rgsaddle

rgsaddle is used for saddle search. 0.2.2 at main c0db2b8d.

Versions

Registry pins for this code.
RoleRefCommitSource
saddle search main c0db2b8d333c https://github.com/OmniPotentRPC/rgsaddle

Best cost

Best cost for LJ38 double-ended saddleLJ38 double-ended saddle10²10³10⁴cost (force calls, log scale)OPTIM: 131OPTIM131Eon svn: 235.2Eon svn235.2eOn: 259.46eOn259.46pele: 293pele293geodesic: 1208.42geodesic1208.42COMPASS: 1517.3COMPASS1517.3Sella: 2055.3Sella2055.3rgsaddle: 2145.72rgsaddle2145.72TSASE: 3119.56TSASE3119.56LAMMPS: 4526.2LAMMPS4526.2ASE: 4912.84ASE4912.84
A shorter bar is a lower cost on a log scale shared by the codes of this problem.
Best cost for Lennard-Jones 38 transition-state separationLennard-Jones 38 transition-state separation10²10³10⁴10⁵10⁶cost (force calls, log scale)Eon svn: 502.784Eon svn502.784eOn: 520.333eOn520.333OPTIM: 2885OPTIM2885Sella: 31447.3Sella31447.3pele: 52961.9pele52961.9COMPASS: 100831COMPASS100831rgsaddle: 266216rgsaddle266216geodesic: 412102geodesic412102ASE: 444244ASE444244TSASE: 451753TSASE451753LAMMPS: 451959LAMMPS451959
A shorter bar is a lower cost on a log scale shared by the codes of this problem.
Best cost for Pt heptamer islandPt heptamer island10²10³10⁴cost (force calls, log scale)OPTIM: 103OPTIM103Eon svn: 110Eon svn110pele: 449.746pele449.746geodesic: 824.119geodesic824.119ASE: 926.475ASE926.475rgsaddle: 938.102rgsaddle938.102Sella: 968.525Sella968.525COMPASS: 1078.12COMPASS1078.12TSASE: 2524.53TSASE2524.53LAMMPS: 2668.64LAMMPS2668.64eOn: 3080.19eOn3080.19
A shorter bar is a lower cost on a log scale shared by the codes of this problem.
Best cost for Lennard-Jones 38Lennard-Jones 3810¹10²10³10⁴10⁵cost (force calls, log scale)Sella: 17.8Sella17.8OPTIM: 25OPTIM25pele: 25pele25TSASE: 25TSASE25rgsaddle: 26.12rgsaddle26.12eOn: 26.385eOn26.385Eon svn: 26.385Eon svn26.385pARTn: 2619.84pARTn2619.84pysisyphus: 4017.14pysisyphus4017.14SoftSaddle: 18700.6SoftSaddle18700.6
A shorter bar is a lower cost on a log scale shared by the codes of this problem.
Best cost for Pt heptamer islandPt heptamer island10²10³10⁴cost (force calls, log scale)geodesic: 318.923geodesic318.923eOn: 319.538eOn319.538Eon svn: 336.769Eon svn336.769COMPASS: 561.462COMPASS561.462ASE: 606.923ASE606.923rgsaddle: 732.462rgsaddle732.462LAMMPS: 1398.46LAMMPS1398.46TSASE: 1521.15TSASE1521.15
A shorter bar is a lower cost on a log scale shared by the codes of this problem.
Best cost for Pt heptamer islandPt heptamer island10³10⁴10⁵10⁶10⁷10⁸10⁹cost (force calls, log scale)Sella: 5201.62Sella5201.62SoftSaddle: 10124.2SoftSaddle10124.2rgsaddle: 10128rgsaddle10128eOn: 2e+08eOn2e+08
A shorter bar is a lower cost on a log scale shared by the codes of this problem.
Best cost for Lennard-Jones 38Lennard-Jones 3810¹10²10³10⁴10⁵cost (force calls, log scale)Sella: 68.74Sella68.74OPTIM: 145OPTIM145pele: 192pele192Eon svn: 237Eon svn237eOn: 280.33eOn280.33OptKing: 7030.36OptKing7030.36rgsaddle: 7803.19rgsaddle7803.19pARTn: 20000pARTn20000TSASE: 20000TSASE20000
A shorter bar is a lower cost on a log scale shared by the codes of this problem.
Best cost for Pt heptamer islandPt heptamer island10¹10²10³10⁴cost (force calls, log scale)Sella: 53Sella53OPTIM: 71OPTIM71pele: 88pele88Eon svn: 106Eon svn106eOn: 108.796eOn108.796rgsaddle: 223.898rgsaddle223.898OptKing: 1059.98OptKing1059.98TSASE: 1144.31TSASE1144.31pARTn: 1970.22pARTn1970.22
A shorter bar is a lower cost on a log scale shared by the codes of this problem.

Results

Ranked rows for this code, one version and one method on each row. PAR-2 counts a finished run as the calls it used and a failed run as twice the cap. An archived row shows the average it published, and its PAR-2 applies that rule to the failures the entry records. Scoring rules.

