#####################################################################################
#  CIDD.master
#  Configurable Interactive Data Display Master Params
#
#  NCAR/RAP May 2000  -FH.
# 
#  Note:  This is an example file for the Configurable Interactive Data Display (CIDD).
#
#  The order of the various sections of the param file is arbitrary and are delimited by
#   <SECTION_NAME> ...Content... </SECTION_NAME>    tags
#
# Currently Supported sections:
#
#  GRIDS   - Describes each source of data and which color scales to use, etc.
#  WINDS   - Describes each source of wind data.
#  MAPS    - Describes each map overlay source
#  MAIN_PARAMS - Controls most of the features of the Display - Sets domains, menu bars, etc.
#  DRAW_EXPORT - (TDRP syntax) Describes possible products to manually draw.
#  SYMPRODS    - (TDRP syntax) Describes the sources of Symbolic Product Data
#  TERRAIN     - (TDRP syntax) Describes the of Land Use and Terrain Data
#  ROUTE_WINDS  - (TDRP syntax) Describes the Pre-defined Route's Features
#  GUI_CONFIG -   (TDRP syntax)  Describes New GUI Feature Parameters for CIDD
#
#####################################################################################


<GRIDS>
# Legend Label: used for all on-screen labels and for movie/html file naming.
#           An Empty grid field can be obtained by using the keyword "None"
#
# Button Label:  used for all menus.
#
# URL:  is of the form:  mdvp:://host.domain:[port]:dir/dir&Field_name.
#                          (Run the DsServerMgr executable for mdvp service)
#   Spaces can be in field names by substituting a Caret character for the space:
#
#   Field^Name = "Field Name"
#   Field Index can alternatively be specified by prepending a '#' character to the field
#
# Colorscale:  Name of the file containing the value to color mapping for this field.
#
# Units:  A label used on the colorscales, etc.
#
# Cont-lo-hi-interv:  Default/Starting Contour low and high limits and interval.
# Note: Setting the Contour interval to 0.0 tells CIDD to use the colorscale
# for it's colors and values. This feature is used to produce color coded
# line contours.
#
# Rendering Format: The style to render the grid. Current options are:
#  cart:  - Rectangle/polygon fills of gridded data. (note "radial" is also
#           supported for backwards compatibility. CIDD now "autodetects"
#           datasets with non-rectangular grid cells.
#  cont:  - False color filled  contours.
#  lcont:  - Line contours.
#  dcont:  - Dynamic Contours - Automatically switches between cart & cont.
#          - Uses the 'cidd.dynamic_contour_treshold:' parameter
#  Note: Add the word "comp" to the format keyword to turn on composite request by default:
#     example:  cont,comp for a composite color filled contours.
#     example:  cart,comp for a composite filled polygon rendering
#        Add the word "autoscale" to the format keyword to turn on automatic colorscale scaling
#        (In this mode the colorscale will be expanded/shrunk to cover the dynamic range of the
#        data plane in memory, with regular, linear intervals.)
#     example:  cont,comp,autoscale for a composite color filled contours, that is autoscaled.
#
# Display_in_menu: Display this field in the main menu. (1 = Yes 0 = No)
# Bkgnd_Render: Render this field automatically in the background. (1 = Yes 0 = No)
#  Note: This is used to set up "toggleable" field images for comparing two fields,
#  and to select which fields get generated in HTML output mode. 

#----------------------------------------------------------------------------------------------------------
#Legend   Button                                                             Rendering
#Label    Label       URL           Colorscale Units Cont-lo-hi-interv Format Display_in_menu Bkgnd_Render
#----------------------------------------------------------------------------------------------------------
#IMPACTS

############################
# Satellite data

GOES16_CH01    GOES16_CH01    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/goes16_ch01?use_http=true&GOESR_CH01   sat_cloud.colors %   -5   80  5  cart    1 0
GOES16_CH08    GOES16_CH08    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/goes16_ch08?use_http=true&GOESR_CH08   sat_tempC.colors C   -5   80  5  cart    1 0
#GOES16_CH13    GOES16_CH13    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/goes16_ch13?use_http=true&GOESR_CH13   sat_tempC.colors C   -5   80  5  cart    1 0
GOES16_CH13    GOES16_CH13    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/goes16_ch13?use_http=true&GOESR_CH13   sat_tempC.colors C   -5   80  5  cart    1 0
GOES16_======  ======         mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors      m   -5   80  5  cont    1 0
GOES16_======  ======         mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors      m   -5   80  5  cont    1 0
GOES16_======  ======         mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors      m   -5   80  5  cont    1 0

############################
# MRMS data

MRMS_REFL_BASE	MRMS_REFL_BASE		mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/mrms/2DBaseRefl?use_http=true&DBZ_base	dbz.colors	dBZ         0 50 5 dcont 1 0
#MRMS_REFL_BASE	MRMS_REFL_BASE		mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/mrms/2DBaseRefl?use_http=true&DBZ_base	dbz.colors	dBZ         0 50 5 dcont 1 0
MRMS_REFL_COMP	MRMS_REFL_COMP		mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/mrms/2DCompRefl?use_http=true&DBZ_comp	dbz.colors	dBZ         0 50 5 dcont 1 0
#MRMS_REFL_COMP	MRMS_REFL_COMP		mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/mrms/2DCompRefl?use_http=true&DBZ_comp	dbz.colors	dBZ         0 50 5 dcont 1 0
#MRMS_REFL_BASE_CAN	MRMS_REFL_BASE_CAN	mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/mrms/2DBaseRefl/AlbClip?use_http=true&DBZ_base	dbz.colors	dBZ         0 50 5 dcont 1 0
#MRMS_REFL_COMP_CAN	MRMS_REFL_COMP_CAN	mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/mrms/2DCompRefl/AlbClip?use_http=true&DBZ_comp	dbz.colors	dBZ         0 50 5 dcont 1 0
MRMS_======  ======         mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors      m   -5   80  5  cont    1 0
MRMS_======  ======         mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors      m   -5   80  5  cont    1 0
MRMS_======  ======         mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors      m   -5   80  5  cont    1 0
MRMS_======  ======         mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors      m   -5   80  5  cont    1 0
MRMS_KDP	MRMS_KDP    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/mrms/3DKdp?use_http=true&KDP		kdp.colors   	      	deg/km      0 50 5 dcont 1 0
MRMS_REFL	MRMS_REFL   mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/mrms/3DRefl?use_http=true&DBZ		dbz.colors	dBZ         0 50 5 dcont 1 0
#MRMS_REFL	MRMS_REFL   mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/mrms/3DRefl?use_http=true&DBZ		dbz.colors	dBZ         0 50 5 dcont 1 0
MRMS_RHOHV	MRMS_RHOHV  mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/mrms/3DRhoHV?use_http=true&RHOHV		rhohv.colors		-          -5 80 5 dcont 1 0
MRMS_SW		MRMS_SW	    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/mrms/3DSpw?use_http=true&SW		width.colors		m/s        -5 80 5 dcont 1 0
MRMS_ZDR	MRMS_ZDR    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/mrms/3DZdr?use_http=true&ZDR		zdr.colors		dB         -5 80 5 dcont 1 0
MRMS_======  ======         mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors      m   -5   80  5  cont    1 0

