CASP8 Server only Evaluation

Domain: FM: First-Score scores

This web-page is non-intuitive, but loaded with action. READ THIS:

• the design of this page is inspired by (=stolen from) the wonderful ROBETTA evaluation pages;
• mouse-click on TS, TR or CS field in the table header sorts the column in descending order;
• second mouse-click on the same TS, TR or CS field sorts the column in ascending order;
• mouse-click on the GROUP field sorts the groups alphabetically;
• mouse-over a score in the table shows the target number, server name and the model, this is handy for large tables and for the "Best", as you see the model number right away;
• mouse-click on a target number downloads a PyMOL script to display the rainbow-colored structure;
• mouse-double-click on a target number downloads the PDB file processed to match the target sequence. These processed PDBs are also available here;
• Ctrl-mouse-click on a target number downloads unmodified PDB;
• mouse-click on a TS, TR or CS score downloads a PyMOL script to display a superposition of the target (green) and the model (cyan, yellow, orange and red for Cα within 1, 2, 4, and 8Å for TS and TR; and with residue fractional contribution more than 0.89, 0.74, 0.57 and 0.41 for CS, respectively, dark gray for regions not in the target structure, blue for residues contributing to "repulsion" of TR score);
• mouse-double-click on a TS, TR or CS score downloads a PyMOL script to display the model colored as described above;
• mouse-click on a group name or number highlights the row, repeated click removes the highlight. This is handy to follow the group while re-sorting by different scores or targets.

WARNING: these tables are generated automatically and do not represent the final word in CASP8 assessment. For other automatic evaluations see Baker, Cheng, McGuffin, Zhang.

questions, comments, suggestions: shuoyong.shi@utsouthwestern.edu

Target Categories in CASP8		First	Score from First model only
CM_easy:	Top 10 First-GTD_TS avg ≥ 81	Best	Score from Best scoring model (up to 5)
CM_medium:	Top 10 First-GDT_TS avg ≥ 67	Z-score	Z-score computed on the target scores
CM_hard:	Top 10 First-GDT_TS avg ≥ 52	TS	GDT_TS score by LGA 1)
FR:	Top 10 First-GDT_TS avg ≥ 30	TR	GDT_TS score by LGA 1) minus penalty
FM:	Top 10 First-GDT_TS avg < 30	CS	Contact score based on intramolecular distances
All Targets:	Everything combined	SUM	The sum of scores for all models

CM_easy:	[First-score]	[First-Z score]	[Best-score]	[Best-Z score]
CM_medium:	[First-score]	[First-Z score]	[Best-score]	[Best-Z score]
CM_hard:	[First-score]	[First-Z score]	[Best-score]	[Best-Z score]
FR:	[First-score]	[First-Z score]	[Best-score]	[Best-Z score]
FM:	[First-score]	[First-Z score]	[Best-score]	[Best-Z score]		[GoTo Evaluation on whole chain]
All Targets:	[First-score]	[First-Z score]	[Best-score]	[Best-Z score]

5 domains: text file [GoTo Human/Server Evaluation]

