# +-======-+ 
#  Copyright (c) 2003-2007 United States Government as represented by 
#  the Admistrator of the National Aeronautics and Space Administration.  
#  All Rights Reserved.
#  
#  THIS OPEN  SOURCE  AGREEMENT  ("AGREEMENT") DEFINES  THE  RIGHTS  OF USE,
#  REPRODUCTION,  DISTRIBUTION,  MODIFICATION AND REDISTRIBUTION OF CERTAIN 
#  COMPUTER SOFTWARE ORIGINALLY RELEASED BY THE UNITED STATES GOVERNMENT AS 
#  REPRESENTED BY THE GOVERNMENT AGENCY LISTED BELOW ("GOVERNMENT AGENCY").  
#  THE UNITED STATES GOVERNMENT, AS REPRESENTED BY GOVERNMENT AGENCY, IS AN 
#  INTENDED  THIRD-PARTY  BENEFICIARY  OF  ALL  SUBSEQUENT DISTRIBUTIONS OR 
#  REDISTRIBUTIONS  OF THE  SUBJECT  SOFTWARE.  ANYONE WHO USES, REPRODUCES, 
#  DISTRIBUTES, MODIFIES  OR REDISTRIBUTES THE SUBJECT SOFTWARE, AS DEFINED 
#  HEREIN, OR ANY PART THEREOF,  IS,  BY THAT ACTION, ACCEPTING IN FULL THE 
#  RESPONSIBILITIES AND OBLIGATIONS CONTAINED IN THIS AGREEMENT.
#  
#  Government Agency: National Aeronautics and Space Administration
#  Government Agency Original Software Designation: GSC-15354-1
#  Government Agency Original Software Title:  GEOS-5 GCM Modeling Software
#  User Registration Requested.  Please Visit http://opensource.gsfc.nasa.gov
#  Government Agency Point of Contact for Original Software:  
#  			Dale Hithon, SRA Assistant, (301) 286-2691
#  
# +-======-+ 

# Atmospheric Model Configuration Parameters
# ------------------------------------------
           NX: @NX
           NY: @NY
      AGCM_IM: @AGCM_IM
      AGCM_JM: @AGCM_JM
      AGCM_LM: @AGCM_LM
AGCM_GRIDNAME: @AGCM_GRIDNAME

DYCORE: @DYCORE

SOLAR_DT: @SOLAR_DT
IRRAD_DT: @IRRAD_DT

SOLARAvrg: 0
IRRADAvrg: 0

# DAS Tuning for Improved NWP Skill
# ---------------------------------
@DASTUNING      CBL_TPERT: -1.0
@DASTUNING  MAXDALLOWED_D: 450
@DASTUNING         RASAL2: -86400
@DASTUNING RAIN_REVAP_FAC: 3.0


# Ocean Model Configuration Parameters
# ------------------------------------
>>>COUPLED<<<      OGCM_NX: @OGCM_NX
>>>COUPLED<<<      OGCM_NY: @OGCM_NY
      OGCM_IM: @OGCM_IM
      OGCM_JM: @OGCM_JM
      OGCM_LM: @OGCM_LM
OGCM_GRIDNAME: @OGCM_GRIDNAME
>>>COUPLED<<<OGCM_GRIDSPEC: @OGCM_GRIDSPEC

OGCM_RUN_DT: @OCEAN_DT

##############################################################################################
####                                                                                      ####
####   SST REMAPPING                                                                      ####
####      Comparing Grid Resolutions of GRID_ocean and GRID_atmos:                        ####
####                                                                                      ####
####         IF(       GRID_ocean is equal  resolution to   GRID_atmos )  THEN            ####
####             INTERPOLATE_SST = 0 ! Conservatively BIN   GRID_ocean to GRID_atmos      ####
####         ELSE IF ( GRID_ocean is higher resolution than GRID_atmos )  THEN            ####
####             INTERPOLATE_SST = 0 ! Conservatively BIN   GRID_ocean to GRID_atmos      ####
####         ELSE    ( GRID_ocean is lower  resolution than GRID_atmos )                  ####
####             INTERPOLATE_SST = 1 ! Linearly Interpolate GRID_ocean to GRID_atmos      ####
####         ENDIF                                                                        ####
####                                                                                      ####
##############################################################################################

# INTERPOLATE_SST: 0 or 1 # (Default based on comparison of GRID_ocean and GRID_atmos)

# Print Resource Parameters (0: Non-Default values, 1: ALL values)
#-----------------------------------------------------------------
PRINTRC: 1

