1. Sim uncertainties in validation for type 1 faults. (extensible to type 2-4)
2. Email Rob about VM perturbation

1. Source parameters to srf generation parameters created.
2. Email sent, awaiting reply

1. Final results for v18.6 & v19.5
2. Confirm old & new give consistent results
3. Extract desired benchmarks for SeisTech cross-comparison
4. Sim/animation/PGV with new offshore basin NZVM (2.03)
   
   

Jonney

James

1.) Empirical IMDB (older format) created. Running sample hazard plots / disagg / hazard maps currently

2 & 3) ToDo

1. GMSimViz for Hikurangi
2. Sim Atlas : Requested items
3. sbatch'
4. Create mean and standard deviation im plots

1) James / Viktor

2) Sung

3) Jonney

4) James

1) SRF split into two planes, Iterating on the animation.

2) Completed tasks for this sprint, including following additional tasks

1) when clicking on the simulation link, open a new tab instead; (2) for the color palette (Probability or Magnitude) choose something that has a greater range of contrasting colors (currently too narrow); (3) replace “P%” with “Probability” and make the percentage (e.g. 13.64%) have only two sig fig (e.g. 14% or 9.4%); and (4) increase the screen size (amount of space in the screen for the legend in the bottom right)

To do: tectonic types, faults with 90 degrees slip to be tilted  

3a) Have created a HPC wrapper to check if have enough usage to submit the job.

3b) Working on creating additional tables in the dashboard for tracking individual allocation.

4) Script partially complete. More work required.

1)Finish sim IMDB

1.5) Magnitude Mean add DS

2)UHS interp for periods other than DBDisagg verification

2.5) PGA as SA(0) for UHS

3)Disagg plotting/Gridding

4)Vs30 check

5)Empirical DS internal functionality

6)Empirical NSHM

7)Remove hacks

8) Create new simulated 18p6 IMDB with full number of SA periods

Claudio, Jason

1) Done

1.5) Partial, added code for loading and using of DS rupture magnitudes. Actually updating magnitude mean calculation to use DS data is not possible until we are working on the new database format

2) Not required anymore

2.5) Done

3) Proof of concept done, need to integrate with seistech framework

4) Done (assuming this is printing out our vs30 and the user specified vs30 in the hazard analysis script)

5) Empirical Ds can be calculated and saved to an empirical parametric imdb. Note: performance for ~30,000 stations still needs to be improved.

6) Empirical Fault based  can also be calculated and saved. Currently working on streamlining the two workflows to be as similar as possible. Aka less repeated code / optimisations to be made.

7) In progress (at least 1+ days to go)

8) In progress (IM_csv missed a few so re-running last simulations)

1. Seismic risk output for Liam

1) Done

1. NHM2SSDDB station height bug
2. Background rupture rate script (Matlab->Python)

James

1) Done

2) Done

1. Vs30 for extended Eastern region
2. Hikurangi empirical validation

1. Done, on slack
2. Done