############################
# D3R data

#D3R_DBZ      D3R_DBZ       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/d3r/sur?use_http=true&DBZ    dbz.colors    dBZ    -5   80  5  dcont   1 0
D3R_DBZ      D3R_DBZ       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/d3r/sur?use_http=true&DBZ    dbz.colors    dBZ    0   50  5  dcont   1 0
D3R_PHIDP    D3R_PHIDP     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/d3r/sur?use_http=true&PHIDP  phidp_360.colors deg -5   80  5  dcont   1 0
D3R_RHOHV    D3R_RHOHV     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/d3r/sur?use_http=true&RHOHV  rhohv.colors  -      -5   80  5  dcont   1 0
D3R_VEL      D3R_VEL       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/d3r/sur?use_http=true&VEL    vel.colors    m/s    -5   80  5  dcont   1 0
D3R_WIDTH    D3R_WIDTH     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/d3r/sur?use_http=true&WIDTH  width.colors  m/s    -5   80  5  dcont   1 0
D3R_ZDR      D3R_ZDR       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/d3r/sur?use_http=true&ZDR    zdr.colors    m/s    -5   80  5  dcont   1 0

############################
# NPOL data

#NPOL_DBZ      NPOL_DBZ       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/npol/sur?use_http=true&DBZ    dbz.colors    dBZ    -5   80  5  dcont   1 0
NPOL_DBZ      NPOL_DBZ       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/npol/sur?use_http=true&DBZ    dbz.colors    dBZ    0   50  5  dcont   1 0
NPOL_PHIDP    NPOL_PHIDP     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/npol/sur?use_http=true&PHIDP  phidp_360.colors deg -5   80  5  dcont   1 0
NPOL_RHOHV    NPOL_RHOHV     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/npol/sur?use_http=true&RHOHV  rhohv.colors  -      -5   80  5  dcont   1 0
NPOL_VEL      NPOL_VEL       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/npol/sur?use_http=true&VEL    vel.colors    m/s    -5   80  5  dcont   1 0
NPOL_WIDTH    NPOL_WIDTH     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/npol/sur?use_http=true&WIDTH  width.colors  m/s    -5   80  5  dcont   1 0
NPOL_ZDR      NPOL_ZDR       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/npol/sur?use_http=true&ZDR    zdr.colors    m/s    -5   80  5  dcont   1 0

############################
# RaXPOL data

#RAXPOL_DBZ      RAXPOL_DBZ       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/raxpol/sur?use_http=true&DBZ    dbz.colors    dBZ    -5   80  5  dcont   1 0
RAXPOL_DBZ      RAXPOL_DBZ       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/raxpol/sur?use_http=true&DBZ    dbz.colors    dBZ    0   50  5  dcont   1 0
RAXPOL_PHIDP    RAXPOL_PHIDP     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/raxpol/sur?use_http=true&PHIDP  phidp_360.colors deg -5   80  5  dcont   1 0
RAXPOL_RHOHV    RAXPOL_RHOHV     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/raxpol/sur?use_http=true&RHOHV  rhohv.colors  -      -5   80  5  dcont   1 0
RAXPOL_VEL      RAXPOL_VEL       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/raxpol/sur?use_http=true&VEL    vel.colors    m/s    -5   80  5  dcont   1 0
RAXPOL_WIDTH    RAXPOL_WIDTH     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/raxpol/sur?use_http=true&WIDTH  width.colors  m/s    -5   80  5  dcont   1 0
RAXPOL_ZDR      RAXPOL_ZDR       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/cfradial/raxpol/sur?use_http=true&ZDR    zdr.colors    m/s    -5   80  5  dcont   1 0

############################
# GPM Ku data

#GPM_REFL          GPM_REFL                mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/gpm_ku?use_http=true&refl                 dbz.colors         dBZ         0 50 5 dcont 1 0
#GPM_REFL          GPM_REFL                mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/gpm_ku?use_http=true&refl                 refl_imp.colors              dBZ        -5 80 5 dcont 1 0
#GPM_REFL          GPM_REFL                mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/gpm_ku?use_http=true&refl                 dbz.colors                   dBZ        -5 80 5 dcont 1 0
GPM_REFL          GPM_REFL                mdvp:://$(DATA_HOST):0:$(DATA_DIR)/netcdf/gpm_ku?use_http=true&refl              dbz.colors         dBZ        -5 80 5 dcont 1 0
GPM_NEARSURFRAIN  GPM_NEAR_SURF_RAIN      mdvp:://$(DATA_HOST):0:$(DATA_DIR)/netcdf/gpm_ku?use_http=true&near_surf_rain    precip_accum.colors            mm         -5 80 5 dcont 1 0
GPM_RAINTYPE      GPM_RAIN_TYPE           mdvp:://$(DATA_HOST):0:$(DATA_DIR)/netcdf/gpm_ku?use_http=true&rain_type         pid.colors            -          -5 80 5 cart  1 0
GPM_PHASETYPE     GPM_PHASE_TYPE          mdvp:://$(DATA_HOST):0:$(DATA_DIR)/netcdf/gpm_ku?use_http=true&phase_type        pid.colors             -          -5 80 5 cart  1 0
#GPM_SRTYPE        GPM_SHAL_RAIN_TYPE      mdvp:://$(DATA_HOST):0:$(DATA_DIR)/netcdf/gpm_ku?use_http=true&shallow_rain_type srt_gpm.colors               -          -5 80 5 cart  1 0
#GPM_BBHGT         GPM_BB_HGT              mdvp:://$(DATA_HOST):0:$(DATA_DIR)/netcdf/gpm_ku?use_http=true&height_bb         bb_hgt_gpm.colors            -          -5 80 5 cart  1 0
#GPM_BBWID         GPM_BB_WID              mdvp:://$(DATA_HOST):0:$(DATA_DIR)/netcdf/gpm_ku?use_http=true&width_bb          bb_wid_gpm.colors            -          -5 80 5 cart  1 0
#GPM_SWATH         GPM_SWATH               mdvp:://$(DATA_HOST):0:$(DATA_DIR)/netcdf/gpm_ku?use_http=true&swath             swath_gpm.colors             -           0 1 0.5 cont  1 0

############################
# WRF data - 36km

#WRF36_WSPD       WRF36_WSPD     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&Wspeed    wspd_imp.colors       m/s    -5   80  5  dcont   1 0
#WRF36_W          WRF36_W        mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&W         wvel_imp.colors       m/s    -5   80  5  dcont   1 0
#WRF36_TEMP_C     WRF36_TEMP_C   mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&Temp      temp_imp.colors       C      -5   80  5  dcont   1 0
#WRF36_REFL10CM   WRF36_REFL10CM mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&REFL_10CM refl_imp.colors       dBZ    -5   80  5  cont    1 0
#WRF36_REFL       WRF36_REFL     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&dbz_3d    refl_imp.colors       dBZ    -5   80  5  cont    1 0
#WRF36_REFL       WRF36_REFL     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&dbz_3d    dbz.colors       dBZ    0   50  5  cont    1 0
#WRF36_REFL       WRF36_REFL     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&dbz_3d    dbz.colors       dBZ    0   50  5  cont    1 0
#WRF36_THETA      WRF36_THETA    $mdvp:://$(DATA_HOST):0:(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&THETA     tempK.colors          K      -5   80  5  cont    1 0
#WRF36_======     ======          mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors    m      -5   80  5  cont    1 0