Every ranked row for this code. Select a column heading to sort.
SuiteProblemRowFamilyFamily rankUnitPAR-2PublishedMedian callsMean callsHessiansFD callsFailuresRuns
Double-ended saddle search LJ38 double-ended saddle rgsaddle (0.2.2) · CI-NEB energy-weighted Band / NEB 9 force calls 2145.72 1461.5 1595.72 0 0 crash 0, divergence 0, cap 11, wrong_stationary 0 50
Double-ended saddle search LJ38 double-ended saddle rgsaddle (0.2.2) · CI-NEB Band / NEB 10 force calls 2272.18 1484.5 1617.82 0 0 crash 0, divergence 1, cap 12, wrong_stationary 0 50
Double-ended saddle search LJ38 double-ended saddle rgsaddle (0.2.2) · OCI-NEB Band / NEB 11 force calls 2289.86 1508.5 1639.86 0 0 crash 0, divergence 0, cap 13, wrong_stationary 0 50
Double-ended saddle search LJ38 double-ended saddle rgsaddle (0.2.2) · IDPP CI-NEB Band / NEB 12 force calls 2374.04 1614.5 1670.18 0 0 crash 0, divergence 1, cap 13, wrong_stationary 0 50
Double-ended saddle search LJ38 double-ended saddle rgsaddle (0.2.2) · S-IDPP CI-NEB Band / NEB 14 force calls 2473.46 1454.5 1664.2 0 0 crash 0, divergence 1, cap 15, wrong_stationary 0 50
Double-ended saddle search LJ38 double-ended saddle rgsaddle (0.2.2) · NEB Band / NEB 21 force calls 5000 2478.5 2126.6 0 0 crash 0, divergence 25, cap 25, wrong_stationary 0 50
Double-ended saddle search Lennard-Jones 38 transition-state separation rgsaddle (0.2.2) · CI-NEB energy-weighted Band / NEB 7 force calls 266216 10000 6803.94 0 0 crash 0, divergence 0, cap 27, wrong_stationary 0 51
Double-ended saddle search Lennard-Jones 38 transition-state separation rgsaddle (0.2.2) · CI-NEB Band / NEB 12 force calls 402545 10000 8309.86 0 0 crash 0, divergence 0, cap 37, wrong_stationary 4 51
Double-ended saddle search Lennard-Jones 38 transition-state separation rgsaddle (0.2.2) · OCI-NEB Band / NEB 13 force calls 402564 10000 8470.33 0 0 crash 0, divergence 0, cap 38, wrong_stationary 3 51
Double-ended saddle search Lennard-Jones 38 transition-state separation rgsaddle (0.2.2) · IDPP CI-NEB Band / NEB 16 force calls 431764 10000 8882.94 0 0 crash 0, divergence 0, cap 41, wrong_stationary 3 51
Double-ended saddle search Lennard-Jones 38 transition-state separation rgsaddle (0.2.2) · S-IDPP CI-NEB Band / NEB 17 force calls 441455 10000 8880.2 0 0 crash 0, divergence 0, cap 41, wrong_stationary 4 51
Double-ended saddle search Lennard-Jones 38 transition-state separation rgsaddle (0.2.2) · NEB Band / NEB 24 force calls 500000 10000 9773.86 0 0 crash 0, divergence 3, cap 45, wrong_stationary 3 51
Double-ended saddle search Pt heptamer island rgsaddle (0.2.2) · CI-NEB energy-weighted Band / NEB 9 force calls 938.102 478 561.644 0 0 crash 0, divergence 2, cap 0, wrong_stationary 2 59
Double-ended saddle search Pt heptamer island rgsaddle (0.2.2) · OCI-NEB Band / NEB 11 force calls 975.983 602 823.441 0 0 crash 0, divergence 0, cap 3, wrong_stationary 0 59
Double-ended saddle search Pt heptamer island rgsaddle (0.2.2) · IDPP CI-NEB Band / NEB 12 force calls 1062.46 491 585.729 0 0 crash 0, divergence 5, cap 0, wrong_stationary 0 59
Double-ended saddle search Pt heptamer island rgsaddle (0.2.2) · CI-NEB Band / NEB 13 force calls 1078.42 479 601.542 0 0 crash 0, divergence 5, cap 0, wrong_stationary 0 59
Double-ended saddle search Pt heptamer island rgsaddle (0.2.2) · S-IDPP CI-NEB Band / NEB 15 force calls 1134.93 461 607.153 0 0 crash 0, divergence 5, cap 1, wrong_stationary 0 59
Double-ended saddle search Pt heptamer island rgsaddle (0.2.2) · NEB Band / NEB 21 force calls 6000 533 744.475 0 0 crash 0, divergence 56, cap 3, wrong_stationary 0 59
Lowest eigenvector Lennard-Jones 38 rgsaddle (0.2.2) · Lanczos Minimum mode 3 force calls 26.12 26 26.12 0 0 crash 0, divergence 0, cap 0, wrong_stationary 0 200
