def carbon_emissions_function(hansenareamosaic,biomassmosaic,fc_geo,scratch_gdb,maindir,shapefile,column_name2,outdir,lossyr,filename,orig_fcname):
mask = zstats.zonal_stats_mask(hansenareamosaic, fc_geo, scratch_gdb, maindir, shapefile, column_name2, outdir)
zstats.zonal_stats(lossyr, hansenareamosaic, filename, "forest_loss", hansenareamosaic, mask, scratch_gdb, outdir,
column_name2, orig_fcname)
zstats.zonal_stats(lossyr, biomassmosaic, filename, "biomass_max", hansenareamosaic, mask, scratch_gdb, outdir,
column_name2, orig_fcname)
zstats.zonal_stats(lossyr, biomassmosaic, filename, "biomass_min", hansenareamosaic, mask, scratch_gdb, outdir,
column_name2, orig_fcname)
def tree_cover_extent_function(hansenareamosaic, fc_geo, scratch_gdb, maindir,
shapefile, column_name2, outdir, tcdmosaic,
filename, orig_fcname):
outputs = zstats.zonal_stats_mask(hansenareamosaic, fc_geo, scratch_gdb,
maindir, shapefile, column_name2, outdir)
mask = outputs[0]
extent = outputs[1]
zstats.zonal_stats(tcdmosaic, hansenareamosaic, filename,
"tree_cover_extent", hansenareamosaic, mask,
scratch_gdb, outdir, column_name2, orig_fcname, extent)
def forest_loss_function(hansenareamosaic, fc_geo, scratch_gdb, maindir,
shapefile, column_name2, outdir, lossyr, filename,
orig_fcname):
outputs = zstats.zonal_stats_mask(hansenareamosaic, fc_geo, scratch_gdb,
maindir, shapefile, column_name2, outdir)
mask = outputs[0]
extent = outputs[1]
zstats.zonal_stats(lossyr, hansenareamosaic, filename, "forest_loss",
hansenareamosaic, mask, scratch_gdb, outdir,
column_name2, orig_fcname, extent)
def tree_cover_extent_function(hansenareamosaic,fc_geo,scratch_gdb,maindir,shapefile,column_name2,outdir,tcdmosaic,filename,orig_fcname):
mask = zstats.zonal_stats_mask(hansenareamosaic, fc_geo, scratch_gdb, maindir, shapefile, column_name2, outdir)
zstats.zonal_stats(tcdmosaic, hansenareamosaic, filename, "tree_cover_extent", hansenareamosaic, mask, scratch_gdb,
outdir, column_name2, orig_fcname)