results list length:  9
K_usable is not stable
Results list length:  10
K_usable is not stable
Results list length:  11
K_usable is not stable
Results list length:  12
K_usable is not stable
Results list length:  13
K_usable is not stable
Results list length:  14
K_usable is not stable
Results list length:  15

LPL []
MPL []
eq37 Before S: 196748.9604609225
eq37  S: 1.624847498697929e-06
LINF: 2.4e+07
LINF full: 2.4e+07, vs: 1.0e+00
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.0001
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.0001
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.0001
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.0001
Reset #1, asq_eff=1.3e+01, igsq=0.0001
Reset #2, asq_eff=7.1e+00, igsq=0.0001
Reset #3, asq_eff=7.4e+00, igsq=0.0001
Reset #4, asq_eff=5.4e+00, igsq=0.0001
Reset #5, asq_eff=4.9e+00, igsq=0.0001
Reset #6, asq_eff=4.9e+00, igsq=0.0001
Reset #7, asq_eff=5.0e+00, igsq=0.0001
Reset #8, asq_eff=4.8e+00, igsq=0.0001
Reset #9, asq_eff=4.9e+00, igsq=0.0001
Reset #10, asq_eff=4.5e+00, igsq=0.0001
Reset #11, asq_eff=4.4e+00, igsq=0.0001
Reset #12, asq_eff=4.2e+00, igsq=0.0001
Reset #13, asq_eff=4.2e+00, igsq=0.0001
Reset #14, asq_eff=4.3e+00, igsq=0.0001
Steps remaining: 72, asq_eff=4.2e+00, igsq=0.0001
Reset #15, asq_eff=4.2e+00, igsq=0.0001
Reset #16, asq_eff=4.2e+00, igsq=0.0001
Reset #17, asq_eff=4.2e+00, igsq=0.0001
Reset #18, asq_eff=4.1e+00, igsq=0.0001
Reset #19, asq_eff=4.2e+00, igsq=0.0001
Reset #20, asq_eff=4.0e+00, igsq=0.0001
Reset #21, asq_eff=4.0e+00, igsq=0.0001
Reset #22, asq_eff=3.9e+00, igsq=0.0001
Reset #23, asq_eff=3.8e+00, igsq=0.0001
Reset #24, asq_eff=3.8e+00, igsq=0.0001
Reset #25, asq_eff=3.8e+00, igsq=0.0001
Reset #26, asq_eff=3.7e+00, igsq=0.0001
Reset #27, asq_eff=3.6e+00, igsq=0.0001
Reset #28, asq_eff=3.6e+00, igsq=0.0001
Reset #29, asq_eff=3.6e+00, igsq=0.0001
Reset #30, asq_eff=3.6e+00, igsq=0.0001
Steps remaining: 63, asq_eff=3.5e+00, igsq=0.0001
Reset #31, asq_eff=3.6e+00, igsq=0.0001
Reset #32, asq_eff=3.7e+00, igsq=0.0001
Reset #33, asq_eff=3.3e+00, igsq=0.0001
Reset #34, asq_eff=3.2e+00, igsq=0.0001
Reset #35, asq_eff=3.3e+00, igsq=0.0001
Reset #36, asq_eff=3.2e+00, igsq=0.0001
Reset #37, asq_eff=3.2e+00, igsq=0.0001
Non-optimal solve at igsq=1.00e-04 and asq=3.22e+00, N_step=240
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.018
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.018
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.018
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.018
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.1
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.1
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.1
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.1
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.2
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.2
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.2
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.2
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.3
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.3
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.3
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.3
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.5
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.5
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.5
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.5
