1.  Plan user-level access control
2. Plan AWS hosting
3. Implement basic web interface

Viktor

Karim

Sung

Detailed plan for user-level access and prototype

Cloud pricing : depending on empirical data

Web interface completed and running on Hypocentre, capable of hazard and deagg calculation, displaying the plots

Planning User-class access control

Cloud pricing

• http://calculator.s3.amazonaws.com/index.html
• https://azure.microsoft.com/en-au/pricing/details/virtual-machines/linux/

SeisFinder2 website deaggregation

http://hypocentre/seisfinder/site

1) Cybershake 18p6

a) Run all Cybershake v18p6p1

2) GM Sim Versioning

a) Params (py to yaml)

b) Version templates created

c) Install specifies a version template to use

Melody

Jason

Jonney

Introduces the usage of YAML as new format of saving parameters.

re-running cybershake v18p6

GM Sim Versioning

4. Create dummy templates for each level of yaml and adjust the cubershake install wrapper

Files to tar or keep at the end of cybershake submission

1) Completed WCT estimation for LF/HF/BB

2) Worked on estimation of lots of simulations (LF - done, HF/BB - minor code change required + testing)

3) IM calc estimation + metadata collection improvement

WCT estimation

Changed manual workflow to python3

Improved metadata collection

WCT estimation + metadata collection

1) Simulation animations on Mahuika

2) Installation / VM validation changes

3) Plan SRF gen randomness

 Jason

Viktor/Claudio

Melody

1) Currently running sample animation for each fault.

2)Checks VM during install and number of SRF files correspond to the number of realisations. Also VM extent verification with the NZ DEM.

3) Planned to start with Mw, sdrop and fvfrac then extend

4) Bug fix incorrect location of IM ch_log files