Program
ATM: Free energy calculations of protein-ligand binding 1.20 (cuda1121)
Filename
p38_A01_A05_r0_4-QUICO_ATM_GAFF2_LOMAP_P38_2-5-6-RND3175
Status
Running
Received
21-2-2026 02:25:14
Report by
26-2-2026 02:25:15
Resources
0.988 CPUs + 1 NVIDIA GPU
Estimated computational size
1,000,000,000 GFLOPs
Processor time
09:51:17
CPU time since checkpoint
00:00:46
Elapsed time
09:57:22
Estimated remaining time
3d 17:42:30
Progress
17.582%
Virtual memory size
3.68 GB
Task size
635.86 MB
Folder
slots/7
Process ID
3520
Progress rate
1.800% per hour
Executable file
wrapper_6.1_windows_x86_64.exe
Application Name
ATM
Plan Class
cuda1121

How is this possible using GPU and CPU at 5 GHz and now after 10 hours it's only at 17.500%?
Is this correct or could there possibly be mistakes that I am making here,

Ignore the estimated time remaining. Boinc client has no clue how long the task will take to run if it has never seen one before to process and get a baseline. Boinc client needs ten samples to calculate the APR or Average Processing Rate on every new application. Only then can the estimated time remaining be somewhat correct.

And as soon as a different type of task or app arrives, throw you current APR values in the bin and start all over again.

How is this possible using GPU and CPU at 5 GHz and now after 10 hours it's only at 17.500%?
Is this correct or could there possibly be mistakes that I am making here,

This gives about 57 hours to reach 100%. This is normal for current P38 tasks.
You can let it run to the end 👍️
You are one of the lucky catchers of one of the currently 36 remaining tasks 🍀️