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.7653668647301797
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.7653668647301797
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.7653668647301797
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.7653668647301797
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.85
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.85
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.85
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.85
Reset #1, asq_eff=6.5e+00, igsq=0.85
Reset #2, asq_eff=5.0e+00, igsq=0.85
Reset #3, asq_eff=4.8e+00, igsq=0.85
Reset #4, asq_eff=4.7e+00, igsq=0.85
Reset #5, asq_eff=4.4e+00, igsq=0.85
Reset #6, asq_eff=4.3e+00, igsq=0.85
Reset #7, asq_eff=4.3e+00, igsq=0.85
Reset #8, asq_eff=4.3e+00, igsq=0.85
Reset #9, asq_eff=4.3e+00, igsq=0.85
Reset #10, asq_eff=4.3e+00, igsq=0.85
Reset #11, asq_eff=4.3e+00, igsq=0.85
Reset #12, asq_eff=4.3e+00, igsq=0.85
Reset #13, asq_eff=4.3e+00, igsq=0.85
Reset #14, asq_eff=4.3e+00, igsq=0.85
Reset #15, asq_eff=4.3e+00, igsq=0.85
Reset #16, asq_eff=4.3e+00, igsq=0.85
Reset #17, asq_eff=4.3e+00, igsq=0.85
Failed on igsq:  0.85 Failed to find a finite solution.
Failed on igsq:  0.85 Failed to find a finite solution.
Failed on igsq:  0.85 Failed to find a finite solution.
Failed on igsq:  0.85 Failed to find a finite solution.
Non-optimal solve at igsq=8.50e-01 and asq=4.30e+00, N_step=148
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.9
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.9
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.9
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.9
Reset #1, asq_eff=1.8e+01, igsq=0.9
Reset #2, asq_eff=1.4e+01, igsq=0.9
Reset #3, asq_eff=1.2e+01, igsq=0.9
Reset #4, asq_eff=1.3e+01, igsq=0.9
Failed on igsq:  0.9 Failed to find a finite solution.
Reset #5, asq_eff=1.3e+01, igsq=0.9
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=9.00e-01 and asq=1.27e+01, N_step=110
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.95
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.95
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.95
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.95
Reset #1, asq_eff=3.6e+01, igsq=0.95
Reset #2, asq_eff=3.3e+01, igsq=0.95
Reset #3, asq_eff=2.9e+01, igsq=0.95
Reset #4, asq_eff=2.7e+01, igsq=0.95
Reset #5, asq_eff=2.6e+01, igsq=0.95
Reset #6, asq_eff=2.6e+01, igsq=0.95
Reset #7, asq_eff=2.6e+01, igsq=0.95
Reset #8, asq_eff=2.6e+01, igsq=0.95
Reset #9, asq_eff=2.6e+01, igsq=0.95
Reset #10, asq_eff=2.6e+01, igsq=0.95
Steps remaining: 163, asq_eff=2.5e+01, igsq=0.95
Reset #11, asq_eff=2.6e+01, igsq=0.95
Reset #12, asq_eff=2.6e+01, igsq=0.95
Reset #13, asq_eff=2.6e+01, igsq=0.95
Failed on igsq:  0.95 Failed to find a finite solution.
Failed on igsq:  0.95 Failed to find a finite solution.
Failed on igsq:  0.95 Failed to find a finite solution.
Failed on igsq:  0.95 Failed to find a finite solution.
Failed on igsq:  0.95 Failed to find a finite solution.
Non-optimal solve at igsq=9.50e-01 and asq=2.61e+01, N_step=131
K_usable is not stable
Results list length:  16
K_usable is not stable
Results list length:  17
K_usable is not stable
Results list length:  18
K_usable is not stable
Results list length:  19
K_usable is not stable
Results list length:  20
K_usable is not stable
Results list length:  21

