============= Fire object tracking system using VIIRS active fires =============
[NAME]: Fire object tracking system using VIIRS active fires
[AUTHORS]: Yang Chen (yang.chen@uci.edu)
Rebecca Scholten
Stijn Hantson
Casey Graff
Shane Coffield
[LANGUAGE]: Python 3.0 with external packages of
- Numpy (1.17.5)
- Pandas (1.0.1)
- Geopandas (0.7.0)
- Xarray (0.15.0)
- Scipy (1.4.1)
- Shapely (1.7.1)
- Gdal (3.0.4)
- Pyproj (2.5.0)
- sklearn
[LIST OF FILES]:
-
Data package
- DataCheckUpdate.py: check and update the input data
-
Main package (Fire tracking)
- FireObj.py: module containing the object definitions
- FireMain.py: main module for running the fire object tracking along time
- FireConsts.py: constants and options used for the project
- FireFuncs.py: functions used to handle optional calculations
- FireIO.py: functions used to read and save data
- FireTime.py: functions used to handle times
- FireVector.py: functions used for vector related calculations
- FireClustering.py: functions used for doing fire clustering
- FireLog.py: module containing all logging info
-
Diagnostic package (output, expandable)
- FireGdf.py: module for creating regional geojson summary at each time
step
- FireGdf_sfs.py: module for creating geojson summary for temporal evolution
of each single fire
- FireGdf_ign.py: module for creating geojson summary for ignition points
of each single fire
- FireSummary.py: module for creating a summary of all valid fires up to a
time step (usually at year end)
-
Post-processing package (for individual large fires)
- Postprocess.py: lake removing; unburnable area removing; ...
- Convert2geojson.py: convert geopackage to geojson for better web usage
-
Webpage package (use output to create webpage)
- AT_NRTweb.py: NRT fire webpage creation
-
Run package (run fire tracking, diagnostic ouput, or webpage creation)
[COPYRIGHT]: This code is open-source and can be free used for research purposes
=================================== End ========================================