Wow, that was quite a while ago. I remember doing a little distributed.net RC5 challenge on my Pentium MMX 166 @ 200, and my Pentium II 300 @ 450, but I hadn't heard of Folding@home yet. I think the classic Seti client existed back then too, but I've never been much of a fan of SETI.Right now I'm not folding b/c of a CPU fan issue so I can't run my machine all out but I'm in no hurry to get it fixed. I remember back in days when I had a farm of Athlon XPs and I'd be up until 2am fixing PCs just to get them online ASAP.
I don't believe I would call it "fixed". I avg 10k ppd on one of those 800x units. on pretty much all other units except 6014 I'm approx 30k ppd.
During the race in december I found this page useful in configuring the beta client. When you start the client (running under advanced) go to configure, choose the slots tab, click on edit for the smp slot, scroll to the bottom and click on add under extra slot options. In the dialog window that pops up under name put client-type under value you can put advanced or bigadv. then ok it and add another slot option, this time using max-packet-size for the name and then either small, normal and big. this last option lets you choose wu size (~5, ~10 and ~500).
I'll go do that once I finish uni today, which should be pretty early. I'm on class typing this from my laptop, LOL.
-forceasm and -advmethods didn't do anything at all, so hopefully this helps me a bit. :|
I think forceasm and advmethods don't work on the v7 client. For the december race I used client-type advanced and max-packet-size big. I averaged about 12k ppd with my q9400@3.4.
20:38:34:Saving configuration to config.xml
20:38:34:<config>
20:38:34: <!-- FahCore Control -->
20:38:34: <core-priority v='low'/>
20:38:34:
20:38:34: <!-- Folding Slot Configuration -->
20:38:34: <extra-core-args v='-smp8 -advmethods -forceasm'/>
20:38:34:
20:38:34: <!-- Network -->
20:38:34: <proxy v=':8080'/>
20:38:34:
20:38:34: <!-- User Information -->
20:38:34: <passkey v='********************************'/>
20:38:34: <team v='198'/>
20:38:34: <user v='LOL_Wut_Axel'/>
20:38:34:
20:38:34: <!-- Folding Slots -->
20:38:34: <slot id='0' type='SMP'>
20:38:34: <client-type v='advanced'/>
20:38:34: <cpus v='8'/>
20:38:34: <max-packet-size v='big'/>
20:38:34: </slot>
20:38:34:</config>
Started folding on my laptop and got a 7200 WU, much better than my sig desktop which has around 2.5x the processing power.
/DOES NOT UNDERSTAND.
Welcome to folding during a points adjustment period
It should get straightened out soon. Believe it or not, there are folks that are very concerned about keeping people involved with the F@H project
11:38:53:Saving configuration to config.xml
11:38:53:<config>
11:38:53: <!-- FahCore Control -->
11:38:53: <core-priority v='low'/>
11:38:53:
11:38:53: <!-- Network -->
11:38:53: <proxy v=':8080'/>