LPL []
MPL []
eq37 Before S: 1967493.1026473853
eq37  S: 4.5139050321841625e-06
LINF: 2.4e+07
LINF full: 2.4e+07, vs: 1.0e+00
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.0001
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.0001
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.0001
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.0001
Reset #1, asq_eff=1.3e+01, igsq=0.0001
Reset #2, asq_eff=1.2e+01, igsq=0.0001
Reset #3, asq_eff=6.8e+00, igsq=0.0001
Reset #4, asq_eff=6.1e+00, igsq=0.0001
Reset #5, asq_eff=6.2e+00, igsq=0.0001
Reset #6, asq_eff=5.9e+00, igsq=0.0001
Reset #7, asq_eff=5.9e+00, igsq=0.0001
Reset #8, asq_eff=6.0e+00, igsq=0.0001
Reset #9, asq_eff=6.0e+00, igsq=0.0001
Reset #10, asq_eff=6.1e+00, igsq=0.0001
Reset #11, asq_eff=6.2e+00, igsq=0.0001
Non-optimal solve at igsq=1.00e-04 and asq=6.16e+00, N_step=140
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.018
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.018
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.018
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.018
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.1
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.1
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.1
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.1
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.2
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.2
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.2
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.2
Reset #1, asq_eff=1.7e+00, igsq=0.2
Non-optimal solve at igsq=2.00e-01 and asq=1.00e+00, N_step=110
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.3
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.3
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.3
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.3
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.5
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.5
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.5
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.5
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.7653668647301797
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.7653668647301797
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.7653668647301797
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.7653668647301797
Reset #1, asq_eff=1.7e+00, igsq=0.7653668647301797
Reset #2, asq_eff=1.3e+00, igsq=0.7653668647301797
Reset #3, asq_eff=1.1e+00, igsq=0.7653668647301797
Reset #4, asq_eff=1.1e+00, igsq=0.7653668647301797
Failed on igsq:  0.7653668647301797 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.7653668647301797 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.7653668647301797 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=7.65e-01 and asq=1.07e+00, N_step=117
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.85
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.85
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.85
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.85
Reset #1, asq_eff=2.5e+01, igsq=0.85
Reset #2, asq_eff=9.9e+00, igsq=0.85
Failed on igsq:  0.85 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.85 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.85 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.85 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=8.50e-01 and asq=9.93e+00, N_step=105
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.9
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.9
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.9
Reset #1, asq_eff=2.7e+02, igsq=0.9
Steps remaining: 28, asq_eff=1.2e+02, igsq=0.9
Reset #2, asq_eff=6.4e+01, igsq=0.9
Reset #3, asq_eff=5.2e+01, igsq=0.9
Steps remaining: 74, asq_eff=2.3e+01, igsq=0.9
Reset #4, asq_eff=9.3e+00, igsq=0.9
Reset #5, asq_eff=9.2e+00, igsq=0.9
Reset #6, asq_eff=9.3e+00, igsq=0.9
Steps remaining: 112, asq_eff=9.1e+00, igsq=0.9
Reset #7, asq_eff=9.2e+00, igsq=0.9
Reset #8, asq_eff=9.1e+00, igsq=0.9
Reset #9, asq_eff=9.2e+00, igsq=0.9
Reset #10, asq_eff=9.1e+00, igsq=0.9
Reset #11, asq_eff=9.2e+00, igsq=0.9
Reset #12, asq_eff=9.1e+00, igsq=0.9
Reset #13, asq_eff=9.2e+00, igsq=0.9
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=9.00e-01 and asq=9.22e+00, N_step=172
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.95
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.95
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.95
Reset #1, asq_eff=7.0e+01, igsq=0.95
Steps remaining: 24, asq_eff=5.9e+01, igsq=0.95
Reset #2, asq_eff=2.3e+01, igsq=0.95
Reset #3, asq_eff=2.4e+01, igsq=0.95
Reset #4, asq_eff=2.4e+01, igsq=0.95
Reset #5, asq_eff=2.3e+01, igsq=0.95
Reset #6, asq_eff=2.0e+01, igsq=0.95
Reset #7, asq_eff=2.0e+01, igsq=0.95
Steps remaining: 150, asq_eff=2.0e+01, igsq=0.95
Reset #8, asq_eff=2.0e+01, igsq=0.95
Reset #9, asq_eff=2.0e+01, igsq=0.95
Reset #10, asq_eff=2.0e+01, igsq=0.95
Reset #11, asq_eff=2.0e+01, igsq=0.95
Reset #12, asq_eff=2.0e+01, igsq=0.95
Reset #13, asq_eff=2.0e+01, igsq=0.95
Reset #14, asq_eff=2.0e+01, igsq=0.95
Reset #15, asq_eff=2.0e+01, igsq=0.95
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=9.50e-01 and asq=2.04e+01, N_step=143
K_usable is not stable
Results list length:  22
K_usable is not stable
Results list length:  23
K_usable is not stable
Results list length:  24
K_usable is not stable
Results list length:  25

