Aims

  1. Site specific
    1. Follow up meeting with Felipe regarding more technical details (James)
    2. Continue integration (James, structured)
  2. Create script to produce basin vs non basin plots, as per Art Frankels presentation (James, prototype)
  3. Add logging to IM_calc (Jason, structured)

Added mid sprint

Highlights

Mine:

Arts:


Completed

  1. Adding logging to IM_calc (Jason)

Outstanding

  1. Site specific BB integration
    1. OpenSees not converging due to velocity 0 drift
    2. Investigation of velocity drift ongoing
  2. Creating scripts to produce basin vs non-basin plots, as per Art Frankels presentation

Issues

Velocity drift:

Velocity (m/s) vs timestep.

Velocity calculated from cumulative trapezoid rule from LF+HF acceleration.

Initial Plan for next sprint

  1. Site specific BB integration (James, Structured)
  2. Creating scripts to produce basin vs non-basin plots, as per Art Frankels presentation (James, prototype)
  3. Add srf generation steps to automated workflow (Jonney, structured)

Tasks pending

  1. North Island tomography
    1. Run small magnitude validation (execution)
    2. Run moderate magnitude validation (execution)
    3. Run HikWgtnmax curved 100m (James, execution)
  2. Site specific
    1. Run small magnitude validation (execution)
    2. Run moderate magnitude validation (execution)
    3. Run HikWgtnmax curved 100m (James, execution)

Refactor wishlist

  1. Add srf generation steps to automated workflow
  2. Add median source generation
  3. rel2vm_params logic refactor
  4. Remove args being passed into functions
    1. est_cybershake
  5. timeseries.py - Make abstract Seis class and make automatic seis loader
    1. Add versioning for HF/BB seis files?

Other




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