11:38:53:
11:38:53: <!-- User Information -->
11:38:53: <passkey v='********************************'/>
11:38:53: <team v='198'/>
11:38:53: <user v='LOL_Wut_Axel'/>
11:38:53:
11:38:53: <!-- Folding Slots -->
11:38:53: <slot id='0' type='SMP'>
11:38:53: <client-type v='advanced'/>
11:38:53: <cpus v='8'/>
11:38:53: <max-packet-size v='big'/>
11:38:53: </slot>
11:38:53:</config>
11:39:14:WU00:FS00:Connecting to assign3.stanford.edu:8080
11:39:14:WU00:FS00:News: Welcome to Folding@Home
11:39:14:WU00:FS00:Assigned to work server 171.67.108.60
11:39:14:WU00:FS00:Requesting new work unit for slot 00: READY smp:8 from 171.67.108.60
11:39:14:WU00:FS00:Connecting to 171.67.108.60:8080
11:39:15:WU00:FS00:Downloading 611.99KiB
11:39:22:WU00:FS00:Download 100.00%
11:39:22:WU00:FS00:Download complete
11:39:22:WU00:FS00:Received Unit: id:00 state:DOWNLOAD error:OK project:8011 run:0 clone:603 gen:64 core:0xa4 unit:0x000000916652edcc4efd78e71e75cfc2
11:39:22:WU00:FS00:Starting
11:39:22:WU00:FS00:Running FahCore: "C:\Program Files (x86)\FAHClient/FAHCoreWrapper.exe" C:/Users/Axel/AppData/Roaming/FAHClient/cores/www.stanford.edu/~pande/Win32/AMD64/Core_a4.fah/FahCore_a4.exe -dir 00 -suffix 01 -version 701 -checkpoint 15 -np 8
11:39:22:WU00:FS00:Started FahCore on PID 2848
11:39:22:WU00:FS00:Core PID:1088
11:39:22:WU00:FS00:FahCore 0xa4 started
11:39:22:WU00:FS00:0xa4:
11:39:22:WU00:FS00:0xa4:*------------------------------*
11:39:22:WU00:FS00:0xa4:Folding@Home Gromacs GB Core
11:39:22:WU00:FS00:0xa4:Version 2.27 (Dec. 15, 2010)
11:39:22:WU00:FS00:0xa4:
11:39:22:WU00:FS00:0xa4:Preparing to commence simulation
11:39:22:WU00:FS00:0xa4:- Looking at optimizations...
11:39:22:WU00:FS00:0xa4:- Created dyn
11:39:22:WU00:FS00:0xa4:- Files status OK
11:39:22:WU00:FS00:0xa4:- Expanded 626162 -> 1492924 (decompressed 238.4 percent)
11:39:22:WU00:FS00:0xa4:Called DecompressByteArray: compressed_data_size=626162 data_size=1492924, decompressed_data_size=1492924 diff=0
11:39:22:WU00:FS00:0xa4:- Digital signature verified
11:39:22:WU00:FS00:0xa4:
11:39:22:WU00:FS00:0xa4:Project: 8011 (Run 0, Clone 603, Gen 64)
11:39:22:WU00:FS00:0xa4:
11:39:22:WU00:FS00:0xa4:Assembly optimizations on if available.
11:39:22:WU00:FS00:0xa4:Entering M.D.
11:39:28:WU00:FS00:0xa4:Mapping NT from 8 to 8
11:39:28:WU00:FS00:0xa4:Completed 0 out of 250000 steps (0%)
11:40:08:WU00:FS00:0xa4:Completed 2500 out of 250000 steps (1%)
11:40:50:WU00:FS00:0xa4:Completed 5000 out of 250000 steps (2%)
11:41:30:WU00:FS00:0xa4:Completed 7500 out of 250000 steps (3%)
11:42:10:WU00:FS00:0xa4:Completed 10000 out of 250000 steps (4%)
11:42:49:WU00:FS00:0xa4:Completed 12500 out of 250000 steps (5%)
11:43:27:WU00:FS00:0xa4:Completed 15000 out of 250000 steps (6%)
11:44:06:WU00:FS00:0xa4:Completed 17500 out of 250000 steps (7%)
11:44:45:WU00:FS00:0xa4:Completed 20000 out of 250000 steps (8%)
