Here is the to-do list for Cyerbshake:

Current version (18.6):

...

Computational tasks: 

1. Run empirical IM and ratio plots for the remaining faults 
2. Code IM ratio statistical analysis and plot histogram of the ratio for further investigation; then hand it over to software engineers to add to the workflow
3. Conduct manual verification of the existing IM plots
4. Run IM aggregate and hazard calc for SA(5.0) as an example case
5. faults, and investigate manually
   
   
6. Re-run IM aggregation for 18p6, as we have corrected Mw for some faults. (Note: IM aggregation runs are computationally cheap)
   
   
7. Append new subduction result
   
   
8. Run hazard map calculations for SA5.0
   
   
9. Verify the hazard curves for single locations manually by comparing with the old version of cybershake and empirical resultsVerify the hazard curves as the code has changed again
   
   
10. Run hazard calcs for CS18.6 for all IMs existing empirical PSHAs
    
    
11. Compare hazard curves and hazard maps for 18.6 and 18.5
    
12. Fill in the draft paper with updated results
13. 
    
14. Incorporate the simulation_epsilon code to the workflow Review and revise – and send to Brendon for review
    
    
15. Conduct hazard calculations via python code and compare with the openSHA results

Writing/presentation tasks:

1. Re-structure the current draft to include more of computational aspects
   
   
2. Add new figures based on the updated results

...

1. 
   
   
2. Finalized the Cybershake "Run Manual" wiki page 
   
   
3. Run workshop for all software developer to familiarize them with ALL components of cybershake simulations

Future Version:

1. Identify source parameters that can be considered in the list of variable parameters for source generation (besides Mw)
2. Investigate the correlation structure between the chosen parameters
3. Set up the SRF generation code to include these parameters 
4. Generate SRF and VM
5. Run verification test on them (both via verification code + manual checks)
6. Run GM sim via new workflow
7. Run IM verification code + do a manual verification 
8. Plot IMs
9. run IM a_agg and Hazard calc
10. Compare results from the previous steps with the empirical and previous versions of cybershake runs

...