LPL []
MPL []
eq37 Before S: 19674946.39661376
eq37  S: 0.00014001149358547048
LINF: 2.4e+07
LINF full: 2.4e+07, vs: 1.0e+00
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.0001
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.0001
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.0001
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.0001
Reset #1, asq_eff=3.6e+01, igsq=0.0001
Reset #2, asq_eff=3.9e+01, igsq=0.0001
Reset #3, asq_eff=1.2e+01, igsq=0.0001
Reset #4, asq_eff=1.3e+01, igsq=0.0001
Reset #5, asq_eff=1.2e+01, igsq=0.0001
Reset #6, asq_eff=1.2e+01, igsq=0.0001
Reset #7, asq_eff=1.2e+01, igsq=0.0001
Reset #8, asq_eff=1.2e+01, igsq=0.0001
Reset #9, asq_eff=1.2e+01, igsq=0.0001
Reset #10, asq_eff=1.3e+01, igsq=0.0001
Reset #11, asq_eff=1.3e+01, igsq=0.0001
Reset #12, asq_eff=1.2e+01, igsq=0.0001
Reset #13, asq_eff=1.2e+01, igsq=0.0001
Reset #14, asq_eff=1.2e+01, igsq=0.0001
Steps remaining: 121, asq_eff=1.1e+01, igsq=0.0001
Reset #15, asq_eff=1.1e+01, igsq=0.0001
Reset #16, asq_eff=1.0e+01, igsq=0.0001
Reset #17, asq_eff=1.0e+01, igsq=0.0001
Reset #18, asq_eff=9.1e+00, igsq=0.0001
Reset #19, asq_eff=8.9e+00, igsq=0.0001
Reset #20, asq_eff=8.8e+00, igsq=0.0001
Reset #21, asq_eff=8.7e+00, igsq=0.0001
Reset #22, asq_eff=8.8e+00, igsq=0.0001
Reset #23, asq_eff=8.9e+00, igsq=0.0001
Reset #24, asq_eff=9.0e+00, igsq=0.0001
Reset #25, asq_eff=8.7e+00, igsq=0.0001
Reset #26, asq_eff=8.6e+00, igsq=0.0001
Reset #27, asq_eff=8.7e+00, igsq=0.0001
Reset #28, asq_eff=8.8e+00, igsq=0.0001
Reset #29, asq_eff=8.9e+00, igsq=0.0001
Reset #30, asq_eff=9.0e+00, igsq=0.0001
Reset #31, asq_eff=9.0e+00, igsq=0.0001
Reset #32, asq_eff=9.0e+00, igsq=0.0001
Reset #33, asq_eff=9.0e+00, igsq=0.0001
Reset #34, asq_eff=9.0e+00, igsq=0.0001
Reset #35, asq_eff=8.2e+00, igsq=0.0001
Reset #36, asq_eff=8.1e+00, igsq=0.0001
Reset #37, asq_eff=7.9e+00, igsq=0.0001
Reset #38, asq_eff=7.8e+00, igsq=0.0001
Reset #39, asq_eff=7.4e+00, igsq=0.0001
Reset #40, asq_eff=6.8e+00, igsq=0.0001
Reset #41, asq_eff=6.9e+00, igsq=0.0001
Reset #42, asq_eff=6.7e+00, igsq=0.0001
Reset #43, asq_eff=6.7e+00, igsq=0.0001
Steps remaining: 94, asq_eff=6.5e+00, igsq=0.0001
Reset #44, asq_eff=6.7e+00, igsq=0.0001
Non-optimal solve at igsq=1.00e-04 and asq=6.65e+00, N_step=276
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.018
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.018
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.018
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.018
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.1
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.1
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.1
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.1
Reset #1, asq_eff=2.3e+00, igsq=0.1
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.2
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.2
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.2
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.2
Reset #1, asq_eff=2.3e+00, igsq=0.2
Non-optimal solve at igsq=2.00e-01 and asq=1.00e+00, N_step=111
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.3
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.3
