Overview

Duration:  21 Oct - 01 Nov (9 days, Labour day on 28th)

completedin progresson holdreviewto do
285488

(vs record 61 completed sprint 19)


Epic
Story
Owner
Deliverables
Link
Validation
  1. Make changes to e3d.par sim duration and BB_sim.py to account for time shift
  2. Perform simulations with perturbation files and compare with baseline
  3. Add features to pre-processing perturbation workflow
  4. Sarah needs EQ location perturbation help (Viktor/James)
  5. Variable Stress drop (James)
  6. Combine_ims.py (James)
James
  1. Done
  2. Deferred
  3. Added realisation2srf single and multi scripts. Expanded range of available parameters.
  4. Discussed
  5. Deferred
  6. Deferred
Validation source perturbation (Source uncertainties) V2
Cybershake

Laundry list


Jason, Claudio, Viktor


Done, further investigation into sim differences to be done next sprint

Cybershake Checklist
Slurm Workflow
  1. Modify EMOD3D v308 to allow perturbation files with any path
  2. Add EMOD3D v308 to the EMOD3D repository and create relevant CMAKE files
  1. James
  2. James
  1. Deferred
  2. Deferred
Cybershake data directory structure
SeisTech

Disagg gridding and plotting

Full pSA imdb → uniform Hazard spectra

Claudio, Jason

Gridding done, plotting in progress

Not priority, no progress


Advanced IM Calc

Orchestration/Integration of workflow

Addition of new IMs

JonneySome skeleton scripts are done, but needs opensees branch merged to continue.
Bug fixes





Seismic risk



Empirical engine
  1. Apply Numba optimisations to Zhao and Bradley
  2. Re-implement MPI scaling to the code

Jason

  1. Done
  2. In progress - Proof of Concept complete


Misc
  1. KISTI/TACC porting workflow code
  2. HPC policy comparison chart
  3. Sim Atlas (2x speed + logo): upload to Youtube and link
  4. Fortran HF code
  5. Sbatch : push and enforce
  6. Check HF binary compilation - optimisation done ok? (Jonney) 
  7. VM transect plotter (Ethan unreachable/Temporary solution inc. Robin script)
  8. Sim atlas: update recurrence rates for cybershake magnitudes
  9. Hikurangi Epsilon plots
  10. Hikurangi 1d vs 3d waveform comparison plots
  11. Epicentre setup
  12. HF

Sung

Jonney

James

  1.  All binaries built on Stampede2. Changes being made to update hardcoded bits assuming NeSI machines.
  2. Done
  3. 5 animations done. (need to upload the last 2)
  4. ?
  5. Low priority, no progess
  6. Done
  7. Done
  8. Spreadsheet made, waiting on feedback before continuing with plots etc
  9. Plots created, sample on slack
  10. Plots created and on slack
  11. MPI setup, can run GMSimViz across Epi/Hypocentre (good for multi gpu access)
  12. About 3x speed, ready for cuda, make a proper test suite first.



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