CFM Web Development
SCEC's CXM group is developing a distribution method for SCEC's CFM v5.2 fault model data set. The goal of this effort is to develop a Community Fault Model Discovery and Distribution System Development.
Contents
Example CFM Dataset and Map Display
This is a link to a 6MB Quicktime Animation that shows a User using the current CFM Discovery and distribution Map Display
Current CFM Discovery and Distribution Software Git Repo
Information about the spreadsheet file
- Need Identification of meaning of selected columns
Contents of CFM spreadsheet file
We are deciding how to correct various identified issues with speadsheet data including:
- The shape file has duplicate entries from a same fault dataset.
- The spreadsheet contents to review include:
- "SALT-CPFZ-CRPR-Cierro_Prieto_fault-CFM1-trace" was included into the shapefiles two times,
- xlsx has duplicate abbreviation for different regions,
- San Cayetano fault zone,SCFZ
- San Clemente fault zone,SCFZ
- South Cuyama-Ozena fault zone,SCFZ
- Possible typos,
- Cross Faults,CRSF
- Cross faults,CRSF
- Western Big Pine,WEST
- Western splay - north,WEST
- Western splay,WEST
- Western,WEST
- Brawley Seismic Zone,BSZ
- Brawley Seismic Zone,BSZS
Technology Evaluations - Map Viewer Links
Earlier CFM Viewer Developments
During early CFM workshops to get community feedback, the group were working with the UCSD group to visualize the CFM in 3D with Fledermaus. Fledermaus has a free 3D viewer - which used to be iView3D but is now iView4D, with Win-32, Win-64, MacOSX, & Linux versions of iView4D available, and like other approaches, the data need to be reformatted for this app.
This software was adopted by the USGS for 3D visualization:
Workshops on its use as of 2012:
In terms of the CFM webpage, we are discussing if there is still a need to provide additional 3D visualization resources for the CFM and other CXM products. If so, a iView4D plus MoVE Viewer may be a useful combination.