Lowest eigenvector Lennard-Jones 38 rgsaddle (0.2.2) · Dimer Minimum mode 18 force calls 31.4 23 31.4 0 0 crash 0, divergence 0, cap 0, wrong_stationary 0 200
Nudged elastic band Pt heptamer island rgsaddle (0.2.2) · S-IDPP CI-NEB Band / NEB 4 force calls per band 732.462 682 732.462 0 0 crash 0, divergence 0, cap 0, wrong_stationary 0 13
Nudged elastic band Pt heptamer island rgsaddle (0.2.2) · IDPP CI-NEB Band / NEB 5 force calls per band 735.538 706 735.538 0 0 crash 0, divergence 0, cap 0, wrong_stationary 0 13
Nudged elastic band Pt heptamer island rgsaddle (0.2.2) · CI-NEB Band / NEB 6 force calls per band 736.769 698 736.769 0 0 crash 0, divergence 0, cap 0, wrong_stationary 0 13
Nudged elastic band Pt heptamer island rgsaddle (0.2.2) · CI-NEB energy-weighted Band / NEB 7 force calls per band 759.692 740 759.692 0 0 crash 0, divergence 0, cap 0, wrong_stationary 0 13
Nudged elastic band Pt heptamer island rgsaddle (0.2.2) · OCI-NEB Band / NEB 8 force calls per band 760.769 722 760.769 0 0 crash 0, divergence 0, cap 0, wrong_stationary 0 13
Nudged elastic band Pt heptamer island rgsaddle (0.2.2) · NEB Band / NEB 14 force calls per band 20000 962 970.615 0 0 crash 0, divergence 13, cap 0, wrong_stationary 0 13
Saddle search Pt heptamer island rgsaddle (0.2.2) · Dimer FIRE Minimum mode 2 force calls per search 10128 1013 1011.03 0 0 crash 0, divergence 1, cap 19999, wrong_stationary 0 20000
Saddle search Pt heptamer island rgsaddle (0.2.2) · Dimer L-BFGS Minimum mode 3 force calls per search 10128 1013 1012.16 0 0 crash 0, divergence 0, cap 20000, wrong_stationary 0 20000
Saddle search Pt heptamer island rgsaddle (0.2.2) · Dimer rotation-skip L-BFGS Minimum mode 4 force calls per search 10128 441 479.98 0 0 crash 0, divergence 19718, cap 262, wrong_stationary 20 20000
Saddle search Pt heptamer island rgsaddle (0.2.2) · Lanczos L-BFGS Minimum mode 5 force calls per search 10128 1002 998.34 0 0 crash 0, divergence 4068, cap 15932, wrong_stationary 0 20000
Transition state optimization Lennard-Jones 38 rgsaddle (0.2.2) · Dimer rotation-skip L-BFGS Minimum mode 11 force calls 7803.19 856.5 2926.82 0 0 crash 0, divergence 0, cap 27, wrong_stationary 47 200
Transition state optimization Lennard-Jones 38 rgsaddle (0.2.2) · P-RFO Single-ended saddle 6 force calls 15147 460.5 723.265 0 0 crash 0, divergence 0, cap 3, wrong_stationary 147 200
Transition state optimization Lennard-Jones 38 rgsaddle (0.2.2) · Lanczos L-BFGS Minimum mode 12 force calls 19418.8 10011 9779.39 0 0 crash 0, divergence 0, cap 193, wrong_stationary 0 200
Transition state optimization Lennard-Jones 38 rgsaddle (0.2.2) · Dimer FIRE Minimum mode 13 force calls 19455 3666 4792.34 0 0 crash 0, divergence 164, cap 28, wrong_stationary 0 200
Transition state optimization Lennard-Jones 38 rgsaddle (0.2.2) · Dimer L-BFGS Minimum mode 15 force calls 20000 10011 9991.44 0 0 crash 0, divergence 0, cap 199, wrong_stationary 1 200
Transition state optimization Pt heptamer island rgsaddle (0.2.2) · Dimer rotation-skip L-BFGS Minimum mode 10 force calls 223.898 145 223.898 0 0 crash 0, divergence 0, cap 0, wrong_stationary 0 49
Transition state optimization Pt heptamer island rgsaddle (0.2.2) · Dimer FIRE Minimum mode 13 force calls 3274.14 2337 3070.14 0 0 crash 0, divergence 0, cap 1, wrong_stationary 0 49
Transition state optimization Pt heptamer island rgsaddle (0.2.2) · Lanczos L-BFGS Minimum mode 14 force calls 9736.8 974 5048.08 0 0 crash 0, divergence 0, cap 23, wrong_stationary 0 49
Transition state optimization Pt heptamer island rgsaddle (0.2.2) · Dimer L-BFGS Minimum mode 15 force calls 11854.5 10011 6146.45 0 0 crash 0, divergence 0, cap 28, wrong_stationary 0 49