adding s3 paths to config

marquette/__main__.py

@@ -23,16 +23,35 @@ def main(cfg: DictConfig) -> None:
     """
     if cfg.name.lower() == "hydrofabric":
         raise ImportError("Hydrofabric functionality not yet supported")
+    elif cfg.name.lower() == "merit_s3":
+        from marquette.merit_s3.create import (create_edges, create_N, create_TMs, write_streamflow)
+
+        start = time.perf_counter()
+        log.info(f"Creating MERIT S3 {cfg.zone} River Graph")
+        edges = create_edges(cfg)
+
+        log.info(f"Creating MERIT S3 {cfg.zone} Connectivity Matrix (N) for gages")
+        create_N(cfg, edges)
+
+        log.info(f"Mapping {cfg.zone} Streamflow to S3 TMs")
+        create_TMs(cfg, edges)
+
+        log.info("Converting Streamflow to S3 DataTree")
+        write_streamflow(cfg, edges)
+
+        end = time.perf_counter()
+        log.info(f"Extracting data took : {(end - start):.6f} seconds")
+
     elif cfg.name.lower() == "merit":
         from marquette.merit.create import (create_edges, create_N, create_TMs,
-                                            map_lake_points, write_streamflow)
+                                            map_lake_points, write_streamflow, run_extensions)
 
         start = time.perf_counter()
         log.info(f"Creating MERIT {cfg.zone} River Graph")
         edges = create_edges(cfg)
 
-        # log.info(f"Creating MERIT {cfg.zone} Connectivity Matrix (N) for gages")
-        # create_N(cfg, edges)
+        log.info(f"Creating MERIT {cfg.zone} Connectivity Matrix (N) for gages")
+        create_N(cfg, edges)
 
         log.info(f"Mapping {cfg.zone} Streamflow to TMs")
         create_TMs(cfg, edges)
@@ -52,94 +71,5 @@ def main(cfg: DictConfig) -> None:
         log.error(f"incorrect name specified: {cfg.name}")
 
 
-def run_extensions(cfg: DictConfig, edges: zarr.Group) -> None:
-    """
-    The function for running post-processing data extensions
-
-    :param cfg: Configuration object.
-    :type cfg: DictConfig
-    :return: None
-    """
-    if "soils_data" in cfg.extensions:
-        from marquette.merit.extensions import soils_data
-
-        log.info("Adding soils information to your MERIT River Graph")
-        if "ksat" in edges:
-            log.info("soils information already exists in zarr format")
-        else:
-            soils_data(cfg, edges)
-    if "pet_forcing" in cfg.extensions:
-        from marquette.merit.extensions import pet_forcing
-
-        log.info("Adding PET forcing to your MERIT River Graph")
-        if "pet" in edges:
-            log.info("PET forcing already exists in zarr format")
-        else:
-            pet_forcing(cfg, edges)
-    if "temp_mean" in cfg.extensions:
-        from marquette.merit.extensions import temp_forcing
-
-        log.info("Adding temp_mean forcing to your MERIT River Graph")
-        if "temp_mean" in edges:
-            log.info("Temp_mean forcing already exists in zarr format")
-        else:
-            temp_forcing(cfg, edges)
-    if "global_dhbv_static_inputs" in cfg.extensions:
-        from marquette.merit.extensions import global_dhbv_static_inputs
-
-        log.info("Adding global dHBV static input data to your MERIT River Graph")
-        if "aridity" in edges:
-            log.info("global_dhbv_static_inputs already exists in zarr format")
-        else:
-            global_dhbv_static_inputs(cfg, edges)
-
-    if "incremental_drainage_area" in cfg.extensions:
-        from marquette.merit.extensions import \
-            calculate_incremental_drainage_area
-
-        log.info("Adding edge/catchment area input data to your MERIT River Graph")
-        if "incremental_drainage_area" in edges:
-            log.info("incremental_drainage_area already exists in zarr format")
-        else:
-            calculate_incremental_drainage_area(cfg, edges)
-
-    if "q_prime_sum" in cfg.extensions:
-        from marquette.merit.extensions import calculate_q_prime_summation
-
-        log.info("Adding q_prime_sum to your MERIT River Graph")
-        if "summed_q_prime" in edges:
-            log.info("q_prime_sum already exists in zarr format")
-        else:
-            calculate_q_prime_summation(cfg, edges)
-
-
-    if "upstream_basin_avg_mean_p" in cfg.extensions:
-        from marquette.merit.extensions import calculate_mean_p_summation
-
-        log.info("Adding q_prime_sum to your MERIT River Graph")
-        if "upstream_basin_avg_mean_p" in edges:
-            log.info("upstream_basin_avg_mean_p already exists in zarr format")
-        else:
-            calculate_mean_p_summation(cfg, edges)
-
-    # if "q_prime_sum_stats" in cfg.extensions:
-    #     from marquette.merit.extensions import calculate_q_prime_sum_stats
-
-    #     log.info("Adding q_prime_sum statistics to your MERIT River Graph")
-    #     if "summed_q_prime_median" in edges:
-    #         log.info("q_prime_sum statistics already exists in zarr format")
-    #     else:
-    #         calculate_q_prime_sum_stats(cfg, edges)
-
-    if "lstm_stats" in cfg.extensions:
-        from marquette.merit.extensions import format_lstm_forcings
-
-        log.info("Adding lstm statistics from global LSTM to your MERIT River Graph")
-        if "precip_comid" in edges:
-            log.info("q_prime_sum statistics already exists in zarr format")
-        else:
-            format_lstm_forcings(cfg, edges)
-
-
 if __name__ == "__main__":
-    main()
+    main()  # type: ignore

