Difference between revisions of "New BBP Validation Package"
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| − | This page outlines the process to create a new BBP validation package and use it to produce goodness-of-fit results | + | This page outlines the process to create a new BBP validation package and use it to produce CyberShake goodness-of-fit results. |
| + | |||
| + | == Create BBP Validation Package == | ||
<ol> | <ol> | ||
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<li>Copy the .src file and the .stl file that were used for the validation simulation.</li> | <li>Copy the .src file and the .stl file that were used for the validation simulation.</li> | ||
<li>Edit the validation_config.txt file, if needed. Possibly modify EVENT_VELOCITY_MODEL, P_CODEBASE_ALL_source, and P_CODEBASE_ALL_stations.</li> | <li>Edit the validation_config.txt file, if needed. Possibly modify EVENT_VELOCITY_MODEL, P_CODEBASE_ALL_source, and P_CODEBASE_ALL_stations.</li> | ||
| − | <li>Create the .acc files. There should be 1 file per station per component with the filename <station>_<comp>.acc. These files use the following format: | + | <li>Create the .acc files. There should be 1 file per station per component with the filename <station>_<comp>.acc. These files use the following format: |
<pre>Rotated Accelerogram to <direction> | <pre>Rotated Accelerogram to <direction> | ||
H1 for rotation: <station name> <original angle 1> | H1 for rotation: <station name> <original angle 1> | ||
| Line 14: | Line 16: | ||
<values, 6 per row in %.6e format> | <values, 6 per row in %.6e format> | ||
</pre> | </pre> | ||
| + | </li> | ||
| + | </ol> | ||
| + | |||
| + | == Perform goodness-of-fit with CyberShake results == | ||
| + | |||
| + | <ol> | ||
| + | <li>Create empty simulation directory tree.</li> | ||
| + | <li>Copy CyberShake *.vel.bbp and *.acc.bbp files to the outdata directory.</li> | ||
| + | <li>Run the BBP, but skip all simulation stages and start with the plot_map module.</li> | ||
| + | </ol> | ||
Revision as of 21:02, 11 August 2021
This page outlines the process to create a new BBP validation package and use it to produce CyberShake goodness-of-fit results.
Create BBP Validation Package
- Copy over an already-existing validation package in $BBP_VAL_DIR.
- Copy the .src file and the .stl file that were used for the validation simulation.
- Edit the validation_config.txt file, if needed. Possibly modify EVENT_VELOCITY_MODEL, P_CODEBASE_ALL_source, and P_CODEBASE_ALL_stations.
- Create the .acc files. There should be 1 file per station per component with the filename <station>_<comp>.acc. These files use the following format:
Rotated Accelerogram to <direction> H1 for rotation: <station name> <original angle 1> H2 for rotation: <station name> <original angle 2> rotation angle - n/a Acceleration in g <npts> <dt> NPTS, DT <values, 6 per row in %.6e format>
Perform goodness-of-fit with CyberShake results
- Create empty simulation directory tree.
- Copy CyberShake *.vel.bbp and *.acc.bbp files to the outdata directory.
- Run the BBP, but skip all simulation stages and start with the plot_map module.
