Difference between revisions of "CVM-T User Guide"
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== viz-cvm == | == viz-cvm == | ||
| + | |||
| + | The viz-cvm package contains scripts for plotting slices and profiles from either CVM-H, CVM-4, or 3D meshes. | ||
| + | |||
| + | |||
| + | === Requirements === | ||
| + | *Python 2.6+, with numpy, matplotlib, and basemap modules | ||
| + | *SCEC CVM-4 [Optional] | ||
| + | *SCEC CVM-H [Optional] | ||
| + | |||
| + | |||
| + | === Installation === | ||
| + | |||
| + | *If you wish to plot slices from CVM-H/CVM-4, the CVMs must be installed. CVM-H can be checked out from https://source.usc.edu/svn/cvmh. CVM-4 can be downloaded from Geoff Ely's Coseis http://earth.usc.edu/~gely/coseis/www/index.html. | ||
| + | *Within your CVM-4 installation directory, install the following shell script, run_cvm4_gely.sh | ||
| + | #!/bin/bash | ||
| + | IN_FILE=$1 | ||
| + | OUT_FILE=$2 | ||
| + | CVMBIN=cvm_txt | ||
| + | ./${CVMBIN} < ${IN_FILE} > ${OUT_FILE} | ||
| + | if [ $? -ne 0 ]; then | ||
| + | exit 1 | ||
| + | fi | ||
| + | exit 0 | ||
| + | An equivalent script for CVM-H is already present in the official CVM-H distribution. | ||
| + | *Update CVM-H/CVM-4 installation paths in Slice.py | ||
| + | # CVM Constants | ||
| + | cvmh_dir = '/home/rcf-104/patrices/cvmh/trunk/bin' | ||
| + | cvmh_bin = './run_vx_lite.sh' | ||
| + | cvm4_dir = '/home/rcf-104/patrices/utils/cvm4_gely' | ||
| + | cvm4_bin = 'run_cvm4_gely.sh' | ||
| + | |||
| + | |||
| + | === Plotting from a CVM === | ||
| + | |||
| + | Supported plot types include horizontal slices from either CVM, horizontal difference (CVM-H - CVM-4) slice, and profile slices from either CVM or both. | ||
| + | ./Slice.py <map_type> <outfile> <map_parameters> | ||
| + | |||
| + | where: | ||
| + | *map_type: hor/prof/hordiff | ||
| + | *outfile: Name of PNG plot | ||
| + | *hor map_parameters: depth, value_type, source (CVM-H, CVM-4, Both) | ||
| + | *hordiff map_parameters: depth, value_type | ||
| + | *prof map_parameters: lon1, lat1, lon2, lat2, value_type, source (CVM-H, CVM-4, Both) | ||
| + | **value_type: Vp, Vs, Rho, Topo, Vs30, Z2500 | ||
| + | |||
| + | |||
| + | === Plotting from a mesh === | ||
| + | |||
| + | Supported plot types include horizontal slices and profile slices from either SORD or AWP formatted meshes. | ||
| + | ./PlotGrid.py <map_type> <mesh_file> <outfile> <title> <map_params> | ||
| + | |||
| + | where: | ||
| + | *map_type: hor, prof | ||
| + | *mesh_file: Name of the SORD or AWP formatted mesh. | ||
| + | *outfile: name of PNG plot | ||
| + | *title: Title for the plot | ||
| + | *hor map_parameters: k_offset, imax, jmax, kmax, decimation, source, value_type | ||
| + | *prof map_parameters: imax, jmax, kmax, p1_x, p1_y, p2_x, p2_y, depth, decimation, source, value_type | ||
| + | **value_type: Vp, Vs, Rho | ||
| + | **source: IJK-32, IJK-20, IJK-12, SORD | ||
| + | |||
| + | |||
| + | === Known Issues === | ||
| + | |||
| + | Small scale slices or highly decimated slices may take on a pixellated look. This is due to a low pixel density in the plots. The work-around is to reduce the decimation factor or increase the size of the slice. | ||
Revision as of 20:33, 28 October 2010
Contents
CVM-H
cvm2mesh
cvmtest
viz-cvm
The viz-cvm package contains scripts for plotting slices and profiles from either CVM-H, CVM-4, or 3D meshes.
Requirements
- Python 2.6+, with numpy, matplotlib, and basemap modules
- SCEC CVM-4 [Optional]
- SCEC CVM-H [Optional]
Installation
- If you wish to plot slices from CVM-H/CVM-4, the CVMs must be installed. CVM-H can be checked out from https://source.usc.edu/svn/cvmh. CVM-4 can be downloaded from Geoff Ely's Coseis http://earth.usc.edu/~gely/coseis/www/index.html.
- Within your CVM-4 installation directory, install the following shell script, run_cvm4_gely.sh
#!/bin/bash
IN_FILE=$1
OUT_FILE=$2
CVMBIN=cvm_txt
./${CVMBIN} < ${IN_FILE} > ${OUT_FILE}
if [ $? -ne 0 ]; then
exit 1
fi
exit 0
An equivalent script for CVM-H is already present in the official CVM-H distribution.
- Update CVM-H/CVM-4 installation paths in Slice.py
# CVM Constants cvmh_dir = '/home/rcf-104/patrices/cvmh/trunk/bin' cvmh_bin = './run_vx_lite.sh' cvm4_dir = '/home/rcf-104/patrices/utils/cvm4_gely' cvm4_bin = 'run_cvm4_gely.sh'
Plotting from a CVM
Supported plot types include horizontal slices from either CVM, horizontal difference (CVM-H - CVM-4) slice, and profile slices from either CVM or both.
./Slice.py <map_type> <outfile> <map_parameters>
where:
- map_type: hor/prof/hordiff
- outfile: Name of PNG plot
- hor map_parameters: depth, value_type, source (CVM-H, CVM-4, Both)
- hordiff map_parameters: depth, value_type
- prof map_parameters: lon1, lat1, lon2, lat2, value_type, source (CVM-H, CVM-4, Both)
- value_type: Vp, Vs, Rho, Topo, Vs30, Z2500
Plotting from a mesh
Supported plot types include horizontal slices and profile slices from either SORD or AWP formatted meshes.
./PlotGrid.py <map_type> <mesh_file> <outfile> <title> <map_params>
where:
- map_type: hor, prof
- mesh_file: Name of the SORD or AWP formatted mesh.
- outfile: name of PNG plot
- title: Title for the plot
- hor map_parameters: k_offset, imax, jmax, kmax, decimation, source, value_type
- prof map_parameters: imax, jmax, kmax, p1_x, p1_y, p2_x, p2_y, depth, decimation, source, value_type
- value_type: Vp, Vs, Rho
- source: IJK-32, IJK-20, IJK-12, SORD
Known Issues
Small scale slices or highly decimated slices may take on a pixellated look. This is due to a low pixel density in the plots. The work-around is to reduce the decimation factor or increase the size of the slice.