#WRF36_QCLOUD     WRF36_QCLOUD   mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&QCLOUD    mixr_kgpkg_nmq.colors kg/kg  -5   80  5  dcont   1 0
#WRF36_QRAIN      WRF36_QRAIN    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&QRAIN     mixr_kgpkg_nmq.colors kg/kg  -5   80  5  dcont   1 0
#WRF36_QICE       WRF36_QICE     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&QICE      mixr_kgpkg_nmq.colors kg/kg  -5   80  5  dcont   1 0
#WRF36_QSNOW      WRF36_QSNOW    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&QSNOW     mixr_kgpkg_nmq.colors kg/kg  -5   80  5  dcont   1 0
#WRF36_QGRAUPEL   WRF36_QGRAUPEL mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&QGRAUPEL  mixr_kgpkg_nmq.colors kg/kg  -5   80  5  dcont   1 0
#WRF36_======     ======          mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors    m      -5   80  5  cont    1 0

#WRF36_RH         WRF36_RH       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&RH        rh_imp.colors       %      -5   80  5  dcont   1 0
#WRF36_T2         WRF36_T2       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&T2        tempK.colors        K      -5   80  5  dcont   1 0
#WRF36_PSFC       WRF36_PSFC     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&PSFC      pres_sealevel_Pa_imp.colors  Pa     -5   80  5  dcont   1 0
#WRF36_SWE        WRF36_SWE      mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&SNOW      wind_jet.colors     kg/m2  -5   80  5  dcont   1 0
#WRF36_FZLEVEL    WRF36_FZLEVEL  mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&FZLevel   fzlevel.colors      hft    -5   80  5  dcont   1 0
#WRF36_ICING      WRF36_ICING    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&Icing     icing.colors        -      -5   80  5  dcont   1 0

############################
# WRF data - 12km

#WRF12_WSPD       WRF12_WSPD     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&Wspeed    wspd_imp.colors       m/s    -5   80  5  dcont   1 0
#WRF12_W          WRF12_W        mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&W         wvel_imp.colors       m/s    -5   80  5  dcont   1 0
#WRF12_TEMP_C     WRF12_TEMP_C   mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&Temp      temp_imp.colors       C      -5   80  5  dcont   1 0
#WRF12_REFL10CM   WRF12_REFL10CM mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&REFL_10CM refl_imp.colors       dBZ    -5   80  5  cont    1 0
#WRF12_REFL       WRF12_REFL     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&dbz_3d    refl_imp.colors       dBZ    -5   80  5  cont    1 0
#WRF12_REFL       WRF12_REFL     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&dbz_3d    dbz.colors       dBZ    0   50  5  cont    1 0
#WRF12_REFL       WRF12_REFL     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&dbz_3d    dbz.colors       dBZ    0   50  5  cont    1 0
#WRF12_THETA      WRF12_THETA    $mdvp:://$(DATA_HOST):0:(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&THETA     tempK.colors          K      -5   80  5  cont    1 0
#WRF12_======     ======          mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors    m      -5   80  5  cont    1 0

#WRF12_QCLOUD     WRF12_QCLOUD   mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&QCLOUD    mixr_kgpkg_nmq.colors kg/kg  -5   80  5  dcont   1 0
#WRF12_QRAIN      WRF12_QRAIN    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&QRAIN     mixr_kgpkg_nmq.colors kg/kg  -5   80  5  dcont   1 0
#WRF12_QICE       WRF12_QICE     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&QICE      mixr_kgpkg_nmq.colors kg/kg  -5   80  5  dcont   1 0
#WRF12_QSNOW      WRF12_QSNOW    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&QSNOW     mixr_kgpkg_nmq.colors kg/kg  -5   80  5  dcont   1 0
#WRF12_QGRAUPEL   WRF12_QGRAUPEL mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&QGRAUPEL  mixr_kgpkg_nmq.colors kg/kg  -5   80  5  dcont   1 0
#WRF12_======     ======          mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors    m      -5   80  5  cont    1 0

#WRF12_RH         WRF12_RH       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&RH        rh_imp.colors       %      -5   80  5  dcont   1 0
#WRF12_T2         WRF12_T2       mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&T2        tempK.colors        K      -5   80  5  dcont   1 0
#WRF12_PSFC       WRF12_PSFC     mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&PSFC      pres_sealevel_Pa_imp.colors  Pa     -5   80  5  dcont   1 0
#WRF12_SWE        WRF12_SWE      mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&SNOW      wind_jet.colors     kg/m2  -5   80  5  dcont   1 0
#WRF12_FZLEVEL    WRF12_FZLEVEL  mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&FZLevel   fzlevel.colors      hft    -5   80  5  dcont   1 0
#WRF12_ICING      WRF12_ICING    mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&Icing     icing.colors        -      -5   80  5  dcont   1 0

#WRF12_======     ======          mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors    m      -5   80  5  cont    1 0
#WRF12_======     ======          mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors    m      -5   80  5  cont    1 0
#WRF12_======     ======          mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors    m      -5   80  5  cont    1 0
#WRF12_======     ======          mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors    m      -5   80  5  cont    1 0
#WRF12_======     ======          mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors    m      -5   80  5  cont    1 0
#WRF12_======     ======          mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/spacer/moments?use_http=true&Elevation none.colors    m      -5   80  5  cont    1 0