#	GROUP ↓	TS ↓	TR ↓	CS ↓	TS ↓	TR ↓	CS ↓	TS ↓	TR ↓	CS ↓	TS ↓	TR ↓	CS ↓	TS ↓	TR ↓	CS ↓	TS ↓	TR ↓	CS ↓	TS ↓	TR ↓	CS ↓	↓ GROUP	#
		SUM			397_1			405_2			407_2			465			496_1			SUM
					alig targ			alig targ			alig targ			alig targ			alig targ
1	Zhang‑Server	129.23	100.39	169.56	28.96	19.82	30.90	14.23	12.36	27.29	31.70	24.40	29.86	29.75	23.42	45.21	24.59	20.39	36.30	129.23	100.39	169.56	Zhang‑Server	1
2	MUFOLD‑MD	128.27	105.80	182.59	33.54	31.10	36.68	22.73	15.15	35.18	21.39	17.61	26.72	25.41	20.73	42.18	25.20	21.21	41.83	128.27	105.80	182.59	MUFOLD‑MD	2
3	BAKER‑ROBETTA	127.26	103.99	170.14	29.57	23.88	32.47	20.57	18.18	32.62	28.35	22.68	26.90	24.79	17.91	44.13	23.98	21.34	34.02	127.26	103.99	170.14	BAKER‑ROBETTA	3
4	FALCON	120.19	101.79	180.32	26.83	25.20	39.72	18.54	13.99	32.63	19.84	16.41	25.80	31.20	23.76	44.73	23.78	22.43	37.44	120.19	101.79	180.32	FALCON	4
5	Phyre_de_novo	119.96	103.91	160.42	23.78	19.51	32.21	12.68	11.92	25.85	44.59	40.46	46.66	18.18	15.56	25.39	20.73	16.46	30.31	119.96	103.91	160.42	Phyre_de_novo	5
6	RBO‑Proteus	117.92	99.28	175.54	25.61	21.14	32.31	23.68	18.82	37.26	19.59	17.01	23.28	28.51	22.73	47.29	20.53	19.58	35.40	117.92	99.28	175.54	RBO‑Proteus	6
7	pro‑sp3‑TASSER	115.80	98.20	139.35	25.30	21.24	27.96	13.04	10.96	24.81	34.79	30.84	34.93	24.38	20.80	35.97	18.29	14.36	15.68	115.80	98.20	139.35	pro‑sp3‑TASSER	7
8	PSI	112.01	95.65	169.17	23.78	21.34	30.32	15.91	14.39	32.48	22.16	19.59	19.78	22.52	18.11	41.73	27.64	22.22	44.86	112.01	95.65	169.17	PSI	8
9	METATASSER	110.44	94.00	161.56	33.54	27.85	35.43	15.79	13.16	29.97	17.27	14.26	25.56	21.69	19.15	39.34	22.15	19.58	31.26	110.44	94.00	161.56	METATASSER	9
10	RAPTOR	108.30	90.42	157.29	25.30	21.85	29.41	18.18	11.64	28.57	18.56	16.67	26.54	20.45	17.29	35.13	25.81	22.97	37.64	108.30	90.42	157.29	RAPTOR	10
11	SAM‑T08‑server	107.57	93.13	148.02	23.17	19.51	30.43	19.14	15.47	25.76	16.50	15.12	22.04	24.17	21.01	40.68	24.59	22.02	29.11	107.57	93.13	148.02	SAM‑T08‑server	11
12	BioSerf	106.03	91.31	154.56	24.39	22.66	27.07	16.87	12.28	28.81	22.16	17.87	23.80	20.66	18.18	38.62	21.95	20.32	36.26	106.03	91.31	154.56	BioSerf	12
13	MULTICOM‑REFINE	102.60	84.86	144.78	22.87	20.12	30.47	14.12	13.48	23.76	22.94	18.64	25.88	24.17	14.12	40.62	18.50	18.50	24.05	102.60	84.86	144.78	MULTICOM‑REFINE	13
14	MULTICOM‑CLUSTER	98.28	85.27	139.58	22.26	19.11	30.39	15.55	13.72	21.17	18.04	16.32	24.40	22.31	17.49	39.71	20.12	18.63	23.91	98.28	85.27	139.58	MULTICOM‑CLUSTER	14
15	fais‑server	97.57	83.13	118.89	21.04	19.11	23.27	10.17	8.37	7.67	22.68	18.13	26.14	24.17	20.18	31.29	19.51	17.34	30.52	97.57	83.13	118.89	fais‑server	15
16	MUProt	96.61	79.83	137.14	21.95	20.02	31.42	10.88	8.49	13.36	20.10	18.64	27.75	24.17	14.12	40.62	19.51	18.56	23.99	96.61	79.83	137.14	MUProt	16
