Folding Speed

[Prox]

I was wondering how fast everyone's computer is going through frames. With the new timestamp feature I have determined that my computer finishes one about every 20 min. Is this as slow as i think, or is it more normal.

[Diesel]

Here are my initial stats:
T-bird 1GHz - Protein 1APS - 11:30 for each frame
Duron 900@1GHz - Protein 1APS - 11:35 for each frame

I haven't had time to get the new client on any of the other systems just yet, but once I do, I'll post the times.

[WaterB]

i dunno what protien this is but..
12:12 for my Tbird 1.2Ghz

i'll check my 1.13Ghz P3 and 1Ghz Tbird on monday.. stay tuned :)

[BRiT]

TBird 1.59Ghz - Protien 1APS - 7:22 for each frame
TBird 1.59Ghz - Protien 1UBQ - 4:03 for each frame

[WaterB]

where do you look to determine what kind of protein you're folding

[Diesel]

It's at the beginning of the readout for a particular work unit.


[March 18 17:13:06] Working on Unit 02
+ Working ...
[17:13:06] Folding@Home Client Core Version 2.41 (Jan 22, 2002)
[17:13:06]
[17:13:06] Proj: work/wudata_02
[17:13:06] nsteps: 500000 dt: 2.000000 dt_dump: 100.000000 temperature: 300.0000
00
[17:13:06] xyzfile:
[17:13:06] " 389 GNRA hairpin
[17:13:06] 1 OS 19.075845 27.735063 9.047658 31 2..."
[17:13:06] keyfile:
[17:13:06] "NOVERSION
[17:13:06] ARCHIVE
[17:13:06] INTEGRATE stochastic
[17:13:06] FRICTION 91.0
[17:13:06] RATTLE
[17:13:06] solvate g..."
[17:13:06]
[17:13:06] - Couldn't get size info for dyn file: work/wudata_02.dyn
[17:13:06] Starting from initial work packet
[17:13:06]
[17:13:06] Protein: GNRA hairpin
[17:13:06] - Frames Completed: 0, Remaining: 100
[17:13:06] - Dynamic steps required: 500000
[17:13:06]
[17:13:06] Writing local files:
[17:13:06]
[17:13:06] parameters work/wudata_02.prm
[17:13:06] - Writing "work/wudata_02.key": (overwrite)successful.
[17:13:06] - Writing "work/wudata_02.xyz": (overwrite)successful.
[17:13:07] - Writing "work/wudata_02.prm": (overwrite)successful.
[17:13:07] - Writing "work/wudata_02.key": (append)successful.
[17:13:07]
[17:13:07] PROJECT="work/wudata_02", NSTEPS=500000, DT=2.0000, DTDUMP=10.000000,
TEMP=300.00
[17:13:08] TINKER: Software Tools for Molecular Design
[17:13:08] Version 3.8 October 2000
[17:13:08] Copyright (c) Jay William Ponder 1990-2000
[17:13:08] portions Copyright (c) Michael Shirts 2001
[17:13:08] portions Copyright (c) Vijay S Pande 2001
[17:19:18] Finished a frame (1)
[17:25:27] Finished a frame (2)
[17:39:01] Finished a frame (3)
[17:45:13] Finished a frame (4)


BTW, this shows 6:10 for a GNRA Hairpin frame on a T-bird 1GHz.

[WaterB]

there was one that was only taking 2mins for this 1ghz tbird

[WaterB]

i'm gonna pass nooooootch!

[Diesel]

Here's a comprehehsive list of what my systems are running now:


CPU Protein Time per frame
T-bird 1GHz GNRA Hairpin 6:11
Celeron 667@768 GNRA Hairpin 11:26
Duron 900@1GHz GNRA Hairpin 6:12
P3 933 GNRA Hairpin 9:23 (512MB RAM)
P3 933 GNRA Hairpin 9:20 (640MB RAM)
P3 900 GNRA Hairpin 9:33
Celeron 700 GNRA Hairpin 12:37

[Diesel]

T-bird 1GHz - Protein bba5_build_ext ORC-(118,10)
2:25 per frame