</GRIDS>

<WINDS>
#----------------------------------------------------------------------------
# Note:
# Legend_label: Used for Image Labels and Menus
# URL: should be of the form "protocol://host:port/dir/&" 
#   The U,V and W field names will be appended to complete the URL
#   Use the name "None" to indicate no W field componet.
# U: The  East-West Wind componet Field name 
#   Spaces can be in field names by substituting a Caret character for the space:
#   Example: Field^Name = "Field Name"
#   Field Index can alternatively be specified by prepending a '#' character to the field 
#   (Use this if there are duplicate field names in the data files)
#   Example: First field in file = "#1"
# V: North-South Wind componet Field name 
# W: Up-Down  Wind componet Field name - Use "None" to indicate no W field
#
#  Units: Labels append this (for barbs and reference lines) 
# 
# Style: This column is broken in to several componets for backward compatibility
# 1. A mandantory number must be first.
#     Absolute value of the number is the starting Line width.
#     Values <= 0 Turns it off to begin with
# 2. Second componet is a comma followed by the rendering style:  
#     Wind Rendering Style  Options:
#     "arrow" (centered at data point),
#     "vector",(Vertex at data point )
#     "barb" (N Hemisp),
#     "labeledbarb", (labeled to nearest 10 degrees at the center - N. Hemisp)
#     "tuft", (like a piece of yarn - the least obtrusive - like a headless vector)
#     "tickvector" (Cross ticks at wind_time_scale_interval  minutes)
#     "metbarb" (Calcs latitude - works for both hemispheres and
#     adds a label of the 10's digit off the end of the barb, ala winds aloft charts)
#     "barb_sh" (S Hemisphere),
#     "labeledbarb", (labeled to nearest 10 degrees at the center - N. Hemisp)
#     NOTE: When using arrow,vector,tuft,tickvector,  the data must be in
#     m/sec for the scaling to work correctly. For the others (Barbs),
#     the units are arbitrary, but the flag units on the barbs will reflect
#     the data's native units. 
# Example: "-2,metbarb" -->  Width 2, off to start, using winds aloft chart barbs
# Example: "1"  --> Width 1, On to start, Uses cidd.wind_marker_type: defined in main section
#
# Color: Any Legal X color name - Can be several words, Example: dark green
#
# Legend_label  URL U V W_fieldnames units  Style [Color]
#----------------------------------------------------------------------------

#WRFGFS36-10m   mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&  U10   V10   None m/s -2,metbarb yellow
#WRFGFS12-10m   mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&  U10   V10   None m/s -2,metbarb black
WRFGFS36-10m   mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_36km?use_http=true&  U10   V10   None m/s -2,barb yellow
WRFGFS12-10m   mdvp:://$(DATA_HOST):0:$(DATA_DIR)/mdv/wrf/gfs_12km?use_http=true&  U10   V10   None m/s -2,barb cyan

</WINDS>

<MAPS>
#
# MAP_CODE Must be less than 16 characters, Color must be regualr X color name
# Complete map file name used is  map_file_subdir/Map_file_name
# 0 = OFF, > 0 = ON, line of width N
# Detail thresholds are in Km across the image.#
#
#------------------------------------------------------------------------------------------
# MAP_CODE Control_Label   Map_File_Name   On/OFF Detail__min Detail_max Color     
#------------------------------------------------------------------------------------------

COUNTRIES  Countries       usa.map           1      0.0       1000000.0   yellow
STATES     State_Borders   usa.map           1      0.0         10000.0   yellow
NEXRADS    Nexrads         nexrads.map       1      0.0         10000.0   white
RADARS     Radars          imp_radars_2022.map    1      0.0         10000.0   green
AIRFIELDS  Airfields       imp_airfields_2023.map 1      0.0         10000.0   cyan
SOUNDINGS  Soundings	   imp_mobile_soundings.map	 0	     0.0       10000.0	red

</MAPS>

######################################################################################
######################################################################################
######################################################################################
######################################################################################
######################################################################################
<MAIN_PARAMS>

# Parameter data base for the Configurable Interactive Data Display; CIDD

# Note: One can set these from the command line using the -v flag.
# The value is a bitwise combiation of the following debug
# parameters. Example : -v7 turns on all three -v 3, the first two

# General informational messages - Initialisation messages
cidd.debug_flag:            0

# Data flow related messages  - More verbose
cidd.debug1_flag:           0

# Verbose diagnostics - developer debugging info - 
cidd.debug2_flag:           0

# Uncomment the next parameter to start up cidd in archival mode
#  Starting at the indicated time. Enter HH:MM MM/DD/YY format time string
#  System will startup using field 0, requesting data closest to the
# demo time. The movie frame will be centered on the time after applying
# temporal rounding. 
# cidd.demo_time:  20:00 5/25/2000

# Set times to the nearest value divisible by the number of seconds
cidd.temporal_rounding:    360

#  MOVIE Related resources

cidd.movie_frame_dir: /tmp

#  This determines how many movie frames are in the loop to start with
#  Setting this high will cause the X server to hog memory.
cidd.starting_movie_frames:     24
#cidd.starting_movie_frames:     12

# minutes per movie frame on startup
# The display will atomatically update every this interval, throwing away its
# oldest movie frame and creating and drawing a new one.
cidd.time_interval:  10.0

# This parameter sets the maximum number of hours in the future a user can select
# from the quick forecast menu. See SHOW_FORECAST_MENU menu bar button
cidd.forecast_interval:  24

# This parameter sets the maximum number of hours in the PAST a user can select
# from the quick forecast menu. See SHOW_PAST_MENU menu bar button
cidd.past_interval:  96

# When a Forecast hour is chosen, magnify the time interval by this factor.
# This adjusts the frame time_interval to be more appropriate for 
# forecast (model) data, which is often output on a more coarse time interval.
# When "Now" is selected the magnification is undone. Default is 1.0
# 
cidd.movie_magnify_factor:  10.0
#cidd.movie_magnify_factor:  1.0

# Set this paramet to 1 to get CIDD to check and reject for rendering
# Any data that falls outside the movie frame interval + the
# slop/strecch_factor - Used to reject "out of date" data.
cidd.check_data_times:  0

# Sets the allowable time error for data to appear in movie frames
# (times the time_interval) (6 min * 6 = 36 minutes before or after
# the beginning or end of the movie frame times
cidd.stretch_factor:     6.0
#cidd.stretch_factor:     10.0

# Sets whether Cidd request data closest to the midpoint of a movie
# frame (0) or the end (1). 
# 0= Midpoint requests(Closest_to), 1 = End point requests (First_before).
# Typically, real-time operation should operate as 1 (End point requests)
# Choose mode 0 if you want to enter a time and have data the data
# at that time appear, regardless of how wide the movie frame interval is.
cidd.gather_data_mode:  1

# Number of milliseconds between checks for images needing redrawn
# Set this lower on faster hardware - Recommended 50-250
# This sets the ultimate speed of the movie looping
cidd.redraw_interval:     100

# Number of seconds between data update requests - The display will
# check the Data Mapper for new data every interval in real-time mode.
# Every interval CIDD will check for updates to each grid and product. If
# no datamap_host is set, the data is assumed to be old and will be reloaded
# every interval. Set this wisely. Values of 10-900 are typical. Default=120
# Setting this below 3 seconds is not advised.  interacts with the Data
# Mapper Host parameter: cidd.datamap_host:

cidd.update_interval:      30

# Data Mapper Host
#cidd.datamap_host:  venus

#  Number of seconds to wait for data to come in before giving up
#  On very slow networks this may need to go as high as 180 seconds!
cidd.data_timeout_secs: 40

# Length of time to wait before killing simple external commands
# Used When running single image convert scripts and driving
# Browsers to web pages.
cidd.simple_command_timeout_secs: 30

# Length of time to wait before killing complex external commands
# Used when spawining animation building script
cidd.complex_command_timeout_secs: 180

# Set to 1 to start up cidd in movie-on mode, 0 = off
cidd.movie_on: 0

# Set the delay at the end of the movie loop in msec 
cidd.movie_delay: 3000

# Set the speed of the movie loop. - (msec per frame)
cidd.movie_speed_msec: 75

# If set to 1 - forces CIDD to reload all data every time the movie frames 
# rotate one old frame out and generate a new frame.
cidd.reset_frames:   0

