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## Locate where files are read/used | ## Locate where files are read/used | ||
## The goal is to keep structures in memory and | ## The goal is to keep structures in memory and | ||
### pass the in-memory structures between PAPBNRR and PODM | ### pass the in-memory structures between PAPBNRR and Mesh generators (PODM, CBC3D). | ||
### | ### Implement converters to transform the data structures from PODM/CBC3D into the format used by PAPBNRR. | ||
###* ( | ###* (Possible alternative) Based on Fotis' suggestion VTK structures might be replaced by ITK structures. | ||
### keep data structures in memory between PAPBNRR iterations | ### keep data structures in memory between PAPBNRR iterations. | ||
Revision as of 17:35, 6 April 2018
CBC3D
NRR
Preliminary Results
The MPI Driver is currently running on crtc-gpu.cs.odu.edu. It has run approximately 3000 iterations.
table placeholder
| HD | param1 | param2 | param3 |
| 2.5 | 18 | 12 | 3 |
Current Work
The ongoing work and completed work includes:
- Discussed PAPBNRR compilation with Angelos.
- Angelos compiled everything successfully
- Discussed the required script modifications for PAPBNRR with Angelos.
- Locate process pinning within ITK (Fotis' version)
- This has been temporarily resolved by reserving an entire node on Turing
- Modifications to ITK to remove pinning are on the todo list
- Focus is currently on reduction of intermediary temporary files
- Locate where files are first written and remove need for empty initial files
- Locate where files are read/used
- The goal is to keep structures in memory and
- pass the in-memory structures between PAPBNRR and Mesh generators (PODM, CBC3D).
- Implement converters to transform the data structures from PODM/CBC3D into the format used by PAPBNRR.
- (Possible alternative) Based on Fotis' suggestion VTK structures might be replaced by ITK structures.
- keep data structures in memory between PAPBNRR iterations.
The current focus (i.e., immediate action items) include:
- Review the scripts created by Angelos (Accessible Friday, 6 April, afternoon).
- Explore feasibility of the gnu parallel utility within Angelos' SLURM scripts.
- Modify MPI driver to archive output (image, deformation, HD) for each job
- Explore Python Multi-threaded driver
These items are short term expected to be complete end of day Monday, 9 April.