# Set the number of parallel I/O processes to use when
# RESTART_TYPE and or CHECKPOINT_TYPE are set to pbinary or pnc4
#---------------------------------------------------------------
PARALLEL_READFORCING: 1
NUM_READERS: 1
NUM_WRITERS: 1

# Active observer when desired
# ----------------------------
BKG_FREQUENCY: @OBSERVER_FRQ

# Resolution of state passed to atmos analysis
# --------------------------------------------
ANA_GRIDNAME: PC@AGCM_IMx@AGCM_JM-DC
ANA_LM: @AGCM_LM

# Restart Record Parameters
# -------------------------
RECORD_FINAL:  >>>RECFINL<<<
RECORD_FREQUENCY: 000000       000000
RECORD_REF_DATE: >>>REFDATE<<< >>>FCSDATE<<<
RECORD_REF_TIME: >>>REFTIME<<< >>>FCSTIME<<<

 
##############################################################################################
####                                    Exact Replay Options                              ####
####                                                                                      ####
####            Exact:  Replays Identically (bit-for-bit) a previously                    ####
####                    run GEOS-5 DAS by simply using archived IAU forcing.              ####
####                    Do NOT use DAMP parameters (will create non-zero diffs).          ####
####                    REPLAY File:  %s.agcm_import_rst.%y4%m2%d2_%h2z.bin               ####
####                   (Note: %s should be replaced with EXPID you are replaying)         ####
####                                                                                      ####
##############################################################################################

#   Exact REPLAY Mode and File
#   --------------------------
#   REPLAY_MODE: Exact
#   REPLAY_FILE: %s.agcm_import_rst.%y4%m2%d2_%h2z.bin

#   4DIAU (recreate analysis tendency on the fly)
#   ---------------------------------------------
#>>>4DIAUDAS<<<    AINC_FILE: @EXPID.ana.eta.%y4%m2%d2_%h2z.nc4
#>>>4DIAUDAS<<<    NUDGE_STATE: YES
##>>>4DIAUDAS<<<    TAUANL: 3600
#>>>4DIAUDAS<<<    AGCM_IMPORT_RESTART_FILE:  agcm_import_rst.>>>ANA0YYYYMMDDHH<<<z.bin
#>>>4DIAUDAS<<<    AGCM_IMPORT_RESTART_TYPE:  binary

#   Exact REPLAY Mode for 4d-tendency
#   ---------------------------------
>>>4DIAUDAS<<<    REPLAY_MODE: Exact
>>>4DIAUDAS<<<    REPLAY_FILE: agcm_import_rst.%y4%m2%d2_%h2z.bin
>>>4DIAUDAS<<<    REPLAY_SHUTOFF: 21600.0 #  ShutOff Replay after 6-hours for G5NCEP and G5ECMWF Forecasts
>>>4DIAUDAS<<<    REPLAY_INTERVAL: 3600.0
>>>4DIAUDAS<<<    PREDICTOR_OFFSET: 3600.0

##############################################################################################
####                                Regular Replay Options                                ####
####                                                                                      ####
####  Replays to an existing Analysis by simulating the IAU process (i.e., IAU=ANA-BKG)   ####
####  Increments MAY be linearly damped between DAMPBEG & DAMPEND (Pascals) to allow      ####
####  blending of Analysis and Background in the stratosphere.  (DEFAULT: NO BLENDING)    ####
####                                                                                      ####
####   REPLAY FILE MUST be on an A-Grid!                                                  ####
####   REPLAY FILES are typically native grid analysis files                              ####
####          (E.g.,  %s.ana.eta.%y4%m2%d2_%h2z.nc4)                                      ####
####                                                                                      ####
####   REPLAY Variable Defaults: p,u,v,t,qv,o3                                            ####
####   REPLAY Variables are set to either:  YES,  NO,  or a character_string NAME.        ####
####   The NAME is used as a means of creating an ALIAS for the REPLAY variable.          ####
####   An ALIAS is required when the REPLAY FILE contains a variable name NOT included    ####
####   in our standard list. (E.g.,  REPLAY_T: temperature)                               ####
####                                                                                      ####
####   NOTE:  When using an ALIAS for REPLAY_T, you must also supply the REPLAY_T_TYPE    ####
####   -----  REPLAY_T_TYPE: T        # Options: T,TV,TH,THV                              ####
####                                                                                      ####
####   REPLAY Variables may be disabled by setting resource parameter to: NO              ####
####          (E.g., REPLAY_QV: NO to disable REPLAY of Moisture).                        ####
####                                                                                      ####
####   To inhibit the Resonance of the 2/3_x_IAU_Frequency Wave:                          ####
####   ---------------------------------------------------------                          ####
####         Perform BKG.ETA Time Averaging (14400 => 4 Hours = 2/3 IAU_Frequency)        ####
####                                                                                      ####
##############################################################################################
#
#   Regular REPLAY Mode and File
#   ----------------------------
>>>REGULAR_REPLAY<<<   REPLAY_MODE: Regular
>>>REGULAR_REPLAY<<<   REPLAY_FILE: ana4replay.eta.%y4%m2%d2_%h2z.nc4