# Gather model run times within these number of hours from the end
# of the movie loop. More hours means more Model runs wll appear in the menu.
cidd.model_run_list_hours:  24   

# After this period of inactivity, the display
# will reset itself to a known starting point
# Set this <= 0 to essentially turn off.
cidd.idle_reset_seconds: 0

# HTML Mode - Set this to 1 to put CIDD into the automatic HTML output mode.
# Note: cidd.image_dir MUST be set.
cidd.html_mode: 0

# Set tranparency of generated images.
# If 0, the normal background color is used.
# Set to 1 for tranparent background.
#cidd.transparent_images: 0

# Image Generation related resources
# Set this to a value to get cidd to output imagery as XWD in this directory
cidd.image_dir: /tmp
# CATALOG NOTE: horiz prefix is used as category in catalog
#cidd.image_horiz_prefix: 
#cidd.image_vert_prefix: Surface

# The separator used in the image file names
#cidd.image_name_separator: .

# Set to 1 if one wants CIDD to run once through it's HTML output
# plot list and then exit - Currently all fields at each zoom level
cidd.run_once_and_exit: 0

# The HTML MODE Output file name is built from parts:
# 'cidd' + fieldname + zoom_level + [height] +
#  frame_time + [data_generation_time] + [data_valid_time] + .'xwd'

# When set to 1 forces the output filename to contain height
# information in it's file name.  See the comment above on the order
cidd.add_height_to_filename: 1

# When set to 1 forces the output filename to contain the data's generataion
# time in it's file name.  See the comment above on the order
cidd.add_gen_time_to_filename: 0

# When set to 1 forces the output filename to contain height
# information in it's file name.  See the comment above on the order
#cidd.add_frame_num_to_filename: 0
#cidd.add_frame_time_to_filename: 0
#cidd.add_height_to_filename: 0

# When set to 1 forces the output filename to contain  the data's valid
# time in it's file name.  See the comment above on the order
cidd.add_valid_time_to_filename: 0

# When set to 1 forces the output filename to contain the button_name
# See the comment above on the order.
#cidd.add_button_name_to_filename: 1

# Output an imagename.xml file which contains geo referencing information.
# If use_latlon_in_geo_xml is true, then the georeferencing information
# will be given in latitude/longitude values.  Otherwise, projection values
# will be used. (For a lat/lon projection, information is always given in
# latitude/longitude.)
#cidd.output_geo_xml: 
#cidd.use_latlon_in_geo_xml: 

# Set the format for the time fields in the names of output xwd images.
# See strftime(3) for options.  Default is: %H%M
cidd.movieframe_time_format:  %H%M

# This script will be exec'd if set whenever an html_mode image is output.
# The full path name of the xwd image will be sent as the script argument
cidd.image_convert_script: convert_image.csh

# This script will be exec'd if set whenever a print command is issued.
# The full path name of the xwd image will be sent as the script argument
cidd.print_script: convert_image_print.csh

# This script will be exec'd if set whenever the user selects the Output Loop
# Button, after the last image has output. The arguments will be a list
# of each output file in the series. CIDD will prepends the cidd.image_dir to each
# files name which takes the form: cidd_field_name_zoom_name.xwd 
cidd.series_convert_script: make_anim.csh

# Set to 1 to ask that data be compressed during the MDV Protocol
# data requests. Default is = 0
cidd.request_compressed_data: 1
 

#                  DOMAIN RELATED RESOURCES 
#
# Sets the projection for cidd's plan view - Current valid choices are:
# CARTESIAN, LAT_LON, LAMBERT,  STEREOGRAPHIC
cidd.projection_type:    LAT_LON

# These must be set if using a Lambert conformal projection - Ignored otherwise
cidd.lambert_lat1: 20.0
cidd.lambert_lat2: 60.0 

# These must be set when using a STEREOGRAPHIC (Polar stereo or Oblique stereo)
cidd.tangent_lat: 20.0
cidd.tangent_lon: -104.0

# Set this to the amount grids are rotated clockwise to true north.
# Overlays will rotate counterclockwise. - In Degrees
# Only valid for CARTESIAN projection
cidd.north_angle:        0.0

# Set the scale factor and label for Range rings and Distance scales.
#cidd.units_per_km:          0.5395932

# Set the following to Deg for LAT_LON projections - Default is "km"
#cidd.scale_units_label:  nm

# When set to 1, always gets full domain, zooms don't force a data request
cidd.always_get_full_domain:  0

# Set the aspect ratio of the domain for Cidd. Cidd will preserve this aspect
# ration for all zooms. Ratio is Width/Height.
# If set <= 0.0, CIDD will compute the aspect ratio based on the extent of the
# first domain.
cidd.aspect_ratio:   0.0
#cidd.aspect_ratio:   1.3

# Switch to enable the status window. 0 = off
cidd.enable_status_window: 0
 
# Switch to enable the single middle button click save image feature
# Warning - WiLL allow users shell access, or to write to other dirs.
cidd.enable_save_image_panel: 0
 
# On startup and each time the reset button is pressed, the display
# will indicate a click at this point, as if the user had clicked..
cidd.reset_click_longitude: -75.0
cidd.reset_click_latitude:  38.0
#
# The Outer most domain: Overlays are clipped to this domain and 
# pan/moves cannot exceed these edge limits.
cidd.domain_limit_min_x:        -1000
cidd.domain_limit_max_x:         1000
cidd.domain_limit_min_y:        -1000
cidd.domain_limit_max_y:         1000
 
# The Lat, Long of the center of the display. Internal range rings
# are relative to this point.
cidd.origin_longitude:       -75.3417
cidd.origin_latitude:        38.2625
#
#
# Select the data fields/page to start on.
cidd.planview_start_page:   1
cidd.xsect_start_page:      1
#