11:45:25:WU00:FS00:0xa4:Completed 22500 out of 250000 steps (9%)
11:46:04:WU00:FS00:0xa4:Completed 25000 out of 250000 steps (10%)
11:46:43:WU00:FS00:0xa4:Completed 27500 out of 250000 steps (11%)
11:47:21:WU00:FS00:0xa4:Completed 30000 out of 250000 steps (12%)
11:47:59:WU00:FS00:0xa4:Completed 32500 out of 250000 steps (13%)
11:48:38:WU00:FS00:0xa4:Completed 35000 out of 250000 steps (14%)
11:49:17:WU00:FS00:0xa4:Completed 37500 out of 250000 steps (15%)
11:49:55:WU00:FS00:0xa4:Completed 40000 out of 250000 steps (16%)
11:50:33:WU00:FS00:0xa4:Completed 42500 out of 250000 steps (17%)
11:51:12:WU00:FS00:0xa4:Completed 45000 out of 250000 steps (18%)
11:51:50:WU00:FS00:0xa4:Completed 47500 out of 250000 steps (19%)
11:52:29:WU00:FS00:0xa4:Completed 50000 out of 250000 steps (20%)
11:53:08:WU00:FS00:0xa4:Completed 52500 out of 250000 steps (21%)
11:53:47:WU00:FS00:0xa4:Completed 55000 out of 250000 steps (22%)
11:54:25:WU00:FS00:0xa4:Completed 57500 out of 250000 steps (23%)
11:55:03:WU00:FS00:0xa4:Completed 60000 out of 250000 steps (24%)
11:55:42:WU00:FS00:0xa4:Completed 62500 out of 250000 steps (25%)
11:56:20:WU00:FS00:0xa4:Completed 65000 out of 250000 steps (26%)
11:57:00:WU00:FS00:0xa4:Completed 67500 out of 250000 steps (27%)
11:57:38:WU00:FS00:0xa4:Completed 70000 out of 250000 steps (28%)
11:58:16:WU00:FS00:0xa4:Completed 72500 out of 250000 steps (29%)
11:58:57:WU00:FS00:0xa4:Completed 75000 out of 250000 steps (30%)
11:59:36:WU00:FS00:0xa4:Completed 77500 out of 250000 steps (31%)
12:00:15:WU00:FS00:0xa4:Completed 80000 out of 250000 steps (32%)
12:00:55:WU00:FS00:0xa4:Completed 82500 out of 250000 steps (33%)
12:01:37:WU00:FS00:0xa4:Completed 85000 out of 250000 steps (34%)
12:02:18:WU00:FS00:0xa4:Completed 87500 out of 250000 steps (35%)
12:03:00:WU00:FS00:0xa4:Completed 90000 out of 250000 steps (36%)
12:03:41:WU00:FS00:0xa4:Completed 92500 out of 250000 steps (37%)
12:04:23:WU00:FS00:0xa4:Completed 95000 out of 250000 steps (38%)
12:05:03:WU00:FS00:0xa4:Completed 97500 out of 250000 steps (39%)
12:05:42:WU00:FS00:0xa4:Completed 100000 out of 250000 steps (40%)
12:06:20:WU00:FS00:0xa4:Completed 102500 out of 250000 steps (41%)
12:06:58:WU00:FS00:0xa4:Completed 105000 out of 250000 steps (42%)
12:07:36:WU00:FS00:0xa4:Completed 107500 out of 250000 steps (43%)
12:08:14:WU00:FS00:0xa4:Completed 110000 out of 250000 steps (44%)
12:08:53:WU00:FS00:0xa4:Completed 112500 out of 250000 steps (45%)
12:09:31:WU00:FS00:0xa4:Completed 115000 out of 250000 steps (46%)
12:10:14:WU00:FS00:0xa4:Completed 117500 out of 250000 steps (47%)
12:10:56:WU00:FS00:0xa4:Completed 120000 out of 250000 steps (48%)
12:11:37:WU00:FS00:0xa4:Completed 122500 out of 250000 steps (49%)
12:12:16:WU00:FS00:0xa4:Completed 125000 out of 250000 steps (50%)
12:12:55:WU00:FS00:0xa4:Completed 127500 out of 250000 steps (51%)