#   BKG2ANACNSRV: 0 or 1    # (Defaults to 0:BiLinear Interpolation.  Note: Conservative Transformation creates Non-Wavenumber 1 Winds at Poles)
#   ANA2BKGCNSRV: 0 or 1    # (Defaults to 0:BiLinear Interpolation.  Note: Conservative Transformation creates Non-Wavenumber 1 Winds at Poles)
#   REPLAY_BKGAVE: 14400    # (BKG.ETA Time Averaging frequency to inhibit Resonance.
#                              Default = 2/3 x REPLAY_FREQUENCY, where REPLAY_FREQUENCEY Default = 21600)
#
#   Regular REPLAY Variables (Change only if desired REPLAY is different from Default)
#   ----------------------------------------------------------------------------------
#   REPLAY_P:  YES or NO    #  (Default: YES)
#   REPLAY_U:  YES or NO    #  (Default: YES)
#   REPLAY_V:  YES or NO    #  (Default: YES)
#   REPLAY_T:  YES or NO    #  (Default: YES)
#   REPLAY_QV: YES or NO    #  (Default: YES)
>>>REGULAR_REPLAY_GMAO<<<   REPLAY_O3: YES or NO    #  (Default: YES)
>>>REGULAR_REPLAY_NCEP<<<   REPLAY_O3: YES or NO    #  (Default: YES)
>>>REGULAR_REPLAY_ECMWF<<<  REPLAY_O3: YES or NO    #  (Default: YES)
#   REPLAY_TS: YES or NO    #  (Default:  NO)
#
#   Regular REPLAY Remapping and Blending Variables
#   -----------------------------------------------
#   REPLAY_REMAP:    YES    #  Default = YES,  Remap ANA Data to BKG Topography
>>>REGULAR_REPLAY_ECMWF<<<  REPLAY_DAMPBEG: 1000.0  #  Default =  1,   Linearly Damp Increments between DAMPBEG & DAMPEND (Pascals)
>>>REGULAR_REPLAY_ECMWF<<<  REPLAY_DAMPEND: 5000.0  #  Default =  1,   Linearly Damp Increments between DAMPBEG & DAMPEND (Pascals)
>>>REGULAR_REPLAY_GMAO<<<   REPLAY_DAMPBEG:  100.0  #  Default =  1,   Linearly Damp Increments between DAMPBEG & DAMPEND (Pascals)
>>>REGULAR_REPLAY_GMAO<<<   REPLAY_DAMPEND: 5000.0  #  Default =  1,   Linearly Damp Increments between DAMPBEG & DAMPEND (Pascals)
>>>REGULAR_REPLAY_NCEP<<<   REPLAY_DAMPBEG: 1000.0  #  Default =  1,   Linearly Damp Increments between DAMPBEG & DAMPEND (Pascals)
>>>REGULAR_REPLAY_NCEP<<<   REPLAY_DAMPEND: 5000.0  #  Default =  1,   Linearly Damp Increments between DAMPBEG & DAMPEND (Pascals)
>>>REGULAR_REPLAY<<<   REPLAY_SHUTOFF: 21600   #  ShutOff Replay after 6-hours for G5NCEP and G5ECMWF Forecasts
>>>REGULAR_REPLAY<<<   REPLAY_WINDFIX: YES     #  Apply windfix for cases (GMAO and non-GMAO)
#
#
##############################################################################################
####                               Intermittent Replay Options                            ####
####                                                                                      ####
####     Intermittent:  Within this mode two possibilities are available:                 ####
####                 1) Replay to full field:                                             ####
####                    Replays to an existing Analysis by "Dump & Splash".               ####
####                    RePlay File:  %s.bkg.eta.%y4%m2%d2_%h2z.NCSUFFIX                  ####
####                    Note: BKG.ETA (hour-3) files are used since they                  ####
####                    contain the previous full analysis increment and are              ####
####                    well balanced.  Do not use DAMP parameters.                       ####
####                    RePlay Name Default: uwnd,vwnd,theta,sphu,ps,delp,ozone           ####
####                    REPLAY_GRID Options: D-GRID (Default), A-GRID                     ####
####                    REPLAY_TVAR Options: THETAV (Default), THETA, TV, T               ####
####                 2) Replay to an increment: (only cubed-dynamics for now)             ####
####                    Replay to an existing Analysis Increment as e.g,                  ####
####                    RePlay File:  %s.inc.eta.%y4%m2%d2_%h2z.NCSUFFIX                  ####
####                    You much as specify REPLAY_IM and REPLAY_JM as                    ####
####                    well as set REPLAY_TYPE: Incremental; this is                     ####
####                    in addition to the MODE Intermittent. In some cases               ####
####                    you might set the parameter REPLAY_REF_TGAP to be                 ####
####                    equal to RUN_DT (but in HHMMSS) to avoid increment                ####
####                    being taken one DT out of sync (this can also be used             ####
####                    in (1) above).                                                    ####
####                                                                                      ####
####                    Note: RePlay Blending Options Currently Pertain                   ####
####                    to Intermittent Mode  (see FVdycore_GridCompMod.F90)              ####
####                                                                                      ####
##############################################################################################