#
# The Outer most domain:
cidd.num_zoom_levels:       8
cidd.start_zoom_level:      1
#cidd.zoom_limits_in_latlon: 

# The number of Cached images for zooms.
#cidd.num_cache_zooms:       0
#
# Note, the Domain labels are used for automated output imagery.
# It's suggested that names without spaces be used when running
# in.
#
# CATALOG NOTE: label is used as platform in catalog 
cidd.level1_label:                  FULL DOMAIN
cidd.level1_min_xkm:                -105.0
cidd.level1_min_ykm:                 25
cidd.level1_max_xkm:                -65
cidd.level1_max_ykm:                 50
#
cidd.level2_label:                  NEXRADS
cidd.level2_min_xkm:                -93
cidd.level2_min_ykm:                32
cidd.level2_max_xkm:                -67
cidd.level2_max_ykm:                47
#
cidd.level3_label:                  Northeast
cidd.level3_min_xkm:                -83
cidd.level3_min_ykm:                36
cidd.level3_max_xkm:                -65
cidd.level3_max_ykm:                46
#
cidd.level4_label:                  WRF 12km
cidd.level4_min_xkm:                -91
cidd.level4_min_ykm:                33
cidd.level4_max_xkm:                -62
cidd.level4_max_ykm:                47
#
cidd.level5_label:                  RaXPOL
cidd.level5_min_xkm:                -73.7
cidd.level5_min_ykm:                38.9
cidd.level5_max_xkm:                -67.7
cidd.level5_max_ykm:                44.9
#
cidd.level6_label:                  CASSF
cidd.level6_min_xkm:                -75.5
cidd.level6_min_ykm:                45.0
cidd.level6_max_xkm:                -68.5
cidd.level6_max_ykm:                48.0
#
cidd.level7_label:                  CASBV
cidd.level7_min_xkm:                -77.0
cidd.level7_min_ykm:                44.2
cidd.level7_max_xkm:                -71.0
cidd.level7_max_ykm:                47.2
#
cidd.level8_label:                  North America
cidd.level8_min_xkm:                -135
cidd.level8_min_ykm:                20
cidd.level8_max_xkm:                -65
cidd.level8_max_ykm:                70


# Vertical Range and Resolution - Establishes a vertical coordinate system
# for the cross sectional imagery.
# All data must map into this range for it to be visible. 
# min_ht is value nearest the ground - Plotted at the bottom.
# max_ht is the value furtherest from the ground - Plotted at the top.
#
# Units are ignored and no interconversions or re-mappings are performed.
# Returned cross sections are are often km, but could be sigma, pressure or degrees elevation. 
# Examples:
# Sigma : min_ht = 1.0, max_ht = 0.0
# Pressure : min_ht = 1100.0, max_ht = 100.0
# Radial Radar:  min_ht = 0.0 max_ht = 25.0
#  
cidd.min_ht:               0
cidd.max_ht:               10
cidd.start_ht:             2.5

# Radial data Limits
cidd.min_rkm:                0.0
cidd.max_rkm:                400.0
cidd.min_adeg:               0.0
cidd.max_adeg:               360.0

# List of comma delimited local directories or HTTP URLs to search
# Searchs . then each directory/URL in order 
cidd.color_file_subdir:   $(PROJ_DIR)/display/color_scales, http://www.rap.ucar.edu/colorscales
cidd.map_file_subdir:     $(PROJ_DIR)/display/maps, http://www.rap.ucar.edu/maps

#
# Station locator features
#
# Maximum allowed  Distance in km between request point and station
#cidd.locator_margin_km:   50
# Full Path File name or http URL to a station data file.
# The format of each line is:  ID, LAT, LON, ALT(m), TYPE
#cidd.station_loc_url: http://www.rap.ucar.edu/maps/Taiwan_stations.dat 

#
# FMQ Type URL for Receiving Remote commands
#cidd.remote_ui_url: /tmp/remoteUI

# Tunnel for all DsServer (mdvp,spdbp,etc) Protocols
# USE THIS TO CROSS A FIREWALL ON THE SERVER END OF THE CHAIN 
#Set this to the special http tunnel that resides in the same local
#network as the  data server hosts. This allows "tunneling" the MDV and
#Spdb data protocols through a host, running apache:httpd that is visible
#from the internet or intranet. Note: a special  "Apache::Mod_perl"
#extension (The tunnel - it's similar to a cgi mechanism) must be
#installed on the http server for this to work.
#
#cidd.http_tunnel_url: http://www.rap.ucar.edu/DsServerTunnel
#
# USE THIS TO CROSS A FIREWALL AT THE Client/CIDD End of the Chain
# Set this to the url of a http forwarding proxy to pass 
# http requests through the proxy. 
# This is usually the same as the HTTP proxy URL in your browser.
# Note. If you need the data to flow through the proxy
# the http_tunnel_url must be enabled
#
# This is NCAR's internal HTTP proxy
#cidd.http_proxy_url: http://webcache.ucar.edu:3128/  
#
# Another view of the possible Service Topologies.
# 
# All Local - No Firewalls - Standard Setup 
#--------- Local Lan --------------
# CIDD<--- MDVP --->DsMdvServer
# 
# Data Services Behind a firewall
#----- Internet ----|Firewall|------ Local Lan ----------------
# CIDD<---HTTP--->DsServer Tunnel<---MDVP--->DsMdvServer
#  
## Both Client and Data Services behind Firewalls
#---Local Lan ---|Firewall|--Internet----|Firewall|--------Local Lan ----------
# CIDD<---HTTP--->Http Proxy<---HTTP--->DsServer Tunnel<---MDVP--->DsMdvServer
#
#

#  Plan View and Cross Section COLORS
#
# Legends, scales, etc use this color
cidd.foreground_color: white

# Background of Images use this color
cidd.background_color: black

# Background of margins will be this color
cidd.margin_color: black

# Render values outside the data range of the color scale in this color
# 'transparent' is the default
cidd.out_of_range_color: transparent

# Color of the cross section reference line 
cidd.route_path_color: yellow

# Text in the time axis margins are this color
cidd.time_axis_color: pink

# A solid rectangle  showing the movie frame extent is drawn in this color
cidd.time_frame_color: gray50

# The text in the height selector margin is rendered in this color
cidd.height_axis_color: pink

# A solid rectangle showing the height extent of the data plane is drawn in this color
cidd.height_indicator_color: gray50

# Range rings and azmiuth lines
cidd.range_ring_color: gray

# 
# Set the follwing colors to 'transparent' to avoid having these
# plotted. (This is the default) Otherwise, these data will be
# plotted in the indicated color
#cidd.missing_data_color: grey20
#cidd.bad_data_color: grey20
cidd.missing_data_color: transparent
cidd.bad_data_color: transparent

#
# Time Control (Movie) Popup Colors
cidd.epoch_indicator_color: orange
cidd.now_time_color: red
cidd.time_tick_color1: cyan
cidd.time_tick_color2: yellow
cidd.time_tick_color3: magenta
cidd.time_tick_color4: green
cidd.time_tick_color5: red
cidd.time_tick_color6: blue

#Toggle for displaying the height Selector in Right Margin
# Note Right Margin shoud be at least 50 pixels wide
cidd.show_height_sel:       1

# Display data access and rendering messages - This is probably not
# necessary in situations where all data is small and local.
cidd.show_data_messages: 0

# Sets the relative intensity of the image, relative to the overlays on startup
# Set between 0.2 and 1.0.
cidd.image_inten:            0.8
# The number of selectable intensity levels in the slider control
cidd.inten_levels:            32

# Sets the threshold in drawable grid points where image rendering 
# is done by a filling method on the client, rather than by rectangles
# on the Xserver.
# Set this high if the X server is fast or the comm link to the server is slow.
# Set this low if the X server is slow. Typical values range from 10,000 to
# 100,000  Used for 'cart' style rendering.

cidd.image_fill_threshold:    80000

# This sets the threshold in grid cells when the the display will
# render a grid as contours or as filled rectangles. Grids contining
# less than the threshold cells will be rendered as filled contours.
# used for 'dcont' style rendering
cidd.dynamic_contour_threshold:    160000

