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Commit ef80f0a8 authored by Neha Hunka's avatar Neha Hunka
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Classifying the world into IPCC Table 4.7

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country_summaries/IPCC_classes_DPS/.ipynb_checkpoints/IPCC_GEDI_Table4.7-checkpoint.py
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− 17
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......@@ -26,25 +26,24 @@ import argparse
# python /projects/biomass_harmonization/country_summaries/IPCC_classes_DPS/IPCC_GEDI_Table4.7.py --FOREST_HEIGHT_2000 /projects/my-private-bucket/Data/IPCC_layers_test/2000_00N_130E.tif --FOREST_HEIGHT_2020 /projects/my-private-bucket/Data/IPCC_layers_test/2020_00N_130E.tif --FOREST_GAIN /projects/my-private-bucket/Data/IPCC_layers_test/netgain_00N_130E.tif --FOREST_LOSS /projects/my-private-bucket/Data/IPCC_layers_test/netloss_00N_130E.tif --FOREST_COVER_2000 /projects/my-private-bucket/Data/IPCC_layers_test/Hansen_GFC-2022-v1.10_treecover2000_00N_130E.tif --FOREST_COVER_LOSSYEAR /projects/my-private-bucket/Data/IPCC_layers_test/Hansen_GFC-2022-v1.10_lossyear_00N_130E.tif --PLANTATIONS /projects/my-private-bucket/Data/IPCC_layers_test/00N_130E_plantation_type_oilpalm_woodfiber_other_unmasked.tif --IFL_rasters /projects/my-private-bucket/Data/IPCC_layers_test/00N_130E_IFL_2000.tif --primary_forest_asia /projects/my-private-bucket/Data/IPCC_layers_test/00N_130E_Asia.tif --primary_forest_sa /projects/my-private-bucket/Data/IPCC_layers_test/00N_130E_SouthAmerica.tif --primary_forest_africa /projects/my-private-bucket/Data/IPCC_layers_test/00N_130E_Africa.tif --EcoCont /projects/my-private-bucket/Data/IPCC_layers_test/00N_130E_EcoCont.tif --tile 00N_130E --output_file /projects/my-private-bucket/Data/IPCC_layers_test/IPCC_Class_TEST_UINT16_again.tif
######################################################################################
if __name__ == "__main__":
parse = argparse.ArgumentParser(description="Classifies world into GEZ, Continent and Forest Age classes")
parse.add_argument("--FOREST_HEIGHT_2000", help="FOREST_HEIGHT_2000")
parse.add_argument("--FOREST_HEIGHT_2020", help="FOREST_HEIGHT_2020")
parse.add_argument("--FOREST_GAIN", help="FOREST_GAIN")
parse.add_argument("--FOREST_LOSS", help="FOREST_LOSS")
parse = argparse.ArgumentParser(description="Classifies world into GEZ, Continent and Forest Age classes")
parse.add_argument("--FOREST_HEIGHT_2000", help="FOREST_HEIGHT_2000")
parse.add_argument("--FOREST_HEIGHT_2020", help="FOREST_HEIGHT_2020")
parse.add_argument("--FOREST_GAIN", help="FOREST_GAIN")
parse.add_argument("--FOREST_LOSS", help="FOREST_LOSS")
# parse.add_argument("--FOREST_EXTENT_2000", help="FOREST_EXTENT_2000")
# parse.add_argument("--FOREST_EXTENT_2020", help="FOREST_EXTENT_2020")
parse.add_argument("--FOREST_COVER_2000", help="FOREST_COVER_2000")
parse.add_argument("--FOREST_COVER_LOSSYEAR", help="FOREST_COVER_LOSSYEAR")
parse.add_argument("--PLANTATIONS", help="PLANTATIONS")
parse.add_argument("--IFL_rasters", help="IFL_rasters")
parse.add_argument("--primary_forest_asia", help="primary_forest_asia")
parse.add_argument("--primary_forest_sa", help="primary_forest_sa")
parse.add_argument("--primary_forest_africa", help="primary_forest_Africa")
parse.add_argument("--EcoCont", help="EcoCont")
parse.add_argument("--tile", help="Tile")
parse.add_argument("--output_file", help="Output")
args = parse.parse_args()
parse.add_argument("--FOREST_COVER_2000", help="FOREST_COVER_2000")
parse.add_argument("--FOREST_COVER_LOSSYEAR", help="FOREST_COVER_LOSSYEAR")
parse.add_argument("--PLANTATIONS", help="PLANTATIONS")
parse.add_argument("--IFL_rasters", help="IFL_rasters")
parse.add_argument("--primary_forest_asia", help="primary_forest_asia")
parse.add_argument("--primary_forest_sa", help="primary_forest_sa")
parse.add_argument("--primary_forest_africa", help="primary_forest_Africa")
parse.add_argument("--EcoCont", help="EcoCont")
parse.add_argument("--tile", help="Tile")
parse.add_argument("--output_file", help="Output")
args = parse.parse_args()
TILE = args.tile
......