17	Distill	95.96	78.20	142.44	20.12	15.24	29.84	16.27	13.52	27.90	16.75	12.29	20.44	20.87	17.91	34.05	21.95	19.24	30.21	95.96	78.20	142.44	Distill	17
18	HHpred4	95.42	75.76	102.34	22.56	15.85	24.93	9.45	7.66	5.97	15.21	13.14	18.59	26.86	22.04	31.31	21.34	17.07	21.54	95.42	75.76	102.34	HHpred4	18
19	mGenTHREADER	95.35	86.34	117.86	29.88	25.00	34.05	14.12	13.56	16.95	16.50	15.12	17.59	17.98	16.67	30.44	16.87	15.99	18.83	95.35	86.34	117.86	mGenTHREADER	19
20	FAMSD	95.01	81.42	141.49	20.43	17.28	24.02	14.47	11.96	28.62	20.36	18.30	27.55	20.04	16.60	31.52	19.71	17.28	29.78	95.01	81.42	141.49	FAMSD	20
21	Poing	94.72	77.89	119.68	25.30	20.73	28.89	12.56	8.33	18.66	19.59	16.15	23.26	17.56	14.39	20.70	19.71	18.29	28.17	94.72	77.89	119.68	Poing	21
22	Phragment	94.18	82.31	126.92	20.73	19.51	28.58	14.47	12.16	20.94	21.91	19.16	26.88	17.56	15.63	26.08	19.51	15.85	24.44	94.18	82.31	126.92	Phragment	22
23	FALCON_CONSENSUS	93.95	77.15	136.79	21.04	20.22	31.77	18.54	13.99	32.63	7.99	6.27	-3.73	27.07	22.38	42.97	19.31	14.29	33.15	93.95	77.15	136.79	FALCON_CONSENSUS	23
24	MULTICOM‑CMFR	93.83	84.44	122.71	22.56	19.71	25.35	14.23	13.60	23.77	21.39	17.61	26.83	17.15	15.29	22.78	18.50	18.23	23.98	93.83	84.44	122.71	MULTICOM‑CMFR	24
25	forecast	93.41	80.01	108.54	25.30	19.71	20.51	13.88	12.96	18.98	17.78	15.38	23.56	16.53	15.56	20.70	19.92	16.40	24.79	93.41	80.01	108.54	forecast	25
26	nFOLD3	92.46	79.95	131.09	21.34	19.71	21.25	13.16	10.85	23.60	20.88	17.44	24.69	17.77	14.67	32.38	19.31	17.28	29.17	92.46	79.95	131.09	nFOLD3	26
27	MUFOLD‑Server	92.31	72.29	141.40	22.87	19.21	36.19	12.68	8.97	25.89	17.78	10.22	23.16	22.11	17.70	33.17	16.87	16.19	22.99	92.31	72.29	141.40	MUFOLD‑Server	27
28	Pcons_dot_net	90.87	78.18	125.34	22.56	18.80	25.88	22.61	17.66	38.00	0.00	0.00	-5.92	23.14	20.45	32.98	22.56	21.27	34.40	90.87	78.18	125.34	Pcons_dot_net	28
29	FEIG	89.45	77.96	119.89	21.95	19.11	34.26	12.08	10.41	20.44	15.21	13.49	24.37	22.73	19.77	31.24	17.48	15.18	9.58	89.45	77.96	119.89	FEIG	29
30	HHpred2	89.30	79.57	97.32	21.04	19.71	25.65	9.45	7.66	5.97	13.66	13.49	15.61	26.86	22.86	29.39	18.29	15.85	20.70	89.30	79.57	97.32	HHpred2	30
31	HHpred5	88.24	74.29	105.24	20.73	18.80	24.90	9.45	7.66	5.97	13.92	11.43	18.12	26.86	22.04	31.31	17.28	14.36	24.94	88.24	74.29	105.24	HHpred5	31
32	MULTICOM‑RANK	88.08	71.80	106.52	19.82	14.43	30.23	10.88	10.45	13.13	20.88	16.92	26.82	19.63	16.18	27.29	16.87	13.82	9.05	88.08	71.80	106.52	MULTICOM‑RANK	32
33	Phyre2	87.73	73.56	105.94	25.61	20.02	29.68	10.65	9.85	12.67	15.21	13.14	18.43	17.36	16.39	19.88	18.90	14.16	25.28	87.73	73.56	105.94	Phyre2	33
34	SAM‑T06‑server	87.24	77.27	116.97	18.90	17.68	17.70	12.68	12.20	22.86	17.53	14.95	23.85	20.45	15.91	28.11	17.68	16.53	24.45	87.24	77.27	116.97	SAM‑T06‑server	34