##REPLAY_TYPE: Incremental
##REPLAY_FILE: C590a.inc.eta.%y4%m2%d2_%h2z.nc4
##REPLAY_IM: 576
##REPLAY_JM: 361
##REPLAY_REF_DATE: >>>ANADATE<<<
##REPLAY_REF_TIME: >>>ANATIME<<<
##REPLAY_REF_TGAP: 001500

#REPLAY_MODE: Intermittent 
#REPLAY_FILE: /discover/nobackup/projects/gmao/iesa/aerosol/Data/MERRA/iReplay/576x361/Y%y4/M%m2/d5_merra_jan98.bkg.eta.%y4%m2%d2_%h2z.nc4
#REPLAY_IM:    576            # Required for Intermittent Replay on Cube
#REPLAY_JM:    361            # Required for Intermittent Replay on Cube

#REPLAY_GRID:  A-GRID      # (!! For Intermittent Replay Only !!) Standard Options: D-GRID (Default), A-GRID
#REPLAY_TSNAME: NULL
#REPLAY_UNAME: u
#REPLAY_VNAME: v
#REPLAY_TNAME: tv
#REPLAY_TVAR:  TV             # Standard Options: THETAV (Default), THETA, TV, T

#REPLAY_REMAP: NO             # Standard Options: NO  - Intermittent Replay (Cube Only)

#REPLAY_BLEND: 0              # Standard Option:   0    - no blending
#REPLAY_BLEND_P_ABOVE:  10.0  # Standard Option:  10 Pa - highest of the two blending pressure levels
#REPLAY_BLEND_P_BELOW: 100.0  # Standard Option: 100 Pa - lowest  of the two blending pressure levels


##############################################################################################
####                                   REPLAY PRECIPITATION                               ####
##############################################################################################
#
# REPLAY PRECIP Parameters
# ------------------------
# To REPLAY to CMAP-based precip files, you must symbolically link into your work area the datastreams from MERRA_LAND:
#
#    Option 1) CMAP-CPCU Corrected (Used for NCA Project)
#    ----------------------------------------------------
#    /bin/ln -s /gpfsm/dnb51/projects/p15/iau/merra_land/precip_CPCU-CMAP_corrected_MERRA/GEOSdas-2_1_4 ExtData/PCP
#
#         Then, you must replace the token after PRECIP_FILE with the proper datastream for the desired years:
#         ----------------------------------------------------------------------------------------------------
#         Years 1978-1993: d5_merra_jan79/diag/Y%y4/d5_merra_jan79.tavg1_2d_lfo_Nx_corr.%y4%m2%d2_%h230z.nc (Currently Not ONLINE)
#         Years 1988-2001: d5_merra_jan89/diag/Y%y4/d5_merra_jan89.tavg1_2d_lfo_Nx_corr.%y4%m2%d2_%h230z.nc (Currently Not ONLINE)
#         Years 1999-2014: d5_merra_jan98/diag/Y%y4/d5_merra_jan98.tavg1_2d_lfo_Nx_corr.%y4%m2%d2_%h230z.nc
#         ---------------
#
#    Option 2) CMAP-GPCP Corrected (from MERRA-Land)
#    -----------------------------------------------
#    /bin/ln -s /discover/nobackup/projects/gmao/share/gmao_ops/fvInput/merra_land/precip_CPCUexcludeAfrica-CMAP_corrected_MERRA/GEOSdas-2_1_4 ExtData/PCP
#
#         Then, you must replace the token after PRECIP_FILE with the proper datastream:
#         -----------------------------------------------------------------------------------------------------------
#         Years 1979-2014: d5_merra/Y%y4/M%m2/d5_merra.tavg1_2d_lfo_Nx_corr.%y4%m2%d2_%h230z.nc
#         ---------------
#
# Possible REPLAY PRECIP Files:
# -----------------------------
#PRECIP_FILE: ExtData/PCP/@PRECIP_FILE
#
# Latitudinal Tapering between 42.5 and 62.5 degrees mimics NCEP's approach of using GCM-based precip at high latitudes
# --------------------
#USE_PP_TAPER: 1


