Product Backlog - Mei

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Mei-Hui Su's Project/Product Backlog

Project/Product Backlog

  1. test UCVMC18.5 more
  2. Discuss mesh plotting Scripts with Scott Cal.
  3. Generate large (100M+ point) AWP mesh using ucvmc and ucvmp and compare meshes


DONE

  1. Bay Area velocity model's z2.5 plots for Kevin, https://scec.usc.edu/scecpedia/Bay_Area_Velocity_Model_Z2.5_data#Result
  2. updated cca06 crossing data for Kevin (fuzzy edge problem compare to UCVM python version, a bug found by Scott in CCA06 C version), https://scec.usc.edu/scecpedia/Final_CCA06_Crossings_Result
  3. Doc how La Habra mesh is made with ucvm2mesh_mpi_layer, https://scec.usc.edu/scecpedia/UCVMC_La_Habra_mesh_generation#ucvm2mesh_mpi_layer
  4. Generated various plots highlight CS17.3-H, https://scec.usc.edu/scecpedia/UCVMC_CS17.3-H_plots#Plots
  5. Registered new Central California Basin Model from Havard. CS17.3-H with ELY GTL
  6. built a useable UCVMC installation on Titan, /lustre/atlas/proj-shared/geo112/ucvm_18_5/
  7. made UCVMC statically linkable and the plugin models worked as in dynamically linked UCVMC
  8. reworked logic in ucvm2mesh-mpi to have a more 'feasible' compute node requirement for very large mesh like La Habra, ucvm2mesh_mpi_layer, remember to strip result directory when running at blue waters. lfs setstripe -c 4 /path/to/working/directory
  9. extract UCVMC cs173 info for Scott's gridpoints (off alittle but okayed by Scott)
  10. reworked basin_query tests in slurm on hpc
  11. created a pull request to official UCVM-C, fix up each models that is in github -- merged into official UCVMC's dev branch
  12. Ran tests tiling cencal+cca+cvms5+bbp1d, the 1d part gets surface gtl
  13. Tiled cencal+cca(with gtl)+cvms5(with gtl)+1d tested and verified
  14. GTL for CCA06- verified by generating identical plots to CyberShake_Study_18.5
  15. Fixed plugin/dynamic loading of modules, Scott's interleaving bug, fixes for cvmsi is also needed for the plugin module. There was the missed case for left-over points in chunking/processing code, fixed that. Also the code was not setup to take more than one dynamic library
  16. Setup to run my latest UCVMC on blue water - query works but plotting scripts do not work with BW's installed default pthread library(too old, conflicting with matplotlib's pyplot from Anaconda2)
  17. Fixed segfaults flagged from a working ucvmc installation on local mac (fixed cs173_final(), cca_final()), (mac gdb installation hints: https://gist.github.com/gravitylow/fb595186ce6068537a6e9da6d8b5b96d)
  18. Ran basin_query_mpi on hpc with SLURM
  19. Doc projection fix on scecpedia, https://scec.usc.edu/scecpedia/Final_Projection_Review_Result
  20. Add the fixed config file into CCA's github, also edits from below(pending moving to scec space): https://github.com/meihuisu/CCA.git
  21. Copy the CCA06 data on scec-01/Intensity to hypocenter, change the dependency to hypocenter in the make-data script
  22. adding elygtl to CCA06
  23. new cs173 github location(pending moving to scec space):https://github.com/meihuisu/cs173.git
  24. Register Scott NorCal model into UCVM
 - CS173, compare CS173 plots from ScottC with my version
  25. Doc CCA06 Crossing review, https://scec.usc.edu/scecpedia/Final_CCA06_Crossings_Result
  26. Update basin_query_mpi to return list of crossing per grid point, also return one crossing output file for each algorithm.
  27. To check projection fix, trace processing from en-jui data files to configuration files
  28. Cross section plots showing 0-10km depth through CCA06, showing velocity inversions, starting at one end of region at 5km spacing to other end of region. **No need, posted inversion plot in scecpedia**

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