Ecosyste.ms: Timeline
Browse the timeline of events for every public repo on GitHub. Data updated hourly from GH Archive.
mkraposhin pushed 1 commit to main mkraposhin/tf-rest-bash-wrappers
- The scripts to extract flow tables from agent 26d92d3
mkraposhin pushed 1 commit to dev mkraposhin/net-burden-apps
- A typo in the UdpPeer declaration was fixed 8ac0f4b
mkraposhin pushed 1 commit to dev mkraposhin/net-burden-apps
- Documentating comments were added to debug_print.h e2f5dff
mkraposhin pushed 1 commit to dev mkraposhin/net-burden-apps
- The first version of the applications aad02ff
mkraposhin created a branch on mkraposhin/net-burden-apps
dev - Holds the source code of applications to test computer networks
mkraposhin created a branch on mkraposhin/net-burden-apps
main - Holds the source code of applications to test computer networks
mkraposhin created a repository: mkraposhin/net-burden-apps
https://github.com/mkraposhin/net-burden-apps - Holds the source code of applications to test computer networks
mkraposhin created a comment on an issue on unicfdlab/libAcoustics
Is your case 2D or 3D? If the case hasn't crashed, then it means there is a memory access error and I hope it will show itself again.
mkraposhin created a comment on a pull request on unicfdlab/libAcoustics
Thank you @talib2024 , I'll update README.md ASAP.
mkraposhin pushed 1 commit to rdym-corr mkraposhin/hybridCentralSolvers
- HO correction to YEqn has been returned b4b4eac
mkraposhin created a comment on an issue on unicfdlab/libAcoustics
One more question: is your mesh static or dynamic (moving)?
mkraposhin created a comment on an issue on unicfdlab/libAcoustics
> Thanks a lot, I will try Because I need some information to localize the source of the error.
mkraposhin created a comment on an issue on unicfdlab/libAcoustics
As the first step, it's neccesary to gather call stack when your simulation fails. Can you try also different partition approaches (scotch / simple / etc)?
mkraposhin created a comment on an issue on unicfdlab/libAcoustics
> By the way, I am using the FW-H method. What is the meaning of OAP printed during the calculation? Thanks OAP = Observed Acoustic Pressure
mkraposhin created a comment on an issue on unicfdlab/libAcoustics
> Thanks for your kind reply. I used top to observe what happened when it crashed. The memory usage seems normal, but the cpu usage is 200% for a single processor, while normally it is 100%. After ...
mkraposhin created a comment on an issue on unicfdlab/libAcoustics
Perhaps, libAcoustics exhausted your memory. Use **top** to analyze the memory consumption.