12:13:36:WU00:FS00:0xa4:Completed 130000 out of 250000 steps (52%)
12:14:17:WU00:FS00:0xa4:Completed 132500 out of 250000 steps (53%)
12:14:59:WU00:FS00:0xa4:Completed 135000 out of 250000 steps (54%)
12:15:40:WU00:FS00:0xa4:Completed 137500 out of 250000 steps (55%)
12:16:22:WU00:FS00:0xa4:Completed 140000 out of 250000 steps (56%)
12:17:04:WU00:FS00:0xa4:Completed 142500 out of 250000 steps (57%)
12:17:45:WU00:FS00:0xa4:Completed 145000 out of 250000 steps (58%)
12:18:27:WU00:FS00:0xa4:Completed 147500 out of 250000 steps (59%)
12:19:08:WU00:FS00:0xa4:Completed 150000 out of 250000 steps (60%)
12:19:50:WU00:FS00:0xa4:Completed 152500 out of 250000 steps (61%)
12:20:30:WU00:FS00:0xa4:Completed 155000 out of 250000 steps (62%)
12:21:09:WU00:FS00:0xa4:Completed 157500 out of 250000 steps (63%)
12:21:48:WU00:FS00:0xa4:Completed 160000 out of 250000 steps (64%)
12:22:30:WU00:FS00:0xa4:Completed 162500 out of 250000 steps (65%)
12:23:14:WU00:FS00:0xa4:Completed 165000 out of 250000 steps (66%)
12:23:58:WU00:FS00:0xa4:Completed 167500 out of 250000 steps (67%)
12:24:38:WU00:FS00:0xa4:Completed 170000 out of 250000 steps (68%)
12:25:17:WU00:FS00:0xa4:Completed 172500 out of 250000 steps (69%)
12:25:56:WU00:FS00:0xa4:Completed 175000 out of 250000 steps (70%)
12:26:34:WU00:FS00:0xa4:Completed 177500 out of 250000 steps (71%)
12:27:13:WU00:FS00:0xa4:Completed 180000 out of 250000 steps (72%)
12:27:51:WU00:FS00:0xa4:Completed 182500 out of 250000 steps (73%)
12:28:30:WU00:FS00:0xa4:Completed 185000 out of 250000 steps (74%)
12:29:09:WU00:FS00:0xa4:Completed 187500 out of 250000 steps (75%)
12:29:49:WU00:FS00:0xa4:Completed 190000 out of 250000 steps (76%)
12:30:29:WU00:FS00:0xa4:Completed 192500 out of 250000 steps (77%)
12:31:11:WU00:FS00:0xa4:Completed 195000 out of 250000 steps (78%)
12:31:52:WU00:FS00:0xa4:Completed 197500 out of 250000 steps (79%)
12:32:32:WU00:FS00:0xa4:Completed 200000 out of 250000 steps (80%)
12:33:13:WU00:FS00:0xa4:Completed 202500 out of 250000 steps (81%)
12:33:54:WU00:FS00:0xa4:Completed 205000 out of 250000 steps (82%)
12:34:35:WU00:FS00:0xa4:Completed 207500 out of 250000 steps (83%)
12:35:18:WU00:FS00:0xa4:Completed 210000 out of 250000 steps (84%)
12:36:01:WU00:FS00:0xa4:Completed 212500 out of 250000 steps (85%)
12:36:39:WU00:FS00:0xa4:Completed 215000 out of 250000 steps (86%)
12:37:18:WU00:FS00:0xa4:Completed 217500 out of 250000 steps (87%)
12:37:57:WU00:FS00:0xa4:Completed 220000 out of 250000 steps (88%)
12:38:37:WU00:FS00:0xa4:Completed 222500 out of 250000 steps (89%)
12:39:17:WU00:FS00:0xa4:Completed 225000 out of 250000 steps (90%)
12:39:56:WU00:FS00:0xa4:Completed 227500 out of 250000 steps (91%)
12:40:34:WU00:FS00:0xa4:Completed 230000 out of 250000 steps (92%)
12:41:14:WU00:FS00:0xa4:Completed 232500 out of 250000 steps (93%)
12:41:53:WU00:FS00:0xa4:Completed 235000 out of 250000 steps (94%)