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.3
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.3
Reset #1, asq_eff=2.3e+00, igsq=0.3
Reset #2, asq_eff=1.8e+00, igsq=0.3
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.5
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.5
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.5
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.5
Reset #1, asq_eff=1.7e+00, igsq=0.5
Reset #2, asq_eff=1.3e+00, igsq=0.5
Reset #3, asq_eff=1.2e+00, igsq=0.5
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.7653668647301797
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.7653668647301797
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.7653668647301797
Reset #1, asq_eff=7.0e+01, igsq=0.7653668647301797
Steps remaining: 24, asq_eff=5.9e+01, igsq=0.7653668647301797
Reset #2, asq_eff=2.8e+01, igsq=0.7653668647301797
Reset #3, asq_eff=7.4e+00, igsq=0.7653668647301797
Failed on igsq:  0.7653668647301797 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.7653668647301797 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.7653668647301797 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.7653668647301797 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=7.65e-01 and asq=7.38e+00, N_step=120
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.85
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.85
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.85
Reset #1, asq_eff=1.4e+02, igsq=0.85
Steps remaining: 26, asq_eff=8.3e+01, igsq=0.85
Reset #2, asq_eff=2.0e+01, igsq=0.85
Failed on igsq:  0.85 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.85 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.85 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=8.50e-01 and asq=1.96e+01, N_step=106
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.9
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.9
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.9
Reset #1, asq_eff=9.9e+01, igsq=0.9
Steps remaining: 25, asq_eff=7.0e+01, igsq=0.9
Reset #2, asq_eff=9.1e+01, igsq=0.9
Reset #3, asq_eff=7.3e+01, igsq=0.9
Reset #4, asq_eff=7.2e+01, igsq=0.9
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.9 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=9.00e-01 and asq=7.17e+01, N_step=104
Steps remaining: 99, asq_eff=4.2e+14, igsq=0.95
Steps remaining: 69, asq_eff=1.6e+10, igsq=0.95
Steps remaining: 39, asq_eff=5.8e+05, igsq=0.95
Steps remaining: 9, asq_eff=2.1e+01, igsq=0.95
Reset #1, asq_eff=3.6e+01, igsq=0.95
Reset #2, asq_eff=3.9e+01, igsq=0.95
Reset #3, asq_eff=3.7e+01, igsq=0.95
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Failed on igsq:  0.95 Reordering of (A, B) failed because the transformed matrix pair (A, B) would be too far from generalized Schur form; the problem is very ill-conditioned. (A, B) may have been partially reordered.
Non-optimal solve at igsq=9.50e-01 and asq=3.71e+01, N_step=101
K_usable is not stable
Results list length:  26
K_usable is not stable
Results list length:  27
K_usable is not stable
Results list length:  28
K_usable is not stable
Results list length:  29
Calculating Full Results Now:
Captured stderr call

