replace input_data_histclim

Author: Kit Schwarz

dscim/preprocessing/inputs/energy_inputs.py

@@ -16,7 +16,7 @@
 def calculate_batch_damages(batch, ec):
     path = "/shares/gcp/outputs/energy_pixel_interaction/impacts-blueghost/integration_resampled"
     save_path = (
-        "/shares/gcp/integration/float32/input_data_histclim/energy_data/hybrid_price/"
+        "/shares/gcp/integration/float32/sectoral_ir_damages/energy_data/hybrid_price/"
     )
     print(f"Processing batch={batch} damages in {os.getpid()}")
     concatenate_energy_damages(
@@ -35,7 +35,7 @@ def energy_inputs(
     re_calculate=False,
     path_econ="/shares/gcp/estimation/mortality/release_2020/data/3_valuation/inputs",
     input_path="/shares/gcp/outputs/energy_pixel_interaction/impacts-blueghost/integration_resampled",
-    output_path="/shares/gcp/integration/float32/input_data_histclim/energy_data/",
+    output_path="/shares/gcp/integration/float32/sectoral_ir_damages/energy_data/",
 ):
     # if __name__ == "__main__":
 

dscim/preprocessing/inputs/labor_inputs.py

@@ -31,7 +31,7 @@ def calculate_batch_damages(batch, ec, input_path, output_path):
 def labor_inputs(
     path_econ="/shares/gcp/estimation/mortality/release_2020/data/3_valuation/inputs",
     input_path="/shares/gcp/outputs/labor/impacts-woodwork/mc_correct_rebasing_for_integration",
-    output_path="/shares/gcp/integration/float32/input_data_histclim/labor_data/new_mc/",
+    output_path="/shares/gcp/integration/float32/sectoral_ir_damages/labor_data/new_mc/",
 ):
     # if __name__ == "__main__":
     ec = EconVars(path_econ=path_econ)

dscim/preprocessing/inputs/mortality_inputs.py

@@ -34,7 +34,7 @@
         delta_costs="monetized_costs_vsl_epa_scaled",
         histclim_deaths="monetized_deaths_vsl_epa_popavg",
     ),
-    outpath="/shares/gcp/integration/float32/input_data_histclim/mortality_data/impacts-darwin-montecarlo-damages-v4.zarr",
+    outpath="/shares/gcp/integration/float32/sectoral_ir_damages/mortality_data/impacts-darwin-montecarlo-damages-v4.zarr",
 )
 
 #########################
@@ -62,5 +62,5 @@
 #     delta_costs = 'monetized_costs_vsl_epa_scaled',
 #     histclim_deaths = 'monetized_histclim_deaths_vsl_epa_scaled',
 # ),
-#     outpath="/shares/gcp/integration/float32/input_data_histclim/mortality_data/impacts-darwin-montecarlo-damages-v5.zarr",
+#     outpath="/shares/gcp/integration/float32/sectoral_ir_damages/mortality_data/impacts-darwin-montecarlo-damages-v5.zarr",
 # )

dscim/preprocessing/midprocessing.py

@@ -29,7 +29,17 @@ def update_damage_function_library(
 
 
 def combine_CAMEL_coefs(
-    recipe, disc, eta, rho, CAMEL, coastal, AMEL, input_dir, mask='unmasked', pulse_year=2020, fit=True
+    recipe,
+    disc,
+    eta,
+    rho,
+    CAMEL,
+    coastal,
+    AMEL,
+    input_dir,
+    mask="unmasked",
+    pulse_year=2020,
+    fit=True,
 ):
 
     print(f"Creating {recipe} {disc} for {CAMEL}...")

dscim/preprocessing/misc/check_nans.py

@@ -12,10 +12,10 @@
 
 # NOTE: modify paths in this cell
 # NOTE: include the trailing / in the root paths
-input_root = "/shares/gcp/integration/float32/input_data_histclim/mortality_epa_vsl/"
+input_root = "/shares/gcp/integration/float32/sectoral_ir_damages/mortality_epa_vsl/"
 
 filename_stem = ""
-output_root = "/shares/gcp/integration/float32/input_data_histclim/mortality_epa_vsl/"
+output_root = "/shares/gcp/integration/float32/sectoral_ir_damages/mortality_epa_vsl/"
 
 check_csv = False
 check_nc4 = False
@@ -147,7 +147,7 @@ def check_csv_nans(path):
 
 
 check_zarr_nans(
-    "/shares/gcp/integration/float32/input_data_histclim/mortality_epa_vsl/impacts-darwin-montecarlo-damages-vsl_popavg-histclim-delta.zarr"
+    "/shares/gcp/integration/float32/sectoral_ir_damages/mortality_epa_vsl/impacts-darwin-montecarlo-damages-vsl_popavg-histclim-delta.zarr"
 )