##############################################################################################
####                  CHOICE OF  Land Surface and Runoff Routing Models                   ####
##############################################################################################

# 1) Default: to run the Catchment LSM set LSM_CHOICE to 1
# 2) to run the Catchment-CN LSM set LSM_CHOICE to 2

LSM_CHOICE: @LSM_CHOICE

# Set RUN_ROUTE to 1 to run the runoff routing model
# ROUTE_INT is the frequency (in seconds) that the Runoff Routing Model is called
# -------------------------------------------------------------------------------

RUN_ROUTE: @RUN_ROUTE
#ROUTE_INT: 3600

##############################################################################################
##############################################################################################

# IAU and In-Line BIAS Correction Parameters
# ----------------------------------------------------------------------------------
# AGCM_IMPORT   = IAU  Analysis   Increment
# AGCM_INTERNAL = BIAS Correction Increment: BIAS(n+1) = ALPHA*IAU(n) + BETA*BIAS(n)
# ----------------------------------------------------------------------------------

>>>FORCEDAS<<<AGCM_IMPORT_RESTART_FILE:               agcm_import_rst

>>>FORCEGCM<<<AGCM_INTERNAL_RESTART_FILE:             agcm_internal_rst
>>>FORCEGCM<<<AGCM_INTERNAL_CHECKPOINT_FILE:          agcm_internal_checkpoint
>>>FORCEGCM<<<AGCM_INTERNAL_CHECKPOINT_TYPE:          @CHECKPOINT_TYPE

>>>FORCEGCM<<<AGCM_ALPHA: 0.000
>>>FORCEGCM<<<AGCM_BETA:  1.000

MAPL_ENABLE_BOOTSTRAP: @BOOT

# Required AGCM Model Restart Files
# ---------------------------------
DYN_INTERNAL_RESTART_FILE:              fvcore_internal_rst
DYN_INTERNAL_CHECKPOINT_FILE:           fvcore_internal_checkpoint
DYN_INTERNAL_CHECKPOINT_TYPE:           @CHECKPOINT_TYPE
DYN_INTERNAL_HEADER:                    1

LAKE_INTERNAL_RESTART_FILE:             lake_internal_rst
LAKE_INTERNAL_CHECKPOINT_FILE:          lake_internal_checkpoint
LAKE_INTERNAL_CHECKPOINT_TYPE:          @CHECKPOINT_TYPE

LANDICE_INTERNAL_RESTART_FILE:          landice_internal_rst
LANDICE_INTERNAL_CHECKPOINT_FILE:       landice_internal_checkpoint
LANDICE_INTERNAL_CHECKPOINT_TYPE:       @CHECKPOINT_TYPE

CATCH_INTERNAL_RESTART_FILE:            catch_internal_rst
CATCH_INTERNAL_CHECKPOINT_FILE:         catch_internal_checkpoint
CATCH_INTERNAL_CHECKPOINT_TYPE:         @CHECKPOINT_TYPE

CATCHCN_INTERNAL_RESTART_FILE:            catchcn_internal_rst
CATCHCN_INTERNAL_CHECKPOINT_FILE:         catchcn_internal_checkpoint
CATCHCN_INTERNAL_CHECKPOINT_TYPE:         @CHECKPOINT_TYPE

MOIST_INTERNAL_RESTART_FILE:            moist_internal_rst
MOIST_INTERNAL_CHECKPOINT_FILE:         moist_internal_checkpoint
MOIST_INTERNAL_CHECKPOINT_TYPE:         @CHECKPOINT_TYPE


# Boot-Strapable AGCM Model Restart Files
# ---------------------------------------
MOIST_IMPORT_RESTART_FILE:              moist_import_rst
MOIST_IMPORT_CHECKPOINT_FILE:           moist_import_checkpoint
MOIST_IMPORT_CHECKPOINT_TYPE:           @CHECKPOINT_TYPE

SURFACE_IMPORT_RESTART_FILE:            surf_import_rst
SURFACE_IMPORT_CHECKPOINT_FILE:         surf_import_checkpoint
SURFACE_IMPORT_CHECKPOINT_TYPE:         @CHECKPOINT_TYPE