35	3Dpro	87.18	77.44	122.25	21.65	20.12	25.53	16.03	13.36	22.99	15.46	15.46	22.71	17.98	15.29	28.71	16.06	13.21	22.31	87.18	77.44	122.25	3Dpro	35
36	pipe_int	86.49	75.15	119.83	18.90	15.85	21.27	12.08	10.49	29.85	16.50	13.92	23.14	23.97	20.39	19.19	15.04	14.50	26.38	86.49	75.15	119.83	pipe_int	36
37	mariner1	86.18	70.34	84.03	24.09	17.07	25.71	12.68	12.36	12.69	15.98	14.43	19.10	18.39	15.50	9.74	15.04	10.98	16.79	86.18	70.34	84.03	mariner1	37
38	3D‑JIGSAW_V3	85.50	69.86	45.95	18.90	14.63	7.52	9.69	7.22	-8.10	16.50	12.54	8.27	22.73	18.87	17.86	17.68	16.60	20.40	85.50	69.86	45.95	3D‑JIGSAW_V3	38
39	RANDOM	84.99	71.91	84.99	19.60	16.84	19.60	11.91	10.16	11.91	18.81	15.96	18.81	17.30	14.39	17.30	17.37	14.56	17.37	84.99	71.91	84.99	RANDOM	39
40	3DShot2	84.16	70.08	91.69	18.90	15.55	18.65	11.84	9.97	16.84	14.18	11.60	18.61	25.62	22.25	32.06	13.62	10.71	5.53	84.16	70.08	91.69	3DShot2	40
41	3D‑JIGSAW_AEP	80.34	71.55	72.90	19.21	15.75	18.34	10.77	9.61	1.98	14.69	12.97	8.14	18.39	17.84	24.40	17.28	15.38	20.04	80.34	71.55	72.90	3D‑JIGSAW_AEP	41
42	MUSTER	79.82	67.75	93.70	18.29	14.43	24.00	12.32	10.69	15.70	14.18	13.06	22.57	16.74	14.26	20.75	18.29	15.31	10.68	79.82	67.75	93.70	MUSTER	42
43	FOLDpro	79.44	68.76	89.54	21.95	20.22	25.88	10.17	9.81	10.14	15.72	13.14	19.13	17.98	15.29	27.34	13.62	10.30	7.05	79.44	68.76	89.54	FOLDpro	43
44	COMA‑M	77.98	69.16	51.84	20.73	18.90	24.17	11.72	10.61	-4.61	0.00	0.00	-5.92	25.41	21.56	14.61	20.12	18.09	23.59	77.98	69.16	51.84	COMA‑M	44
45	keasar‑server	77.66	67.04	94.99	31.40	23.88	38.21	10.41	8.97	10.28				16.74	15.56	17.21	19.11	18.63	29.29	77.66	67.04	94.99	keasar‑server	45
46	schenk‑torda‑server	76.01	68.49	91.82	19.51	19.11	21.54	10.17	8.57	14.04	15.98	15.12	19.81	16.12	13.77	21.03	14.23	11.92	15.40	76.01	68.49	91.82	schenk‑torda‑server	46
47	Frankenstein	75.84	68.09	75.73	10.98	9.15	-4.18	13.16	11.64	20.71	15.21	15.03	24.06	19.42	17.77	24.68	17.07	14.50	10.46	75.84	68.09	75.73	Frankenstein	47
48	Pcons_local	74.12	66.11	71.64	19.82	15.96	22.67	10.53	9.89	18.81	10.31	9.11	3.97	20.66	19.97	33.61	12.80	11.18	-7.42	74.12	66.11	71.64	Pcons_local	48
49	Pcons_multi	70.03	61.03	88.92	18.90	16.06	20.09	11.12	9.41	19.19	0.00	0.00	-5.92	23.14	20.45	32.98	16.87	15.11	22.58	70.03	61.03	88.92	Pcons_multi	49
50	circle	69.70	62.46	99.38	20.43	19.00	23.73	12.20	11.56	22.16	0.00	0.00	-5.92	17.15	16.05	28.19	19.92	15.85	31.22	69.70	62.46	99.38	circle	50
51	PS2‑server	68.89	58.59	89.62	18.60	15.55	19.78	12.20	9.81	21.56	0.00	0.00	-5.92	17.36	14.12	26.86	20.73	19.11	27.34	68.89	58.59	89.62	PS2‑server	51
52	COMA	67.23	56.48	46.35	19.51	15.45	20.55	11.48	10.13	-3.80	0.00	0.00	-5.92	16.12	12.81	11.93	20.12	18.09	23.59	67.23	56.48	46.35	COMA	52
53	GS‑MetaServer2	67.03	58.68	73.64	8.23	6.20	-6.96	13.40	9.97	17.94	14.43	13.57	20.26	17.56	17.29	31.38	13.41	11.65	11.02	67.03	58.68	73.64	GS‑MetaServer2	53
