# Copyright(c) 2002, Space Science and Engineering Center, UW-Madison
# Refer to "McIDAS Software Acquisition and Distribution Policies"
# in the file  mcidas/data/license.txt
#

# $Id: GEODATA.CORE,v 1.28 2020/03/26 19:45:35 jayh Tst $


# This file (GEODATA.CORE) is used to define the datasets available for use
# by the GEO command and which one or ones to use for a given command entry
# (by defining each dataset's geographical coverage, bands, channels,
# wavelengths and resolutions, plus which bounding datasets to use when an
# image merge is required). This file is supplied with McIDAS-X and should
# not be modified.
#
# If you would like to use settings different than those in this file,
# you should copy it from ~mcidas/data to your $HOME/mcidas/data directory
# (or another MCPATH directory) then rename it to GEODATA.USER or 
# GEODATA.SITE and edit the corresponding settings. The .USER file overrides
# the .SITE file, which overrides the .CORE file. This order of precedence
# ensures that your personal settings in the .USER file and site settings
# in the .SITE file (if the files exist) are used rather than the default
# ones in the .CORE file. 

#
# --- Things to keep in mind when editing this file ---
#
#   1 - The character '\' at the end of a definition line indicates that 
#       the next line is a continuation of the current definition.
#   2 - To add a new dataset, the dataset must be listed in the first list
#       of NAMES, and then all of the parameters must be defined in the
#       next section.

# DATASETS:
#    The following values are the NAMES and definitions for datasets 
#    used by GEO to scan for the appropriate image for the specified 
#    location. These names are site specific and may not be accurate 
#    for sites who do not access their satellite data through SSEC. 
#    Those users may need to create a GEODATA.USER or .SITE file, in
#    order to use the GEO command.

#    Name       Description
#    ---------  --------------------------------------------------------
#    NAMES      List of the datasets available to the GEO macro

DATASET     NAMES= RTGOESR/FDC02            \
                   RTGOESR/FDC02            \
                   RTGOESR/FDC07            \
                   RTGOESR/FDC08            \
                   RTGOESR/FDC13            \
                   RTGOESR/FDC15            \
                   RTGOESS/FDC02            \
                   RTGOESS/FDC07            \
                   RTGOESS/FDC08            \
                   RTGOESS/FDC13            \
                   RTGOESS/FDC15            \
                   BASEMAP/TOPO1BYTE 

#    The names contained within the list above are defined by geographical
#    coverage and contents. These values are DATASET DEPENDENT. For each
#    dataset listed above you must have a corresponding definition below.

#    Name       Description
#    ---------  --------------------------------------------------------
#    LAT        Latitudes of points at lower-right & upper-left corners 
#			of the satellite coverage
#    LON        Longitudes of points at lower-right & upper-left corners
#			of the satellite coverage
#    SAT        Satellite name used to define platform dependent constants
#    LAG        Estimated time lag past image start time for the dataset
#    DATELINE   Does dataset span the dateline? (Y or N)
#    CHAN       List of channels contained in the dataset (ch1..chn)
#    WAVE       List of wave lengths for each channel (wave1..waven)
#    BAND       Band numbers for each channel (band1..bandn)
#    RES        Base resolution (in km) for each channel (res1..resn)
#    MTOP       Top bounding dataset for image merge
#    MBOT       Bottom bounding dataset for image merge
#    MLFT       Left bounding dataset for image merge
#    MRHT       Right bounding dataset for image merge

RTGOESR/FDC02  LAT=-75  75  LON= 45 105 SAT=GOES16  LAG=7  DATELINE=N \
            MTOP=X MLFT=RTGOESS/FDC02 MBOT=X MRHT=X \
            CHAN= VIS \
            BAND= 2   \
            WAVE= 0.64 \
            RES= 0.5  

RTGOESR/FDC07  LAT=-75  75  LON= 45 105 SAT=GOES16  LAG=7  DATELINE=N \
            MTOP=X MLFT=RTGOESS/FDC07 MBOT=X MRHT=X \
            CHAN= SW  \
            BAND= 7  \
            WAVE= 3.89  \
            RES= 2.0  

RTGOESR/FDC08  LAT=-75  75  LON= 45 105 SAT=GOES16  LAG=7  DATELINE=N \
            MTOP=X MLFT=RTGOESS/FDC08 MBOT=X MRHT=X \
            CHAN= WV \
            BAND= 8  \
            WAVE= 6.17 \
            RES= 2.0 

RTGOESR/FDC13  LAT=-75  75  LON= 45 105 SAT=GOES16  LAG=7  DATELINE=N \
            MTOP=X MLFT=RTGOESS/FDC13 MBOT=X MRHT=X \
            CHAN= IR  \
            BAND= 13  \
            WAVE= 10.30  \
            RES= 2.0 

RTGOESR/FDC15  LAT=-75  75  LON= 45 105 SAT=GOES16  LAG=7  DATELINE=N \
            MTOP=X MLFT=RTGOESS/FDC15 MBOT=X MRHT=X \
            CHAN= SST \
            BAND= 15 \
            WAVE= 12.30 \
            RES= 2.0 

RTGOESS/FDC02  LAT=-75  75  LON=105 170 SAT=GOES17 LAG=7  DATELINE=N \
            MTOP=X MLFT=X MBOT=X MRHT=RTGOESR/FDC02 \
            CHAN= VIS  \
            BAND= 2    \
            WAVE= 0.64 \
            RES= 0.5   

RTGOESS/FDC07  LAT=-75  75  LON=105 170 SAT=GOES17 LAG=7  DATELINE=N \
            MTOP=X MLFT=X MBOT=X MRHT=RTGOESR/FDC07 \
            CHAN= SW  \
            BAND= 7   \
            WAVE= 3.89  \
            RES= 2.0 

RTGOESS/FDC08  LAT=-75  75  LON=105 170 SAT=GOES17 LAG=7  DATELINE=N \
            MTOP=X MLFT=X MBOT=X MRHT=RTGOESR/FDC08 \
            CHAN= WV \
            BAND= 8  \
            WAVE= 6.17  \
            RES= 2.0 

RTGOESS/FDC13  LAT=-75  75  LON=105 170 SAT=GOES17 LAG=7  DATELINE=N \
            MTOP=X MLFT=X MBOT=X MRHT=RTGOESR/FDC13 \
            CHAN= IR  \
            BAND= 13  \
            WAVE= 10.30 \
            RES= 2.0 

RTGOESS/FDC15  LAT=-75  75  LON=105 170 SAT=GOES17 LAG=7  DATELINE=N \
            MTOP=X MLFT=X MBOT=X MRHT=RTGOESR/FDC15 \
            CHAN= SST   \
            BAND= 15  \
            WAVE= 12.30 \
            RES= 2.0 


# EXTENDED DATASETS:

# TOPOGRAPHY: 1 byte World topography image 
#   ADDE HOST = DATALOC ADD BASEMAP GEOARC 
#   Requires TOPO.ET enhancement file
#   GEO channel = TOPO
BASEMAP/TOPO1BYTE      LAT=-90  90  LON=-180 180 SAT=TOPO  LAG=0 DATELINE=N \
                       MTOP=X MLFT=X MBOT=X MRHT=X \
                       CHAN=TOPO \
                       BAND=1    \
                       RES= 1.0  \
                       EU=TOPO