SOLAR_INTERNAL_RESTART_FILE:            solar_internal_rst
SOLAR_INTERNAL_CHECKPOINT_FILE:         solar_internal_checkpoint
SOLAR_INTERNAL_CHECKPOINT_TYPE:         @CHECKPOINT_TYPE

IRRAD_INTERNAL_RESTART_FILE:            irrad_internal_rst
IRRAD_INTERNAL_CHECKPOINT_FILE:         irrad_internal_checkpoint
IRRAD_INTERNAL_CHECKPOINT_TYPE:         @CHECKPOINT_TYPE

TURBULENCE_INTERNAL_RESTART_FILE:       turb_internal_rst
TURBULENCE_INTERNAL_CHECKPOINT_FILE:    turb_internal_checkpoint
TURBULENCE_INTERNAL_CHECKPOINT_TYPE:    @CHECKPOINT_TYPE

TURBULENCE_IMPORT_RESTART_FILE:         turb_import_rst
TURBULENCE_IMPORT_CHECKPOINT_FILE:      turb_import_checkpoint
TURBULENCE_IMPORT_CHECKPOINT_TYPE:      @CHECKPOINT_TYPE

PCHEM_INTERNAL_RESTART_FILE:            pchem_internal_rst
PCHEM_INTERNAL_CHECKPOINT_FILE:         pchem_internal_checkpoint
PCHEM_INTERNAL_CHECKPOINT_TYPE:         @CHECKPOINT_TYPE

H2O_INTERNAL_RESTART_FILE:              h2o_internal_rst
H2O_INTERNAL_CHECKPOINT_FILE:           h2o_internal_checkpoint
H2O_INTERNAL_CHECKPOINT_TYPE:           @CHECKPOINT_TYPE

# Chemistry/AEROSOL Model Restart Files
# -------------------------------------
GOCART_INTERNAL_RESTART_FILE:           gocart_internal_rst
GOCART_INTERNAL_CHECKPOINT_FILE:        gocart_internal_checkpoint
GOCART_INTERNAL_CHECKPOINT_TYPE:        @CHECKPOINT_TYPE

GOCART.data_INTERNAL_RESTART_FILE:      gocartdata_internal_rst
GOCART.data_INTERNAL_CHECKPOINT_FILE:   gocartdata_internal_checkpoint
GOCART.data_INTERNAL_CHECKPOINT_TYPE:   @CHECKPOINT_TYPE

CARMA_INTERNAL_RESTART_FILE:            carma_internal_rst
CARMA_INTERNAL_CHECKPOINT_FILE:         carma_internal_checkpoint
CARMA_INTERNAL_CHECKPOINT_TYPE:         @CHECKPOINT_TYPE

STRATCHEM_INTERNAL_RESTART_FILE:        stratchem_internal_rst
STRATCHEM_INTERNAL_CHECKPOINT_FILE:     stratchem_internal_checkpoint
STRATCHEM_INTERNAL_CHECKPOINT_TYPE:     @CHECKPOINT_TYPE

STRATCHEM_IMPORT_RESTART_FILE:          stratchem_import_rst
STRATCHEM_IMPORT_CHECKPOINT_FILE:       stratchem_import_checkpoint
STRATCHEM_IMPORT_CHECKPOINT_TYPE:       @CHECKPOINT_TYPE

GMICHEM_INTERNAL_RESTART_FILE:          gmichem_internal_rst
GMICHEM_INTERNAL_CHECKPOINT_FILE:       gmichem_internal_checkpoint
GMICHEM_INTERNAL_CHECKPOINT_TYPE:       @CHECKPOINT_TYPE

GMICHEM_IMPORT_RESTART_FILE:            gmichem_import_rst
GMICHEM_IMPORT_CHECKPOINT_FILE:         gmichem_import_checkpoint
GMICHEM_IMPORT_CHECKPOINT_TYPE:         @CHECKPOINT_TYPE

MAM_INTERNAL_RESTART_FILE:              mam_internal_rst
MAM_INTERNAL_CHECKPOINT_FILE:           mam_internal_checkpoint
MAM_INTERNAL_CHECKPOINT_TYPE:           @CHECKPOINT_TYPE

GEOSACHEM_INTERNAL_RESTART_FILE:        geosachem_internal_rst
GEOSACHEM_INTERNAL_CHECKPOINT_FILE:     geosachem_internal_checkpoint
GEOSACHEM_INTERNAL_CHECKPOINT_TYPE:     @CHECKPOINT_TYPE

