Minimization

Minimization compares 3 problems.

• Lennard-Jones 38 clusters
• Lennard-Jones 38 clusters with Gaussian force noise
• Morse bulk

Problems3

Codes14

Charts

A shorter bar is a lower cost on a log scale shared by the codes of this problem.

A shorter bar is a lower cost on a log scale shared by the codes of this problem.

A shorter bar is a lower cost on a log scale shared by the codes of this problem.

SVG file

Minimization best ranked cost. Select the plot for the full SVG.

Leaderboard

An archived row is ranked by its PAR-2 when its entry counts its failures, and otherwise by the average it published.

A shorter bar is a lower cost on the log scale for that problem. Select a column heading to sort.

Rank	Problem	Code	Best	Median	Success	PAR-2
1	Lennard-Jones 38 clusters	unknown	79	79	100.0%	79
2	Lennard-Jones 38 clusters	rgmin	81.881	928.197	100.0%	81.881
3	Lennard-Jones 38 clusters	TSASE	166	257.2	100.0%	166
4	Lennard-Jones 38 clusters	OPTIM	176	223.171	100.0%	176
5	Lennard-Jones 38 clusters	pele	179	288.145	100.0%	179
6	Lennard-Jones 38 clusters	eOn	180.137	180.137	100.0%	180.137
7	Lennard-Jones 38 clusters	Eon svn	181	635	100.0%	181
8	Lennard-Jones 38 clusters	DL-FIND	231.908	3048.62	99.8%	231.908
9	Lennard-Jones 38 clusters	GMIN	301.399	301.399	99.7%	301.399
10	Lennard-Jones 38 clusters	ASE	374.645	656	99.9%	374.645
11	Lennard-Jones 38 clusters	vc-SQNM	598.05	598.05	98.9%	598.05
12	Lennard-Jones 38 clusters	Sella	710.089	710.089	100.0%	710.089
13	Lennard-Jones 38 clusters	LAMMPS	1123.81	4361.3	99.7%	1123.81
14	Lennard-Jones 38 clusters	pysisyphus	15124.7	16094.8	25.4%	15124.7
1	Lennard-Jones 38 clusters with Gaussian force noise	rgmin	81.881	197.228	100.0%	81.881
2	Lennard-Jones 38 clusters with Gaussian force noise	DL-FIND	231.908	2747.86	99.8%	231.908
3	Lennard-Jones 38 clusters with Gaussian force noise	pele	268.036	1098.85	99.9%	268.036
4	Lennard-Jones 38 clusters with Gaussian force noise	Eon svn	300.052	300.052	99.5%	300.052
5	Lennard-Jones 38 clusters with Gaussian force noise	GMIN	301.399	301.399	99.7%	301.399
6	Lennard-Jones 38 clusters with Gaussian force noise	ASE	396.55	555.614	99.4%	396.55
7	Lennard-Jones 38 clusters with Gaussian force noise	vc-SQNM	598.05	598.05	98.9%	598.05
8	Lennard-Jones 38 clusters with Gaussian force noise	Sella	729.433	729.433	99.9%	729.433
9	Lennard-Jones 38 clusters with Gaussian force noise	LAMMPS	1123.81	3138.21	99.7%	1123.81
1	Morse bulk	rgmin	8.35	61.89	100.0%	8.35
2	Morse bulk	TSASE	19	8812.68	100.0%	19
3	Morse bulk	Sella	28.89	28.89	100.0%	28.89
4	Morse bulk	ASE	28.91	53.58	100.0%	28.91
5	Morse bulk	GMIN	34.4	34.4	100.0%	34.4
6	Morse bulk	vc-SQNM	40.51	44.62	100.0%	40.51
7	Morse bulk	OPTIM	46	8727.4	100.0%	46
8	Morse bulk	pele	51	92.06	100.0%	51
9	Morse bulk	Eon svn	52	106	100.0%	52
10	Morse bulk	eOn	54.18	54.18	100.0%	54.18
11	Morse bulk	DL-FIND	13626.5	16449.2	32.0%	13626.5
12	Morse bulk	LAMMPS	17656.7	19150.8	12.0%	17656.7

Problems

Problems in this suite.

Problem	System	Atoms	Runs
Lennard-Jones 38 clusters	Lennard-Jones	38	1000
Lennard-Jones 38 clusters with Gaussian force noise	Lennard-Jones	38	1000
Morse bulk	Morse	—	100

A dash means the problem file does not state an atom count.