54	GS‑KudlatyPred	61.49	53.42	72.77	10.98	9.35	-5.72	6.22	5.86	13.79	0.00	0.00	-5.92	23.76	20.39	41.13	20.53	17.82	29.49	61.49	53.42	72.77	GS‑KudlatyPred	54
55	LEE‑SERVER	58.40	52.28	87.38	24.70	22.46	32.72	15.31	13.08	22.78				18.39	16.74	31.88				58.40	52.28	87.38	LEE‑SERVER	55
56	LOOPP_Server	55.25	50.06	22.20	14.02	11.99	0.97	12.56	11.80	-2.64	11.60	11.43	0.20				17.07	14.84	23.67	55.25	50.06	22.20	LOOPP_Server	56
57	huber‑torda‑server	53.67	44.49	16.39	21.34	17.48	22.66	11.60	8.45	7.97				0.00	0.00	-32.79	20.73	18.56	18.55	53.67	44.49	16.39	huber‑torda‑server	57
58	mahmood‑torda‑server	53.60	42.74	69.94	23.48	18.50	23.81							15.08	11.91	22.81	15.04	12.33	23.32	53.60	42.74	69.94	mahmood‑torda‑server	58
59	GeneSilicoMetaServer	52.60	45.11	47.46	8.23	6.20	-6.96	13.40	9.97	17.94	0.00	0.00	-5.92	17.56	17.29	31.38	13.41	11.65	11.02	52.60	45.11	47.46	GeneSilicoMetaServer	59
60	OLGAFS	50.28	44.45	-10.36	16.46	16.06	16.73	8.01	7.82	-14.39				12.40	10.81	-16.61	13.41	9.76	3.91	50.28	44.45	-10.36	OLGAFS	60
61	ACOMPMOD	48.11	40.57	28.42	19.51	15.35	18.27	11.24	10.21	20.41	0.00	0.00	-5.92	17.36	15.01	16.73	0.00	0.00	-21.07	48.11	40.57	28.42	ACOMPMOD	61
62	CpHModels	36.19	32.95	-16.73	0.00	0.00	-9.70	13.88	12.84	13.45	0.00	0.00	-5.92	22.31	20.11	6.51	0.00	0.00	-21.07	36.19	32.95	-16.73	CpHModels	62
63	Pushchino	30.73	27.60	-19.04	21.04	18.39	16.23	9.69	9.21	3.44	0.00	0.00	-5.92	0.00	0.00	-32.79				30.73	27.60	-19.04	Pushchino	63
64	panther_server	29.37	25.85	-45.63	17.38	15.14	4.34				0.00	0.00	-5.92	0.00	0.00	-32.79	11.99	10.71	-11.26	29.37	25.85	-45.63	panther_server	64
65	SAM‑T02‑server	28.72	26.05	-22.34	0.00	0.00	-9.70	11.36	10.49	6.82	0.00	0.00	-5.92	17.36	15.56	7.53	0.00	0.00	-21.07	28.72	26.05	-22.34	SAM‑T02‑server	65
66	rehtnap	28.54	24.42	-74.70	0.00	0.00	-9.70	3.47	3.23	-24.85	15.98	13.06	7.49	9.09	8.13	-26.57	0.00	0.00	-21.07	28.54	24.42	-74.70	rehtnap	66
67	FFASflextemplate	27.53	19.72	-18.45	0.00	0.00	-9.70	10.17	8.01	-1.43	0.00	0.00	-5.92	17.36	11.71	-1.40				27.53	19.72	-18.45	FFASflextemplate	67
68	FFASstandard	27.41	19.84	-39.39	0.00	0.00	-9.70	10.05	8.13	-1.30	0.00	0.00	-5.92	17.36	11.71	-1.40	0.00	0.00	-21.07	27.41	19.84	-39.39	FFASstandard	68
69	FFASsuboptimal	23.14	19.27	-53.87	0.00	0.00	-9.70	6.82	5.98	-13.33	0.00	0.00	-5.92	16.32	13.29	-3.85	0.00	0.00	-21.07	23.14	19.27	-53.87	FFASsuboptimal	69
70	FUGUE_KM	10.88	10.21	-45.72				10.88	10.21	14.06	0.00	0.00	-5.92	0.00	0.00	-32.79	0.00	0.00	-21.07	10.88	10.21	-45.72	FUGUE_KM	70
71	Fiser‑M4T	0.00	0.00	-5.92							0.00	0.00	-5.92							0.00	0.00	-5.92	Fiser‑M4T	71
72	BHAGEERATH																						BHAGEERATH	72
73	YASARA																						YASARA	73
74	test_http_server_01																						test_http_server_01	74