country_summaries/IPCC_classes_DPS/IPCC_GEDI_Table4.7.ipynb
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country_summaries/IPCC_classes_DPS/IPCC_GEDI_Table4.7.py
+ 16
− 17
View file @ ef80f0a8
......@@ -26,25 +26,24 @@ import argparse
# python /projects/biomass_harmonization/country_summaries/IPCC_classes_DPS/IPCC_GEDI_Table4.7.py --FOREST_HEIGHT_2000 /projects/my-private-bucket/Data/IPCC_layers_test/2000_00N_130E.tif --FOREST_HEIGHT_2020 /projects/my-private-bucket/Data/IPCC_layers_test/2020_00N_130E.tif --FOREST_GAIN /projects/my-private-bucket/Data/IPCC_layers_test/netgain_00N_130E.tif --FOREST_LOSS /projects/my-private-bucket/Data/IPCC_layers_test/netloss_00N_130E.tif --FOREST_COVER_2000 /projects/my-private-bucket/Data/IPCC_layers_test/Hansen_GFC-2022-v1.10_treecover2000_00N_130E.tif --FOREST_COVER_LOSSYEAR /projects/my-private-bucket/Data/IPCC_layers_test/Hansen_GFC-2022-v1.10_lossyear_00N_130E.tif --PLANTATIONS /projects/my-private-bucket/Data/IPCC_layers_test/00N_130E_plantation_type_oilpalm_woodfiber_other_unmasked.tif --IFL_rasters /projects/my-private-bucket/Data/IPCC_layers_test/00N_130E_IFL_2000.tif --primary_forest_asia /projects/my-private-bucket/Data/IPCC_layers_test/00N_130E_Asia.tif --primary_forest_sa /projects/my-private-bucket/Data/IPCC_layers_test/00N_130E_SouthAmerica.tif --primary_forest_africa /projects/my-private-bucket/Data/IPCC_layers_test/00N_130E_Africa.tif --EcoCont /projects/my-private-bucket/Data/IPCC_layers_test/00N_130E_EcoCont.tif --tile 00N_130E --output_file /projects/my-private-bucket/Data/IPCC_layers_test/IPCC_Class_TEST_UINT16_again.tif
######################################################################################
if __name__ == "__main__":
parse = argparse.ArgumentParser(description="Classifies world into GEZ, Continent and Forest Age classes")
parse.add_argument("--FOREST_HEIGHT_2000", help="FOREST_HEIGHT_2000")
parse.add_argument("--FOREST_HEIGHT_2020", help="FOREST_HEIGHT_2020")
parse.add_argument("--FOREST_GAIN", help="FOREST_GAIN")
parse.add_argument("--FOREST_LOSS", help="FOREST_LOSS")
parse = argparse.ArgumentParser(description="Classifies world into GEZ, Continent and Forest Age classes")
parse.add_argument("--FOREST_HEIGHT_2000", help="FOREST_HEIGHT_2000")
parse.add_argument("--FOREST_HEIGHT_2020", help="FOREST_HEIGHT_2020")
parse.add_argument("--FOREST_GAIN", help="FOREST_GAIN")
parse.add_argument("--FOREST_LOSS", help="FOREST_LOSS")
# parse.add_argument("--FOREST_EXTENT_2000", help="FOREST_EXTENT_2000")
# parse.add_argument("--FOREST_EXTENT_2020", help="FOREST_EXTENT_2020")
parse.add_argument("--FOREST_COVER_2000", help="FOREST_COVER_2000")
parse.add_argument("--FOREST_COVER_LOSSYEAR", help="FOREST_COVER_LOSSYEAR")
parse.add_argument("--PLANTATIONS", help="PLANTATIONS")
parse.add_argument("--IFL_rasters", help="IFL_rasters")
parse.add_argument("--primary_forest_asia", help="primary_forest_asia")
parse.add_argument("--primary_forest_sa", help="primary_forest_sa")
parse.add_argument("--primary_forest_africa", help="primary_forest_Africa")
parse.add_argument("--EcoCont", help="EcoCont")
parse.add_argument("--tile", help="Tile")
parse.add_argument("--output_file", help="Output")
args = parse.parse_args()
parse.add_argument("--FOREST_COVER_2000", help="FOREST_COVER_2000")
parse.add_argument("--FOREST_COVER_LOSSYEAR", help="FOREST_COVER_LOSSYEAR")
parse.add_argument("--PLANTATIONS", help="PLANTATIONS")
parse.add_argument("--IFL_rasters", help="IFL_rasters")
parse.add_argument("--primary_forest_asia", help="primary_forest_asia")
parse.add_argument("--primary_forest_sa", help="primary_forest_sa")
parse.add_argument("--primary_forest_africa", help="primary_forest_Africa")
parse.add_argument("--EcoCont", help="EcoCont")
parse.add_argument("--tile", help="Tile")
parse.add_argument("--output_file", help="Output")
args = parse.parse_args()
TILE = args.tile
......
country_summaries/IPCC_classes_DPS/build_command_main_ADE.sh
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......@@ -14,4 +14,4 @@ pushd ${HOME}
pip install git+https://github.com/MAAP-Project/maap-py.git#egg=maappy
source activate base
# pip3 install pyOpenSSL --upgrade
\ No newline at end of file
pip3 install pyOpenSSL --upgrade
\ No newline at end of file
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