TR_INTERNAL_RESTART_FILE:               tr_internal_rst
TR_INTERNAL_CHECKPOINT_FILE:            tr_internal_checkpoint
TR_INTERNAL_CHECKPOINT_TYPE:            @CHECKPOINT_TYPE

TR_IMPORT_RESTART_FILE:                 tr_import_rst
TR_IMPORT_CHECKPOINT_FILE:              tr_import_checkpoint
TR_IMPORT_CHECKPOINT_TYPE:              @CHECKPOINT_TYPE

HEMCO_INTERNAL_RESTART_FILE:            hemco_internal_rst
HEMCO_INTERNAL_CHECKPOINT_FILE:         hemco_internal_checkpoint
HEMCO_INTERNAL_CHECKPOINT_TYPE:         @CHECKPOINT_TYPE

HEMCO_IMPORT_RESTART_FILE:              hemco_import_rst
HEMCO_IMPORT_CHECKPOINT_FILE:           hemco_import_checkpoint
HEMCO_IMPORT_CHECKPOINT_TYPE:           @CHECKPOINT_TYPE

# OCEAN Model Restart Files
# -------------------------
SALTWATER_INTERNAL_RESTART_FILE:        saltwater_internal_rst
SALTWATER_INTERNAL_CHECKPOINT_FILE:     saltwater_internal_checkpoint
SALTWATER_INTERNAL_CHECKPOINT_TYPE:     @CHECKPOINT_TYPE

SALTWATER_IMPORT_RESTART_FILE:          saltwater_import_rst
SALTWATER_IMPORT_CHECKPOINT_FILE:       saltwater_import_checkpoint
SALTWATER_IMPORT_CHECKPOINT_TYPE:       @CHECKPOINT_TYPE

>>>COUPLED<<<SEAICE_IMPORT_RESTART_FILE:             seaice_import_rst
>>>COUPLED<<<SEAICE_IMPORT_CHECKPOINT_FILE:          seaice_import_checkpoint
>>>COUPLED<<<SEAICE_IMPORT_CHECKPOINT_TYPE:          @CHECKPOINT_TYPE

>>>COUPLED<<<SEAICE_INTERNAL_RESTART_FILE:           seaice_internal_rst
>>>COUPLED<<<SEAICE_INTERNAL_CHECKPOINT_FILE:        seaice_internal_checkpoint
>>>COUPLED<<<SEAICE_INTERNAL_CHECKPOINT_TYPE:        @CHECKPOINT_TYPE

>>>COUPLED<<<ORAD_IMPORT_RESTART_FILE:               orad_import_rst
>>>COUPLED<<<ORAD_IMPORT_CHECKPOINT_FILE:            orad_import_checkpoint
>>>COUPLED<<<ORAD_IMPORT_CHECKPOINT_TYPE:            @CHECKPOINT_TYPE


# Boundary Datasets
# -----------------
TOPO_MEAN_FILE:     topo_dynave.data
TOPO_GWDVAR_FILE:   topo_gwdvar.data
TOPO_TRBVAR_FILE:   topo_trbvar.data

LAI_FILE:                   lai.data
GREEN_FILE:               green.data
TILING_FILE:                tile.bin 
VISDF_FILE:                visdf.dat
NIRDF_FILE:                nirdf.dat
>>>COUPLED<<<ROUTING_FILE:             runoff.bin

VEGDYN_INTERNAL_RESTART_FILE:  vegdyn.data

KPAR_FILE: SEAWIFS_KPAR_mon_clim.data


# AeroChem Environment
# --------------------
     OX_RELAXTIME: @OX_RELAXTIME    # Standard Options:  GCM: 259200., DAS: 0.000
    CH4_RELAXTIME: 259200.
    N2O_RELAXTIME: 259200.
  CFC11_RELAXTIME: 259200.
  CFC12_RELAXTIME: 259200.
 HCFC22_RELAXTIME: 259200.
    H2O_RELAXTIME: 259200.
    OX_FRIENDLIES: ANALYSIS:DYNAMICS:TURBULENCE:MOIST
   CH4_FRIENDLIES: DYNAMICS:TURBULENCE:MOIST
   N2O_FRIENDLIES: DYNAMICS:TURBULENCE:MOIST
 CFC11_FRIENDLIES: DYNAMICS:TURBULENCE:MOIST
 CFC12_FRIENDLIES: DYNAMICS:TURBULENCE:MOIST
   H2O_FRIENDLIES: DYNAMICS:TURBULENCE:MOIST
HCFC22_FRIENDLIES: DYNAMICS:TURBULENCE:MOIST
       pchem_clim: species.data
       pchem_clim_years: @PCHEM_CLIM_YEARS

