Difference between revisions of "CTM"
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We are using jupyter notebook developed by Liz Hearn to calculate CTM values at points defined for the GFM. | We are using jupyter notebook developed by Liz Hearn to calculate CTM values at points defined for the GFM. | ||
+ | |||
+ | == GFM Points == | ||
+ | AP has created a discretized version of the GFM. Values are defines for the CVM-H GTL region. The coverage region for this version of the GFM matches the CVM-H GTL coverage region, with corner points of 30.70459 -122.541004 and 38.545964 -112.995797. The resolution of the GFM 3D voxel data set is 10km x 10km x 1km (depth). Each level of the GFM has 8256 points, and the depth goes from -100km to +4km (8256 x 105 = 866880) points. | ||
+ | |||
+ | A CSV file that defines the GFM region types for each of these points is posted here: | ||
+ | [http://hypocenter.usc.edu/research/GFM/complete_cvmh_canned.csv (Warning 45MB download) | ||
== Related Entries == | == Related Entries == | ||
*[https://scec.org/research/CXM SCEC CXM Site] | *[https://scec.org/research/CXM SCEC CXM Site] | ||
*[[UCVM]] | *[[UCVM]] |
Revision as of 22:37, 20 July 2020
We are using jupyter notebook developed by Liz Hearn to calculate CTM values at points defined for the GFM.
GFM Points
AP has created a discretized version of the GFM. Values are defines for the CVM-H GTL region. The coverage region for this version of the GFM matches the CVM-H GTL coverage region, with corner points of 30.70459 -122.541004 and 38.545964 -112.995797. The resolution of the GFM 3D voxel data set is 10km x 10km x 1km (depth). Each level of the GFM has 8256 points, and the depth goes from -100km to +4km (8256 x 105 = 866880) points.
A CSV file that defines the GFM region types for each of these points is posted here: [http://hypocenter.usc.edu/research/GFM/complete_cvmh_canned.csv (Warning 45MB download)