12:42:32:WU00:FS00:0xa4:Completed 237500 out of 250000 steps (95%)
12:43:12:WU00:FS00:0xa4:Completed 240000 out of 250000 steps (96%)
12:43:51:WU00:FS00:0xa4:Completed 242500 out of 250000 steps (97%)
12:44:30:WU00:FS00:0xa4:Completed 245000 out of 250000 steps (98%)
12:45:09:WU00:FS00:0xa4:Completed 247500 out of 250000 steps (99%)
12:45:10:WU01:FS00:Connecting to assign3.stanford.edu:8080
12:45:10:WU01:FS00:News: Welcome to Folding@Home
12:45:10:WU01:FS00:Assigned to work server 171.67.108.60
12:45:10:WU01:FS00:Requesting new work unit for slot 00: RUNNING smp:8 from 171.67.108.60
12:45:10:WU01:FS00:Connecting to 171.67.108.60:8080
12:45:11:WU01:FS00:Downloading 612.31KiB
12:45:14:WU01:FS00:Download complete
12:45:14:WU01:FS00:Received Unit: id:01 state:DOWNLOAD error:OK project:8011 run:2 clone:1955 gen:51 core:0xa4 unit:0x000000466652edcc4efd7d628fdab163
12:45:49:WU00:FS00:0xa4:Completed 250000 out of 250000 steps (100%)
12:45:49:WU00:FS00:0xa4:DynamicWrapper: Finished Work Unit: sleep=10000
12:45:59:WU00:FS00:0xa4:
12:45:59:WU00:FS00:0xa4:Finished Work Unit:
12:45:59:WU00:FS00:0xa4:- Reading up to 895524 from "00/wudata_01.trr": Read 895524
12:45:59:WU00:FS00:0xa4:trr file hash check passed.
12:45:59:WU00:FS00:0xa4:- Reading up to 530816 from "00/wudata_01.xtc": Read 530816
12:45:59:WU00:FS00:0xa4:xtc file hash check passed.
12:45:59:WU00:FS00:0xa4:edr file hash check passed.
12:45:59:WU00:FS00:0xa4:logfile size: 22681
12:45:59:WU00:FS00:0xa4:Leaving Run
12:46:01:WU00:FS00:0xa4:- Writing 1454425 bytes of core data to disk...
12:46:02:WU00:FS00:0xa4:Done: 1453913 -> 1385339 (compressed to 95.2 percent)
12:46:02:WU00:FS00:0xa4: ... Done.
12:46:02:WU00:FS00:0xa4:- Shutting down core
12:46:02:WU00:FS00:0xa4:
12:46:02:WU00:FS00:0xa4:Folding@home Core Shutdown: FINISHED_UNIT
12:46:02:WU00:FS00:FahCore returned: FINISHED_UNIT (100 = 0x64)
12:46:02:WU00:FS00:Sending unit results: id:00 state:SEND error:OK project:8011 run:0 clone:603 gen:64 core:0xa4 unit:0x000000916652edcc4efd78e71e75cfc2
12:46:02:WU00:FS00:Uploading 1.32MiB to 171.67.108.60
12:46:02:WU00:FS00:Connecting to 171.67.108.60:8080
12:46:02:WU01:FS00:Starting
12:46:02:WU01:FS00:Running FahCore: "C:\Program Files (x86)\FAHClient/FAHCoreWrapper.exe" C:/Users/Axel/AppData/Roaming/FAHClient/cores/www.stanford.edu/~pande/Win32/AMD64/Core_a4.fah/FahCore_a4.exe -dir 01 -suffix 01 -version 701 -checkpoint 15 -np 8
12:46:02:WU01:FS00:Started FahCore on PID 756
12:46:02:WU01:FS00:Core PID:1584
12:46:02:WU01:FS00:FahCore 0xa4 started
12:46:03:WU01:FS00:0xa4:
12:46:03:WU01:FS00:0xa4:*------------------------------*
12:46:03:WU01:FS00:0xa4:Folding@Home Gromacs GB Core
12:46:03:WU01:FS00:0xa4:Version 2.27 (Dec. 15, 2010)
12:46:03:WU01:FS00:0xa4:
12:46:03:WU01:FS00:0xa4:Preparing to commence simulation
12:46:03:WU01:FS00:0xa4:- Looking at optimizations...