marquette/conf/config.yaml

@@ -1,37 +1,38 @@
-name: MERIT
-data_path: /projects/mhpi/data/${name}
-zone: 71
+name: merit_s3
+s3_path: s3://mhpi-spatial/marquette/${name}/
+data_path: /projects/mhpi/data/MERIT
+zone: 73
 gpu: 6
 create_edges:
   buffer: 0.3334
   dx: 2000
-  edges: ${data_path}/zarr/graph/CONUS/edges/
-  flowlines: ${data_path}/raw/flowlines
+  edges: ${s3_path}/edges/
+  flowlines: ${data_path}/raw/flowlines/riv_pfaf_${zone}_MERIT_Hydro_v07_Basins_v01_bugfix1.shp
 create_N:
   run_whole_zone: False
   drainage_area_treshold: 0.1
   filter_based_on_dataset: True
-  gage_buffered_flowline_intersections: ${data_path}/gage_information/gage_flowline_intersections/gnn_dataset_v1_2.shp
-  gage_coo_indices: ${data_path}/zarr/gage_coo_indices
-  pad_gage_id: False
-  obs_dataset: ${data_path}/gage_information/obs_csvs/GRDC_point_data.csv
-  obs_dataset_output: ${data_path}/gage_information/formatted_gage_csvs/gnn_formatted_basins.csv
-  zone_obs_dataset: ${data_path}/gage_information/formatted_gage_csvs/subzones.csv
+  gage_buffered_flowline_intersections: ${data_path}/gage_information/gage_flowline_intersections/gage_9322_intersection.shp
+  gage_coo_indices: ${s3_path}/gages/coo_pair_intersections
+  pad_gage_id: True
+  obs_dataset: ${data_path}/gage_information/obs_csvs/all_gages_info.csv
+  obs_dataset_output: ${data_path}/gage_information/formatted_gage_csvs/all_gages_info_combined.csv
+  zone_obs_dataset: ${data_path}/gage_information/formatted_gage_csvs/${zone}_all.csv
 create_TMs:
   MERIT:
     save_sparse: True
-    TM: ${data_path}/zarr/TMs/sparse_MERIT_FLOWLINES_${zone}
+    TM: ${s3_path}/TMs/sparse_MERIT_FLOWLINES_${zone}
     shp_files: ${data_path}/raw/basins/cat_pfaf_${zone}_MERIT_Hydro_v07_Basins_v01_bugfix1.shp
 create_streamflow:
   version: merit_conus_v6.18_snow
-  data_store: ${data_path}/streamflow/zarr/${create_streamflow.version}/${zone}
+  data_store: ${s3_path}/streamflow/${create_streamflow.version}/${zone}
   obs_attributes: ${data_path}/gage_information/MERIT_basin_area_info
   predictions: /projects/mhpi/yxs275/DM_output/water_loss_model/dPL_local_daymet_new_attr_RMSEloss_with_log_2800
   start_date: 01-01-1980
   end_date: 12-31-2020
-map_lake_points:
-  lake_points: /projects/mhpi/data/hydroLakes/merit_intersected_data/RIV_lake_intersection_${zone}.shp
-  zarr: /projects/mhpi/data/hydroLakes/hydrolakes.zarr 
+# map_lake_points:
+#   lake_points: /projects/mhpi/data/hydroLakes/merit_intersected_data/RIV_lake_intersection_${zone}.shp
+#   zarr: /projects/mhpi/data/hydroLakes/hydrolakes.zarr 
 extensions:
   - soils_data
   - pet_forcing

