Here is the to-do list for Cyerbshake:
Current version (18.6):
Computational tasks:
- Run empirical IM and ratio plots for the remaining faults, and investigate manually
- Append new subduction result
- Run hazard map calculations for SA5.0
- Verify the hazard curves for single locations manually by comparing with the old version of cybershake and empirical results
- Run hazard calcs for CS18.6 for all IMs existing empirical PSHAs
- Compare hazard curves and hazard maps for 18.6 and 18.5
- Incorporate the simulation_epsilon code to the workflow
- Conduct hazard calculations via python code and compare with the openSHA results
Writing/presentation tasks:
- Re-structure the current draft to include more of computational aspects
- Add new figures based on the updated results
- Finalized the Cybershake "Run Manual" wiki page
- Run workshop for all software developer to familiarize them with ALL components of cybershake simulations
Future Version:
- Identify source parameters that can be considered in the list of variable parameters for source generation (besides Mw)
- Investigate the correlation structure between the chosen parameters
- Set up the SRF generation code to include these parameters
- Generate SRF and VM
- Run verification test on them (both via verification code + manual checks)
- Run GM sim via new workflow
- Run IM verification code + do a manual verification
- Plot IMs
- run IM a_agg and Hazard calc
- Compare results from the previous steps with the empirical and previous versions of cybershake runs