12:46:03:WU01:FS00:0xa4:- Created dyn
12:46:03:WU01:FS00:0xa4:- Files status OK
12:46:03:WU01:FS00:0xa4:- Expanded 626495 -> 1492924 (decompressed 238.2 percent)
12:46:03:WU01:FS00:0xa4:Called DecompressByteArray: compressed_data_size=626495 data_size=1492924, decompressed_data_size=1492924 diff=0
12:46:03:WU01:FS00:0xa4:- Digital signature verified
12:46:03:WU01:FS00:0xa4:
12:46:03:WU01:FS00:0xa4:Project: 8011 (Run 2, Clone 1955, Gen 51)
12:46:03:WU01:FS00:0xa4:
12:46:03:WU01:FS00:0xa4:Assembly optimizations on if available.
12:46:03:WU01:FS00:0xa4:Entering M.D.
12:46:08:WU00:FS00:Upload 18.92%
12:46:09:WU01:FS00:0xa4:Mapping NT from 8 to 8
12:46:09:WU01:FS00:0xa4:Completed 0 out of 250000 steps (0%)
12:46:14:WU00:FS00:Upload 42.56%
12:46:22:WU00:FS00:Upload 66.21%
12:46:28:WU00:FS00:Upload 85.12%
12:46:33:WU00:FS00:Upload complete
12:46:33:WU00:FS00:Server responded WORK_ACK (400)
12:46:33:WU00:FS00:Final credit estimate, 917.00 points
12:46:33:WU00:FS00:Cleaning up
Looks like my celebrations were too early on.
You just have to take what they give you
I think the difference between a 6901 and a 6904 WU for me was ~40k ppd. When they both take days to finish that is sort of a drag. Perhaps you should continue to celebrate when you get a good WU and take the 8xxx WUs as a new baseline, that way you can be happy instead of sad
That, or work on BOINC projects like World Community Grid (which we are doing a push on right now.) Your points will likely never waiver there, which can be sorta boring as well
I think that's a bit short-sighted. They don't send out WUs just so you can get the big points, they send out WUs to try to figure out the science behind things. Perhaps they just have more of those WUs to send out?Personally, I think it's unacceptable that my desktop, which per Standford's own estimates has more than 4x the processing power as my laptop, is getting the exact same work units. Completely unacceptable.
I think that's a bit short-sighted. They don't send out WUs just so you can get the big points, they send out WUs to try to figure out the science behind things. Perhaps they just have more of those WUs to send out?
Yes, I agree that F@H's point system is basically semi-fubar, but what can you do?
If you want steady points, look into GPU folding.
Exactly. They do what they must because they can. For Science.
GPU folding doesn't even have bonus, TMK, so it is very predictable. With the three GPUs in my sig, I get 13k ppd everyday. And I mean like clockwork.
Well, if I'm honest, I'm more in this for the competition, though I do value the scientific research. To that point, remember that the simpler/smaller work units means what you're sending is less scientifically significant.
Also, the VAST majority of computers are folding uniprocessor or smp2. Those are, by extension, the units which get worked on and sent the most. So I very much doubt those are the only units available. It's simply shenanigans those of us with high-end components have to deal with. In the last 24 hours I have accumulated roughly 25K points, but all I'm getting are crappy 8011 WUs. I am seriously considering quitting.
As for GPU folding, that is definitely a valid argument. With that alone I can now see why some people would forgo CPU folding, even if it means 2-4x higher power consumption and costlier components.
1) AFAIK the client doesn't really choose WUs based on hardware. There is the option in the CLI client, but I've never actually seen that change anything.Well, if I'm honest, I'm more in this for the competition, though I do value the scientific research. To that point, remember that the simpler/smaller work units means what you're sending is less scientifically significant.