marquette/conf/saved_configs/v1.0config.yaml

@@ -0,0 +1,63 @@
+name: MERIT
+data_path: /projects/mhpi/data/${name}
+zone: 74
+gpu: 6
+create_edges:
+  buffer: 0.3334
+  dx: 2000
+  edges: ${data_path}/zarr/graph/CONUS/edges/
+  flowlines: ${data_path}/raw/flowlines
+create_N:
+  run_whole_zone: False
+  drainage_area_treshold: 0.1
+  filter_based_on_dataset: True
+  gage_buffered_flowline_intersections: ${data_path}/gage_information/gage_flowline_intersections/gnn_dataset_v1_2.shp
+  gage_coo_indices: ${data_path}/zarr/gage_coo_indices
+  pad_gage_id: False
+  obs_dataset: ${data_path}/gage_information/obs_csvs/GRDC_point_data.csv
+  obs_dataset_output: ${data_path}/gage_information/formatted_gage_csvs/gnn_formatted_basins.csv
+  zone_obs_dataset: ${data_path}/gage_information/formatted_gage_csvs/subzones.csv
+create_TMs:
+  MERIT:
+    save_sparse: True
+    TM: ${data_path}/zarr/TMs/sparse_MERIT_FLOWLINES_${zone}
+    shp_files: ${data_path}/raw/basins/cat_pfaf_${zone}_MERIT_Hydro_v07_Basins_v01_bugfix1.shp
+create_streamflow:
+  version: merit_conus_v6.18_snow
+  data_store: ${data_path}/streamflow/zarr/${create_streamflow.version}/${zone}
+  obs_attributes: ${data_path}/gage_information/MERIT_basin_area_info
+  predictions: /projects/mhpi/yxs275/DM_output/water_loss_model/dPL_local_daymet_new_attr_RMSEloss_with_log_2800
+  start_date: 01-01-1980
+  end_date: 12-31-2020
+map_lake_points:
+  lake_points: /projects/mhpi/data/hydroLakes/merit_intersected_data/RIV_lake_intersection_${zone}.shp
+  zarr: /projects/mhpi/data/hydroLakes/hydrolakes.zarr 
+extensions:
+  - soils_data
+  - pet_forcing
+  - global_dhbv_static_inputs
+  - incremental_drainage_area
+  - q_prime_sum
+  - upstream_basin_avg_mean_p
+  - q_prime_sum_stats
+  - lstm_stats
+  - temp_mean
+# Hydra Config ------------------------------------------------------------------------#
+hydra:
+  help:
+    app_name: marquette
+    header: == ${hydra.help.app_name} ==
+    template: |-
+      ${hydra.help.header}
+
+      A data pipeline tool used to generate inputs to dMC river routing
+      By Tadd Bindas
+
+      ${hydra.help.footer}
+    footer: |-
+      Powered by Hydra (https://hydra.cc)
+      Use --hydra-help to view Hydra specific help
+  job:
+    name: ${name}
+  run:
+    dir: ../runs/${hydra.job.name}_${zone}/${now:%Y-%m-%d_%H-%M-%S}