# Sets the format for output of Lat, Lon's. 0= Decimal Degrees, 1 = deg min' sec"
cidd.latlon_mode:        0

# Set the format for the time strings. See 'man strftime' for format options.
# Can add additional text as part of the Time string.
# Default is: "%m/%d/%Y %H:%M:%S"
cidd.label_time_format:  %Y/%m/%d %H:%M

# Plot a Legend for each Grid overlay; 0=Off, 1=On
cidd.layer_legends_on: 1  

# Plot a Legend for each Contour overlay; 0=Off, 1=On
cidd.cont_legends_on: 1

# Plot a Legend for each Wind overlay; 0=Off, 1=On
cidd.wind_legends_on: 0

# Plot a Legend for each Symbolic Product overlay; 0=Off, 1=On
cidd.symprod_legends_on: 0
    
# Switch to turn off all data labels on the display
cidd.display_labels: 1
#
# Switch to turn on/off Height and Route reference lines
cidd.display_ref_lines: 1
# 

# TOP Margin styles:
# 1. Default. Places a distance scale in the top Margin.
# 2. Place a Frame number and Time - Used often for HTML output.
# 3. None: -  Used often to place the Data label
#
cidd.top_margin_render_style: 1

# Bottom Margin Styles
# 1 - Distance Scale
# 2 - Time Scale
cidd.bot_margin_render_style: 2

#
# Explicitly set the Label start coords, and delta Y.
# If left unset, ledgends start relative to the top and left margins.
#
cidd.horiz_legends_start_x:  30
cidd.horiz_legends_start_y:  30
cidd.horiz_legends_delta_y:  30

#
# WINDOW SIZE PARAMS
#
cidd.horiz_default_height:    800
cidd.horiz_min_height:        400
cidd.horiz_min_width:         400
cidd.horiz_default_x_pos:     0
cidd.horiz_default_y_pos:     0

cidd.horiz_top_margin:        20
cidd.horiz_bot_margin:        20
cidd.horiz_left_margin:       20
cidd.horiz_right_margin:      60

cidd.vert_min_height:        120
cidd.vert_min_width:         120
cidd.vert_default_height:    440
cidd.vert_default_width:     600

cidd.vert_top_margin:        20
cidd.vert_bot_margin:        20
cidd.vert_left_margin:       20
cidd.vert_right_margin:      30


# Set range_ring_spacing to a negative value to dynamically determing spacing.
cidd.range_ring_spacing:        25.0
cidd.max_ring_range:            150.0

#  Render Range rings at the origin of the data, instead of the origin of the display.
cidd.range_ring_follows_data: 1

#  Render Range rings only for radar type data.
cidd.range_ring_for_radar_only: 1

#  Shift the Domain if the data shifts.
cidd.domain_follows_data: 0

# x_space, y_space in pixels determine allowable space for range ring labels
cidd.range_ring_x_space:    40
cidd.range_ring_y_space:    13
cidd.azmith_interval:       30.0
cidd.azmith_radius:         200.0

# Toggles to turn on/off  Extras features on startup
cidd.range_rings:             1
cidd.range_ring_labels:       1
cidd.azmith_lines:            0

# Starting state of the All Winds ON/OFF feature
cidd.all_winds_on: 1

# Wind vector parameters 
cidd.barb_shaft_len:         30
cidd.wind_head_size:         5
cidd.ideal_x_vectors:        20
cidd.ideal_y_vectors:        20
cidd.wind_head_angle:        30.0
#

# Wind Vector interval scale factor.
# Vectors will be drawn to show
# cidd.wind_scaler * cidd.wind_time_scale_interval minutes of motion
cidd.wind_scaler: 3

#  Minutes between steps on the wind scaling slider. Wind vector 
#  size starts at 3 times this interval.
#  Starting/Default length = 3 * wind_time_scale_interval *  wind velocity
cidd.wind_time_scale_interval: 10.0

# Wind Rendering Style  Options:
# "arrow" (centered at data point),
# "vector",(Vertex at data point )
# "barb" (N Hemisp),
# "labeledbarb", (labeled to nearest 10 degrees at the center - N. Hemisp)
# "tuft", (like a piece of yarn - the least obtrusive - like a headless vector)
# "tickvector" (Cross ticks at wind_time_scale_interval  minutes)
# "metbarb" (Calcs latitude - works for both hemispheres and
# adds a label of the 10's digit off the end of the barb, ala winds aloft charts)
# "barb_sh" (S Hemisphere),
# "labeledbarb", (labeled to nearest 10 degrees at the center - N. Hemisp)       
# NOTE: When using arrow,vector,tuft,tickvector,  the data must be in
# m/sec for the scaling to work correctly. For the others (Barbs),
# the units are arbitrary, but the flag units on the barbs will reflect
# the data's native units.
cidd.wind_marker_type:      vector   # default is arrow
cidd.wind_w_scale_factor:    10.0
#
# Set this value to convert from the your reference speed units 
# to m/sec.  ie wind_units_scale_factor =  m/sec / chosen units
# default = 1.0
cidd.wind_units_scale_factor:     0.2778

# Sets the length of the wind vector reference speed legend.
cidd.wind_reference_speed: 30.0

# Select the label to be printed next to the reference bar
# Default = m/sec
cidd.wind_units_label:  km/hr

# Uncomment the following lines to turn on default contour fields
# Uses the contour levels and the Field Label string in data.info
# The parameters are Exact_field_label and color and optional "off"
# Keyword. If "off" param is used, the field will be defined, but will
# not be acitvated on startup.
#cidd.contour1_field: FzLevel red off
#cidd.contour2_field: SURF_T white
#cidd.contour3_field: SURF_T white
#cidd.contour4_field: SURF_T white
#cidd.contour5_field: SURF_T white
# 
# Set to 1 to have numeric labels on line contours, 0 = off
cidd.label_contours:   0           

#  Default line width of contours
cidd.contour_line_width: 1

# Apply smoothing to data grids before contouring
# 0 = Off, 1 = single pass, 2 = double pass
cidd.smooth_contours: 0 

# Add 1 part in 250 Noise to help smooth contours
cidd.add_noise: 0 

# Use Alternate (Mdvx) Contouring Routines -
# Slower - Nicer labeling - Less smooth - 
# Warning - Does not work correctly when data and dislay origins are different
# (Works fine in lat/lon projections)
cidd.use_alt_contours: 0 

#
# Contours at this value will have a wider line
# 
# 
#cidd.special_contour_value: 0.25

# Sometimes, for CONTOURING it is useful to make
# the assumption that the bad and/or missing values
# should be considered at the minimum of the dynamic range of the
# data. IE. If you want bad an/or missing contoured
# set these to 1, otherwise, set them to 0 (default)
#
cidd.map_bad_to_min_value: 0
cidd.map_missing_to_min_value: 0
#
# Uncomment the following lines to set up fields on startup that will
# appear as overlaid fields. Layers are on by default unless the
# optional "off" string appears last. 
#cidd.layer5_field:  
#cidd.layer4_field:  
#cidd.layer3_field:  
cidd.layer2_field:  GOES16_CH13 off
cidd.layer1_field:  MRMS_REFL