Also, the VAST majority of computers are folding uniprocessor or smp2. Those are, by extension, the units which get worked on and sent the most. So I very much doubt those are the only units available. It's simply shenanigans those of us with high-end components have to deal with. In the last 24 hours I have accumulated roughly 25K points, but all I'm getting are crappy 8011 WUs. I am seriously considering quitting.
As for GPU folding, that is definitely a valid argument. With that alone I can now see why some people would forgo CPU folding, even if it means 2-4x higher power consumption and costlier components.
I'm not sure about the "smaller". Systems with more ram could hold larger chunks and are generally newer, faster systems with more cores that will return WUs quicker. So the projects most important to them will go to these systems and have very short deadlines to get the results back soonest so they can send the next WU out and get it back faster (remember that the next in line WU is created from returned results). If the line is 100 WUs long, quick returns makes a huge difference.more important proteins should get divided into smaller parts so they can be more parallelized, run faster, and return quicker
Same for me!Well, if I'm honest, I'm more in this for the competition, though I do value the scientific research.
I was actually talking about differences just in the SMP client. But point noted.I'm not sure about the "smaller". Systems with more ram could hold larger chunks and are generally newer, faster systems with more cores that will return WUs quicker. So the projects most important to them will go to these systems and have very short deadlines to get the results back soonest so they can send the next WU out and get it back faster (remember that the next in line WU is created from returned results). If the line is 100 WUs long, quick returns makes a huge difference.
Return in one day versus return in five days is 100 vs. 500 days to find a possible cure. (Uniprocessor client WUs can have deadlines on the order of 30 or 60 days or more?) So as soon as a short deadline WU is returned, a new WU is created and sent out to the next qualified computer needing another WU. If a 16-core system needs another WU and there is no "special" WU to send the server sends something else. It works the same for your 8-core system.
Also, there is priority set for each project so some fast 8-core systems will get other projects. Imagine a researcher begging the priority setter to give his project higher priority than another researcher!?! So the server will send this one for 10 minutes & and the next for 5 minutes & the next for 20 minutes. What you get depends on where in the priority "steps" the server is.
I bet you could pull down 12-14k ppd with that nice folding GPU you have in your sig. Like you said, that'd be more power consumed.
Hmm... I would think it would difficult the *merit* of the WU you sent back in regards to value to science though.
You missed the -bigadv time when you could have pulled some really awesome PPD with that rig, sadly
1) AFAIK the client doesn't really choose WUs based on hardware. There is the option in the CLI client, but I've never actually seen that change anything.
2) While I understand the frustration of this, the Pande Lab is given money by the NIH, Stanford, and private donors to do scientific research, not to appease donors. A lot of the people that Fold do so because they have loved ones suffering from the conditions that could potentially be treated or even prevented with a better knowledge of protein folding, and that is the number one priority. You matter, obviously, but your butthurt in this situation is really negligible compared to the distress of relatives of and patients suffering from neurodegenerative, malignant, and autoimmune disorders.
3) While the vast majority of computers run the uniprocessor client, it really is insignificant in terms of actual processing power:
http://fah-web.stanford.edu/cgi-bin/main.py?qtype=osstats
I would characterise most uniprocessor clients as running under Windows, and I think this is a fair assumption to make. Considering this, even though the number of active CPUs far outweighs all other clients, look at the FLOPS columns (both native and x86). Linux clients, the vast majority of which would be HPC clients running larger bigadv systems or at the very least smp4, are almost at the level of the entire Windows client; this is not counting Windows SMP clients and GPU clients. Because of the limitations of the uniprocessor client, it is being marginalized to small WUs that require CPU flexibility to run; all other WUs could be much better run on either the SMP or GPU clients. However, small WUs themselves are not necessarily less significant; I don't know how Stanford divides up the proteins into work units, but there is very little correlation in physiology between protein size and importance of function, and even if there were such a correlation, I see no reason for Stanford to divide up proteins so that more important proteins get larger chunks. Indeed, I would see the opposite as being true; more important proteins should get divided into smaller parts so they can be more parallelized, run faster, and return quicker.