#---------------------------------------------------------#
# Office of Water Prediction MPE Processing Configuration
#
# This configuration file will help guide the MPE workflow
# component to search for STAGE IV products on the system,
# perform processing to get the data onto hourly 
# HRAP grids, then regrid the final hourly precipitation
# rates to the 1 km NWM modeling domain.
#
# Logan Karsten
# National Center for Atmospheric Research
# Research Applications Laboratory
# karsten@ucar.edu
# 303-497-2693
#-------------------------------------------------------#

[logistics]
# Turn on wcoss flag
ncepWcoss = 1

# This is a top-level directory that will contain final
# output files. These will be regridded NetCDF4 files
# of the MPE data with full CF compliance. 
outDir = /gpfs/hps3/ptmp/Cham.Pham/tmpnwprd/nwm_forcing_mpe.9707/forcingDir.MPE

# This will be a temporary staging directory to hold
# temporary regridded files, copies of files that 
# are used by the workflow. 
tmpDir = /gpfs/hps3/ptmp/Cham.Pham/tmpnwprd/nwm_forcing_mpe.9707

# This will be a logging directory to contain 
# vital information on the status of the workflow. 
logDir = /gpfs/hps3/ptmp/Cham.Pham/tmpnwprd/nwm_forcing_mpe.9707/log

# Specify the top-level directories on the system containing
# necessary input HRRR, MRMS, STAGE IV, and RAP files which
# will be used by the workflow.
stageIVDir = /gpfs/dell2/nco/ops/com/pcpanl/para
mrmsDir = /gpfs/dell1/nco/ops/dcom/prod/ldmdata/obs/upperair/mrms/conus
hrrrDir = /gpfs/hps/nco/ops/com/hrrr/prod
rapDir = /gpfs/hps/nco/ops/com/rap/prod

# Specify paths to NWM-related geospatial files.
geo1kmPath = /gpfs/hps3/nwc/noscrub/Cham.Pham/nwtest/nwm.v2.1/parm/domain/geo_em_CONUS.nc
landMetaPath = /gpfs/hps3/nwc/noscrub/Cham.Pham/nwtest/nwm.v2.1/parm/domain/GEOGRID_LDASOUT_Spatial_Metadata_CONUS.nc
hrrrHrapWghtPath = /gpfs/hps3/nwc/noscrub/Cham.Pham/nwtest/nwm.v2.1/parm/mpe/HRRR_to_HRAP_regrid_weight_conserve.nc
rapWghtPath = /gpfs/hps3/nwc/noscrub/Cham.Pham/nwtest/nwm.v2.1/parm/mpe/RAP130_to_HRAP_regrid_weight_conserve.nc
mrmsWghtPath = /gpfs/hps3/nwc/noscrub/Cham.Pham/nwtest/nwm.v2.1/parm/mpe/MRMS_to_HRAP_regrid_weight_conserve.nc
hrapNwmWghtPath = /gpfs/hps3/nwc/noscrub/Cham.Pham/nwtest/nwm.v2.1/parm/mpe/HRAP_to_NWM_regrid_weight_bilinear.nc

# NOTE - May need to specify more weight files here. 
#        Collab with Kent on this

# Specify the number of hours to look back for processing. 
# NOTE - This number must be an equal division of the 
#        accumulation duration specified below. 
numHoursProc = 24

# Specify the accumulation duration of STAGE IV data to use.
accDuration = 6

# For RFC regions where we want to default to using the accumulated
# period precipitation (6-hour,24-hour,etc), list them below.
# For these region, the code will dissagregate all data values using
# MRMS/HRRR/RAP/Flat.
# EXAMPLE: rfcsExcludeHourly = CBRFC CNRFC
rfcsExcludeHourly =

# For RFC regions we want to exclude completely from the MPE processing....
# These regions will be masked out from the final MPE files during
# creation.
# EXAMPLE rfcsMaskOut = NWRFC
rfcsMaskOut = CBRFC MBRFC WGRFC_special

[mpe_params]
# These are specific parameters to the MPE workflow.

# Specify the RQI threshold for MRMS data.
rqiThresh = 0.9

# Specify the number of minutes during the accumulation
# duration period to check MRMS GC data for RQI values
# to exceed the threshold listed above with rqiThresh.
rqiStepMinutes = 20

# Specify a path to the NetCDF file containing a mask of RFC
# regions on the HRAP grid. 
rfcGrid = /gpfs/hps3/nwc/noscrub/Cham.Pham/nwtest/nwm.v2.1/parm/mpe/RFC_grid_HRAP.nc

# Specify the HRRR forecast hour (1,2,3) to pull the hourly
# precipitation accumulation from. Valid options include:
# 1 - 0-1 hour forecasted precipitation
# 2 - 1-2 hour forecasted precipitation
# 3 - 2-3 hour forecasted precipitation 
hrrrFcstHr = 1

# The minimum total precipitation amount across DurationHours
# that will be subdivided. For cells where the total does not
# exceed this threshold, the original hourly MPE is left
# unchanged as long as it does not fail the missing or RQI/RFC
# conditions, even if it is flatlined.
thresholdMM = 0.2