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100%|██████████| 5/5 [47:12<00:00, 556.35s/it]
100%|██████████| 5/5 [47:12<00:00, 566.60s/it]

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captured errors:
folder = 'ExampleModels'

    @pytest.mark.parametrize(
        'folder',
        [
            #'ExampleModels_rescale',
            'ExampleModels',
            'ExampleModels_working',
            'ExampleModels_working_F3',
            'ExampleModels_newFOM',
            'ExampleModels_newFOM_F3',
            'ExampleModels_DARMFOM',
        ]
    )
    def T_calc_HiB(folder):
        sysB = get_systemB(folder = folder)
        io_scales = file_io.load(fjoin(folder, 'io_scales.yml')) # Saved by the normalization in the make function
    
        if '_F3' in folder:
            FOM_out = ["F3.out", "F2.out"]
        else:
            FOM_out = ["FBNS.out", "F2.out"]
        wn_in = ["S.in", "O.in"]
        Zinf = ["Zinf.in"]
        control_in = ["U.in"]
        meas_out = ["T.out"]
    
        sysB.sys = ssutil.scale_io(sysB.sys, FOM_out[0], FBNS_scale)
        sysB.sys = ssutil.scale_io(sysB.sys, FOM_out[1], FFlat_scale)
    
        # Scale the DARM output
        if 'DARM.out' in sysB.sys.outputs.keys():
            print('scaling DARM')
            DARM_scale_factor = strain2m * SNR_intg_factor
            sysB.sys = ssutil.scale_io(sysB.sys, 'DARM.out', DARM_scale_factor)
    
        params = {}
        if folder == 'ExampleModels':
            params['F1_gain'] = np.geomspace(1e1, 1e5, 5) * 1/FBNS_scale # was 1e1 3e3
        # elif folder == 'ExampleModels_newFOM_F3':
        #     params['F1_gain'] = np.geomspace(1e-6, 1e-3, 5) * 1/FBNS_scale
        else:
            params["F1_gain"] = np.geomspace(4e1, 1e5, 6) * 1/FBNS_scale
            #params["F1_gain"] = np.array([0.09146101038546522])
    
        params["igsq_capture"] = [
            1e-4,  # gain-100 limit
            1.8e-2,  # 1 deg, around gain-10
            1e-1,  # 6 deg
            0.20,  # 11.5 deg
            0.3,  # 17 deg
            0.5,  # 30 deg
            0.7653668647301797,  # 45 deg
            0.85,  # 50.0 deg
            0.90,  # 53.5 deg
            0.95,  # 56.5 deg
            # above this it gets very hairy
            # these are 10 solutions
        ]
    
        # params["igsq_capture"] = np.geomspace(1e-6, 0.99, 40)
        # params["igsq_capture"] = np.concatenate([np.geomspace(1e-6, 0.1, 6), np.geomspace(.1, 0.95, 6)])
    
        plotting_omega = np.logspace(-3, 4, 1000) * 2 * np.pi
        results_Hib_bare = compute.calcOpt(
            sysB.sys,
            control_in,
            wn_in,
            meas_out,
            FOM_out,
            params,
            Zinf=Zinf,
            solver="HB",
            plant_orig=sysB.orig_plant,
            BH_solver = BH1solverset,
            debug_mode=True,
        )
    
        print("Calculating Full Results Now:")
>       results_Hib = compute.calcFullResults(
            results_Hib_bare,
            colormap="RdYlGn",
            plot_omega=plotting_omega,
            color_param="igsq",
            label=False,
            io_scales = io_scales,
        )

/builds/buzz/test/ASC_SOLVER/test_solver_ADY.py:447: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 
/builds/buzz/src/buzz/compute.py:486: in calcFullResults
    CL, CL_all_io = connectK(result)
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

bunch = {'F1_gain': 10.0, 'F2_gain': 1.0, 'FOM_out': ['FBNS.out', 'F2.out'], 'K': MIMOStateSpace with 
 inputs ['C.in'], 
 outputs ['C.out'], 
 and 37 dimensional states, ...}

    def connectK(bunch):
        # this function gives G/(1-G) as the closed loop gain
        plant = bunch['plant']
        # plant_sc = bunch['plant_scaled']
        K = bunch['K']
        control_in = bunch['control_in']
        meas_out = bunch['meas_out']
        K_inname = iodutil.listinputs(K)[0]
        K_outname = iodutil.listoutputs(K)[0]
    
        conlist = [[K_inname, meas_out[0]], [control_in[0], K_outname]]
        # print("CONLIST: ", conlist)
        # print("IOD pl", plant.iod)
        # print("IOD K", K.iod)
        # CL_all_io = ssutil.multiconnect([K, plant], conlist)
        CL_all_io = ssutil.multiconnect([plant, K], conlist)
>       CL_all_io = CL_all_io.topological_sort()
E       AttributeError: 'MIMOStateSpace' object has no attribute 'topological_sort'

/builds/buzz/src/buzz/compute.py:347: AttributeError