# Age-of-Air Parameters
# ---------------------
#AOA_FRIENDLIES: DYNAMICS:TURBULENCE:MOIST


# GOCART broadband aerosol optics tables
# -----------------------------------------------------
DU_OPTICS: ExtData/@EMISSIONS/x/opticsBands_DU.v15_3.nc
SS_OPTICS: ExtData/@EMISSIONS/x/opticsBands_SS.v3_3.nc
SU_OPTICS: ExtData/@EMISSIONS/x/opticsBands_SU.v1_3.nc
OC_OPTICS: ExtData/@EMISSIONS/x/opticsBands_OC.v1_3.nc
BC_OPTICS: ExtData/@EMISSIONS/x/opticsBands_BC.v1_3.nc
NI_OPTICS: ExtData/@EMISSIONS/x/opticsBands_NI.v2_5.nc
NUM_BANDS: 18

DIURNAL_BIOMASS_BURNING: yes

       RATS_PROVIDER: @RATS_PROVIDER   # options: PCHEM, GMICHEM, STRATCHEM (Radiatively active tracers)
       AERO_PROVIDER: @AERO_PROVIDER   # options: GOCART.data, GOCART, MAM, None  (Radiatively active aerosols)
ANALYSIS_OX_PROVIDER: @OANA_PROVIDER   # options: PCHEM, GMICHEM, STRATCHEM, GOCART


# Flag for real-time forecasts (persisted SST) IS_FCST: 1 (AMIP-Style Default: 0)
# -------------------------------------------------------------------------------
    IS_FCST: @IS_FCST


# Time step for aerosol assimilation (GAAS)
# -----------------------------------------
  GAAS_DT: 10800 # 3-hourly

# Time step for Runoff Routing Model (RRM_RUN_DT)
# -----------------------------------------
  RRM_RUN_DT: 3600 # 1-hourly

# DATAOCEAN Parameters for AMIP-Style Run
# ----------------------------------------
>>>DATAOCEAN<<<DATA_SST_FILE: sst.data
>>>DATAOCEAN<<<DATA_FRT_FILE: fraci.data
>>>DATAOCEAN<<<MIN_SEAICE_DEPTH: 0.07
>>>DATAOCEAN<<<MAX_SEAICE_DEPTH: 0.07
>>>DATAOCEAN<<<TAU_SIT:          86400

# To compute skin SST over water (or to use SST Analysis Increment) set values to 1
# ---------------------------------------------------------------------------------
USE_SKIN_LAYER: @USE_SKIN_LAYER
    ANALYZE_TS: @ANALYZE_TS

# Model Tuning Parameters (For CMIP5 recommended SOLAR_CONSTANT and CO2 values, use -1)
# -------------------------------------------------------------------------------------
SOLAR_CONSTANT: -1
CO2:            -1


# Flags for SATSIM Output
# -----------------------
USE_SATSIM:       @SATSIM
USE_SATSIM_ISCCP: @ISCCP_SATSIM
USE_SATSIM_MODIS: @MODIS_SATSIM
USE_SATSIM_RADAR: @RADAR_SATSIM
USE_SATSIM_LIDAR: @LIDAR_SATSIM
USE_SATSIM_MISR:  @MISR_SATSIM


>>>COUPLED<<<# Section for MOM4
>>>COUPLED<<<# ----------------
>>>COUPLED<<<MOM_DT: @OCEAN_DT
>>>COUPLED<<<MOM_SKINH: 2.0
>>>COUPLED<<<MOM_TAU_MIN: 60.0
>>>COUPLED<<<MOM_TAU_MAX: 86400.0
>>>COUPLED<<<MOM_TAU_FACTOR: 1.0
>>>COUPLED<<<ML_PENDEPTH: 15.0
>>>COUPLED<<<
>>>COUPLED<<<# Section for CICE Thermodynamics
>>>COUPLED<<<# -------------------------------
>>>COUPLED<<<USE_CICE_Thermo: 1
>>>COUPLED<<<CICE_AH_MAX: 0.3
>>>COUPLED<<<CICE_COUPLE_OCEAN: 48
>>>COUPLED<<<
>>>COUPLED<<<# Section for CICE Dynamics
>>>COUPLED<<<# -------------------------
>>>COUPLED<<<CICE_NPROCS: @OGCM_NPROCS
>>>COUPLED<<<CICE_DT: @OCEAN_DT
>>>COUPLED<<<CICE_GRID: grid_cice.bin
>>>COUPLED<<<CICE_KMT: kmt_cice.bin
>>>COUPLED<<<CICE_MU_RDG: 3.0
>>>COUPLED<<<CICE_EVP_DAMPING: 1