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code/NcdfUtil/perl/definitions_a3cld.rc

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+#------------------------------------------------------------------------------
+#          Harvard University Atmospheric Chemistry Modeling Group            !
+#------------------------------------------------------------------------------
+#BOP
+#
+# !MODULE: definitions_a3cld.rc
+#
+# !DESCRIPTION: Resource file that defines the GEOS-5.7.2 A3cld filename,
+#  variables, and attributes for use with the ncCode* scripts.  Also defines
+#  the names of the files where Fortran code will be written to.
+#\\
+#\\
+# !REMARKS:
+#  This file has been customized to generate GEOS-Chem Fortran code that
+#  will read data from a GEOS-5.7.2 A3cld met field file.
+#
+# !REVISION HISTORY:
+#  01 Feb 2012 - R. Yantosca - Initial version
+#------------------------------------------------------------------------------
+
+### !FILENAME:
+Fortran Read File       = a3cld_read.F
+netCDF FileHandle       = fId
+netCDF FileName         = GEOS572.YYYYMMDD.A3cld.4x5.nc
+
+
+### !DIMENSIONS:
+lon                     = IIPAR
+lat                     = JJPAR
+lev                     = LLPAR
+time                    = 1
+
+### !VARIABLES:
+lon                     = REAL*4::lon
+lon:long_name           = longitude
+lon:units               = degrees_east
+#-
+lat                     = REAL*4::lat
+lat:long_name           = latitude
+lat:units               = degrees_north
+#-
+lev                     = REAL*4::lev
+lev:long_name           = levels
+lev:units               = unitless
+#-
+time                    = INTEGER::time
+time:units              = minutes since YYYY-MM-DD 00:00:00.0
+time:delta_t            = 0000-00-00 03:00:00
+time:begin_date         = YYYYMMDD
+time:begin_time         = 000000
+time:time_increment     = 030000
+#-
+CLOUD                   = REAL*4::lon,lat,lev,time
+CLOUD:long_name         = Total cloud fraction in grid box
+CLOUD:units             = unitless
+CLOUD:gamap_category    = GMAO-3D$
+#-
+OPTDEPTH                = REAL*4::lon,lat,lev,time
+OPTDEPTH:long_name      = Total in-cloud optical thickness (visible band)
+OPTDEPTH:units          = unitless
+OPTDEPTH:gamap_category = GMAO-3D$
+#-
+QI                      = REAL*4::lon,lat,lev,time
+QI:long_name            = Cloud ice water mixing ratio
+QI:units                = kg kg-1
+QI:gamap_category       = GMAO-3D$
+#-
+QL                      = REAL*4::lon,lat,lev,time
+QL:long_name            = Cloud liquid water mixing ratio
+QL:units                = kg kg-1
+QL:gamap_category       = GMAO-3D$
+#-
+TAUCLI                  = REAL*4::lon,lat,lev,time
+TAUCLI:long_name        = In-cloud ice optical thickness (visible band)
+TAUCLI:units            = unitless
+TAUCLI:gamap_category   = GMAO-3D$
+#-
+TAUCLW                  = REAL*4::lon,lat,lev,time
+TAUCLW:long_name        = In-cloud water optical thickness (visible band)
+TAUCLW:units            = unitless
+TAUCLW:gamap_category   = GMAO-3D$
+
+#EOP