Update MSS inputs to DeltaCD-3 v0.9

The MSS inputs were updated to work with DeltaCD-3 v0.9. The split table, subarea_info_split and landuse_split ratios were created. The landuse csv was trimmed back to 168 areas. GWrates, leach applied and drained and irrigation effeciency was also trimmed back to 168  areas. Adding Zhenlin's notes for MSS. Corrected some minor typos.

[Ticket: DETAW-97]

project_specific/mss/dcd_dsm2_mss1.yaml

@@ -9,6 +9,9 @@ dcd:
   path_groundwater_rates: "inputs/gwrates_dsm2_mss.csv"
   path_dsm2_diversion_rates: "inputs/diversion_factors_dsm2_mss.csv"
   path_dsm2_drainage_rates: "inputs/drainage_factors_dsm2_mss.csv"
+  path_split_table: "inputs/split_table_dsm2.csv"
+  path_subarea_info_split: "inputs/subarea_info_dsm2_split.csv"
+  path_landuse_split_ratios: "inputs/landuse_dsm2_split.csv"
 
   # Output files
   path_dcd_output: "outputs/dcd_areas_dsm2_mss1.nc"

project_specific/mss/dcd_dsm2_mss2.yaml

@@ -9,6 +9,9 @@ dcd:
   path_groundwater_rates: "inputs/gwrates_dsm2_mss.csv"
   path_dsm2_diversion_rates: "inputs/diversion_factors_dsm2_mss.csv"
   path_dsm2_drainage_rates: "inputs/drainage_factors_dsm2_mss.csv"
+  path_split_table: "inputs/split_table_dsm2.csv"
+  path_subarea_info_split: "inputs/subarea_info_dsm2_split.csv"
+  path_landuse_split_ratios: "inputs/landuse_dsm2_split.csv"
 
   # Output files
   path_dcd_output: "outputs/dcd_areas_dsm2_mss2.nc"

project_specific/mss/dcd_schism_mss1.yaml

@@ -0,0 +1,28 @@
+dcd:
+  # Input files
+  # path_wateryear_types: "NODCU/WYTYPES"
+  path_subarea_info: "inputs/subarea_info_dsm2.csv"
+  path_irrigation_efficiency: "inputs/irrigation_efficiencies_dsm2_mss1.csv"
+  path_leach_applied: "inputs/leach_applied_dsm2.csv"
+  path_leach_drained: "inputs/leach_drained_dsm2.csv"
+  path_detaw_output: "outputs/detawoutput_schism_mss1.nc"
+  path_groundwater_rates: "inputs/gwrates_dsm2_mss.csv"
+  path_dsm2_diversion_rates: "inputs/diversion_factors_dsm2_mss.csv"
+  path_dsm2_drainage_rates: "inputs/drainage_factors_dsm2_mss.csv"
+  path_split_table: "inputs/split_table_dsm2.csv"
+  path_subarea_info_split: "inputs/subarea_info_dsm2_split.csv"
+  path_landuse_split_ratios: "inputs/landuse_dsm2_split.csv"
+
+  # Output files
+  path_dcd_output: "outputs/dcd_areas_schism_mss1.nc"
+  path_dcd_node_output: "outputs/dcd_schism_mss1.nc"
+
+  # DCD parameters
+  start_water_year: 1922
+  end_water_year: 2023
+  leach_scale: 1.0
+  runoff_rate: 0.75
+  deep_percolation_rate: 0.25
+  # For some models, e.g. DSM2, evaporation from waterbody may need to be
+  # handled as diversions. If so, use True for is_adding_waterbody_evaporation.
+  is_adding_waterbody_evaporation: False

project_specific/mss/dcd_schism_mss2.yaml

@@ -0,0 +1,28 @@
+dcd:
+  # Input files
+  # path_wateryear_types: "NODCU/WYTYPES"
+  path_subarea_info: "inputs/subarea_info_dsm2.csv"
+  path_irrigation_efficiency: "inputs/irrigation_efficiencies_dsm2_mss2.csv"
+  path_leach_applied: "inputs/leach_applied_dsm2.csv"
+  path_leach_drained: "inputs/leach_drained_dsm2.csv"
+  path_detaw_output: "outputs/detawoutput_schism_mss2.nc"
+  path_groundwater_rates: "inputs/gwrates_dsm2_mss.csv"
+  path_dsm2_diversion_rates: "inputs/diversion_factors_dsm2_mss.csv"
+  path_dsm2_drainage_rates: "inputs/drainage_factors_dsm2_mss.csv"
+  path_split_table: "inputs/split_table_dsm2.csv"
+  path_subarea_info_split: "inputs/subarea_info_dsm2_split.csv"
+  path_landuse_split_ratios: "inputs/landuse_dsm2_split.csv"
+
+  # Output files
+  path_dcd_output: "outputs/dcd_areas_schism_mss2.nc"
+  path_dcd_node_output: "outputs/dcd_schism_mss2.nc"
+
+  # DCD parameters
+  start_water_year: 1922
+  end_water_year: 2023
+  leach_scale: 1.0
+  runoff_rate: 0.75
+  deep_percolation_rate: 0.25
+  # For some models, e.g. DSM2, evaporation from waterbody may need to be
+  # handled as diversions. If so, use True for is_adding_waterbody_evaporation.
+  is_adding_waterbody_evaporation: False