marquette/merit/create.py

@@ -248,3 +248,92 @@ def map_lake_points(cfg: DictConfig, edges: zarr.Group) -> None:
     else:
         log.info("Mapping HydroLakes Pour Points to Edges")
         _map_lake_points(cfg, edges)
+
+
+def run_extensions(cfg: DictConfig, edges: zarr.Group) -> None:
+    """
+    The function for running post-processing data extensions
+
+    :param cfg: Configuration object.
+    :type cfg: DictConfig
+    :return: None
+    """
+    if "soils_data" in cfg.extensions:
+        from marquette.merit.extensions import soils_data
+
+        log.info("Adding soils information to your MERIT River Graph")
+        if "ksat" in edges:
+            log.info("soils information already exists in zarr format")
+        else:
+            soils_data(cfg, edges)
+    if "pet_forcing" in cfg.extensions:
+        from marquette.merit.extensions import pet_forcing
+
+        log.info("Adding PET forcing to your MERIT River Graph")
+        if "pet" in edges:
+            log.info("PET forcing already exists in zarr format")
+        else:
+            pet_forcing(cfg, edges)
+    if "temp_mean" in cfg.extensions:
+        from marquette.merit.extensions import temp_forcing
+
+        log.info("Adding temp_mean forcing to your MERIT River Graph")
+        if "temp_mean" in edges:
+            log.info("Temp_mean forcing already exists in zarr format")
+        else:
+            temp_forcing(cfg, edges)
+    if "global_dhbv_static_inputs" in cfg.extensions:
+        from marquette.merit.extensions import global_dhbv_static_inputs
+
+        log.info("Adding global dHBV static input data to your MERIT River Graph")
+        if "aridity" in edges:
+            log.info("global_dhbv_static_inputs already exists in zarr format")
+        else:
+            global_dhbv_static_inputs(cfg, edges)
+
+    if "incremental_drainage_area" in cfg.extensions:
+        from marquette.merit.extensions import \
+            calculate_incremental_drainage_area
+
+        log.info("Adding edge/catchment area input data to your MERIT River Graph")
+        if "incremental_drainage_area" in edges:
+            log.info("incremental_drainage_area already exists in zarr format")
+        else:
+            calculate_incremental_drainage_area(cfg, edges)
+
+    if "q_prime_sum" in cfg.extensions:
+        from marquette.merit.extensions import calculate_q_prime_summation
+
+        log.info("Adding q_prime_sum to your MERIT River Graph")
+        if "summed_q_prime" in edges:
+            log.info("q_prime_sum already exists in zarr format")
+        else:
+            calculate_q_prime_summation(cfg, edges)
+
+
+    if "upstream_basin_avg_mean_p" in cfg.extensions:
+        from marquette.merit.extensions import calculate_mean_p_summation
+
+        log.info("Adding q_prime_sum to your MERIT River Graph")
+        if "upstream_basin_avg_mean_p" in edges:
+            log.info("upstream_basin_avg_mean_p already exists in zarr format")
+        else:
+            calculate_mean_p_summation(cfg, edges)
+
+    # if "q_prime_sum_stats" in cfg.extensions:
+    #     from marquette.merit.extensions import calculate_q_prime_sum_stats
+
+    #     log.info("Adding q_prime_sum statistics to your MERIT River Graph")
+    #     if "summed_q_prime_median" in edges:
+    #         log.info("q_prime_sum statistics already exists in zarr format")
+    #     else:
+    #         calculate_q_prime_sum_stats(cfg, edges)
+
+    if "lstm_stats" in cfg.extensions:
+        from marquette.merit.extensions import format_lstm_forcings
+
+        log.info("Adding lstm statistics from global LSTM to your MERIT River Graph")
+        if "precip_comid" in edges:
+            log.info("q_prime_sum statistics already exists in zarr format")
+        else:
+            format_lstm_forcings(cfg, edges)