project_specific/mss/detaw_schism_mss1.yaml

@@ -0,0 +1,57 @@
+#----------------------------------------------------------------------------
+#                 DeltaCD v1.0 DETAW input file
+#----------------------------------------------------------------------------
+# DeltaCD estimates the Sacramento-San Joaquin Delta hydrology, including
+# consumptive use, ground surface water balance, and channel depletion, given
+# the climate and land use data.
+#
+# It could support the historical, planning or forecasting studies related to
+# the Delta surface water quantity and quality. This version provides three
+# options to estimate the Delta channel depletions in the customized output
+# formats applied to three models: DSM2, SCHISM, and CALSIM. The model inputs
+# and outputs of these options could be taken as the basis for developing
+# various Delta water environmental studies.
+#
+#----------------------------------------------------------------------------
+#----------------------------------------------------------------------------
+
+# DETAW input parameters
+detaw:
+
+  #--------------------------------------------------------------------------
+  # OPTION 1 - DSM2
+  #            DCD estimates the daily historical channel depletions,
+  #            including diversions,drainages and seepage of DSM2 nodes.
+  # OPTION 2 - SCHISM
+  #            DCD estimates the daily historical channel depletions without
+  #            water surface evaporation. SCHISM itself can estimate the
+  #            water surface evaporation of SCHISM simulation region.
+  # OPTION 3 - CALSIM3
+  #            DCD estimates the monthly planning of channel depletions for
+  #            seven Delta nodes of CALSIM3, monthly island deep percolations,
+  #            and monthly island groundwater supplied to crop
+  #            evapotranspiration.
+  target_model: "SCHISM"
+
+  #-------------------------------------------------
+  # Other model parameters
+  # FIXME Need more documentations here for parameters.
+  start_water_year: 1922
+  end_water_year: 2023
+  input_pcp: 'inputs/mm_pcp.csv'
+  input_temperature: 'inputs/LODI_PT.csv'
+  landuse : 'inputs/landuse_dsm2.csv'
+  et_correction: 'inputs/Percentage_mss1.csv'
+  critical: 'inputs/critical.csv'
+  noncritical: 'inputs/noncritical.csv'
+  calendar: 'inputs/calendar.txt'
+  # Model Output control
+  detaw_output: 'outputs/detawoutput_schism_mss1.nc'
+  precip_output: 'outputs/precip_schism_mss1.nc'
+  et_output: 'outputs/ET0_mss1.nc'
+  daily_output: 1
+  monthly_output: 1
+  yearly_output: 0
+  delta_output: 0
+  daily_output_unit: 1
+  for_dsm2_only: 1

project_specific/mss/detaw_schism_mss2.yaml

@@ -0,0 +1,57 @@
+#----------------------------------------------------------------------------
+#                 DeltaCD v1.0 DETAW input file
+#----------------------------------------------------------------------------
+# DeltaCD estimates the Sacramento-San Joaquin Delta hydrology, including
+# consumptive use, ground surface water balance, and channel depletion, given
+# the climate and land use data.
+#
+# It could support the historical, planning or forecasting studies related to
+# the Delta surface water quantity and quality. This version provides three
+# options to estimate the Delta channel depletions in the customized output
+# formats applied to three models: DSM2, SCHISM, and CALSIM. The model inputs
+# and outputs of these options could be taken as the basis for developing
+# various Delta water environmental studies.
+#
+#----------------------------------------------------------------------------
+#----------------------------------------------------------------------------
+
+# DETAW input parameters
+detaw:
+
+  #--------------------------------------------------------------------------
+  # OPTION 1 - DSM2
+  #            DCD estimates the daily historical channel depletions,
+  #            including diversions,drainages and seepage of DSM2 nodes.
+  # OPTION 2 - SCHISM
+  #            DCD estimates the daily historical channel depletions without
+  #            water surface evaporation. SCHISM itself can estimate the
+  #            water surface evaporation of SCHISM simulation region.
+  # OPTION 3 - CALSIM3
+  #            DCD estimates the monthly planning of channel depletions for
+  #            seven Delta nodes of CALSIM3, monthly island deep percolations,
+  #            and monthly island groundwater supplied to crop
+  #            evapotranspiration.
+  target_model: "SCHISM"
+
+  #-------------------------------------------------
+  # Other model parameters
+  # FIXME Need more documentations here for parameters.
+  start_water_year: 1922
+  end_water_year: 2023
+  input_pcp: 'inputs/mm_pcp.csv'
+  input_temperature: 'inputs/LODI_PT.csv'
+  landuse : 'inputs/landuse_dsm2.csv'
+  et_correction: 'inputs/Percentage_mss2.csv'
+  critical: 'inputs/critical.csv'
+  noncritical: 'inputs/noncritical.csv'
+  calendar: 'inputs/calendar.txt'
+  # Model Output control
+  detaw_output: 'outputs/detawoutput_schism_mss2.nc'
+  precip_output: 'outputs/precip_schism_mss2.nc'
+  et_output: 'outputs/ET0_mss2.nc'
+  daily_output: 1
+  monthly_output: 1
+  yearly_output: 0
+  delta_output: 0
+  daily_output_unit: 1
+  for_dsm2_only: 1