# Rendering order for layers:
#  0: render main field first then layers
#  1: render main field on top of layers.
#cidd.draw_main_on_top: 0

# Place Cidd fonts in asending order of size. Cidd will choose the
# highest font number that will fit in a given screen space.
# Pick a nice spectrum of font sizes, with all of them readable.
# CIDD currently accepts up to 16 different fonts
cidd.num_fonts: 4
#
cidd.font1: 6x10
cidd.font2: 6x13
cidd.font3: 7x13
cidd.font4: fixed
# From newer version of CIDD??
#cidd.font1: 6x9
#cidd.font2: -*-courier-medium-r-normal-*-10-*-*-*-*-*-*-*
#cidd.font3: -*-courier-medium-r-normal-*-12-*-*-*-*-*-*-*
#cidd.font4: -*-courier-bold-r-normal-*-12-*-*-*-*-*-*-*
#cidd.font5: -*-courier-bold-r-normal-*-14-*-*-*-*-*-*-*
#cidd.font6: -*-courier-bold-r-normal-*-15-*-*-*-*-*-*-*
#cidd.font7: -*-courier-bold-r-normal-*-16-*-*-*-*-*-*-*
#cidd.font8: -*-courier-bold-r-normal-*-18-*-*-*-*-*-*-*
#cidd.font9: -*-courier-bold-r-normal-*-24-*-*-*-*-*-*-*
#cidd.font10: -*-courier-bold-r-normal-*-30-*-*-*-*-*-*-*

# font_display_mode = 1 - Clears background behind label text., 0 - No
cidd.font_display_mode: 0 
# 
# 
# Manual Image save resources    
# Note cidd appends the image name to the command string before executing
# This allows the script to pull the name off the command line,
# Otherwise it is often useful to place a "rm" as the last command to remove
# the image after printing, conversion, etc
#
# Saved images go here
cidd.horiz_image_dir:   /tmp
# The file name will be until reset by the user - Appends '.xwd' automatically
cidd.horiz_image_fname:   CH
# Then the post processing command is run, with the xwd file as the first argument
cidd.horiz_image_command:  convert_image.csh
#
cidd.vert_image_dir:    /tmp
cidd.vert_image_fname:    CV
cidd.vert_image_command:  convert_image.csh


#Toggle for displaying an analog clock in the upper right hand corner of the image
cidd.show_clock:       0
# Set to 0 to draw the analogue clock using GMT, 1 = local time.
cidd.draw_clock_local: 0

cidd.one_click_rhi: 1
#cidd.click_posn_rel_to_origin: 1

#####################################################################################
# GUI RELATED STUFF
#
# Set this parameter to force the field menu popup to this many columns
# If set <= 0, then cidd sets this dynamically, allowing at most 30 in each
# column.
cidd.num_field_menu_cols: 6

# This parameter sets WSDDM specific behavior On -
# - Go to end of loop when movie stops.
# - No on-image no-data message when winds are missing
cidd.wsddm_mode:            0

# 
# MENU_BAR Configuration
# The Menu bar is configurable. One can configure which buttons/functions are
availible to the user. In many operational setting many of the fuctions should
not be availible.  For research/ post analysis most of them should be enabled. 
#####################################################################################
# Defines for the Menu Bar at the top of the main window. Functions are:
#
#    --- One Shot Functions ---
# RELOAD - (Force all data to be reloaded)
# RESET - (Set display to starting zoom, field, products on/off state, etc)
# SET_TO_NOW - (Sets the display to current time - canceling forecast mode)
# SET_DRAW_MODE - (Enable the Human entered feature drawing mode)
# SET_PICK_MODE - (Enable Symprod Picking Mode) 
# SET_ROUTE_MODE - (Enable the Flight Route drawing mode)
# PRINT_BUTTON - (Save and Print the plan view image) 
# HELP_BUTTON - (Send Netscape to a useful help Page)
# EXIT_BUTTON - Kills the Display
# CLONE_CIDD - Starts another instance of the same display 
# SNAP_IMAGE - Starts A Snapshot viewer - Displaying the current image
#
#    --- Toggle things on and off ----
# LOOP_ONOFF - (Turn the movie loop on/off)
# WINDS_ONOFF - (Turn all winds on/off)
# SYMPRODS_ONOFF - (Turn all Symbolic Products on/off)
# REPORT_MODE_ONOFF - (Turn on/off COntinious REport Mode )
# LANDUSE_ONOFF  - (Turn On/off the Land Use image)
#
#    --- Display Panels ---
# SHOW_DPD_PANEL - (Show/Hide Page Definition Panel which configures individual pages)
# SHOW_XSECT_PANEL - (Show/Hide the Cross Section Display View Panel)
# SHOW_GRID_PANEL - (Show/Hide the Data Source Configuration Panel)
# SHOW_STATUS_PANEL - (Show/Hide a Status message window)
# SHOW_TIME_PANEL - (Show/Hide the Movie loop control Panel) 
# CLOSE_POPUPS  - (Close all Popup panels)
#
#    --- Display Additional Menus ---
# SHOW_DPD_MENU - (Show/Hide the field/page description menu)
# SHOW_VIEW_MENU - (Show/Hide the zoom level menu)
# SHOW_MAP_MENU - (Show/Hide the map overlay menu)
# SHOW_PRODUCT_MENU - (Show/Hide the symbolic product menu)
# SHOW_FORECAST_MENU -(Show/Hide the forecast mode menu)
# SHOW_PAST_MENU    - (Show/Hide the past mode menu)
# SHOW_BOOKMARK_MEN - (Show/Hide the helpful bookmark menu)
# SHOW_GENTIME_MENU - (Show/Hide the Model Generation Time menu)
# SHOW_CMD_MENU  -    (Show/Hide the Command menu)
# ZOOM_BACK - (Go back to previous zoom)
# 
#
#####################################################################################
cidd.num_menu_bar_cells: 20
#
cidd.menu_bar_label1: Fields...
cidd.menu_bar_funct1: SHOW_DPD_MENU
# 
cidd.menu_bar_label2: Zoom
cidd.menu_bar_funct2: SHOW_VIEW_MENU
#
cidd.menu_bar_label3: Back
cidd.menu_bar_funct3: ZOOM_BACK
#
cidd.menu_bar_label4: Maps...
cidd.menu_bar_funct4: SHOW_MAP_MENU
#
cidd.menu_bar_label5: Movie...
cidd.menu_bar_funct5: SHOW_TIME_PANEL
#
cidd.menu_bar_label6: Loop
cidd.menu_bar_funct6: LOOP_ONOFF
#  
cidd.menu_bar_label7: Now
cidd.menu_bar_funct7: SET_TO_NOW
#  
cidd.menu_bar_label8: Forecast
cidd.menu_bar_funct8: SHOW_FORECAST_MENU
#
cidd.menu_bar_label9: Products
cidd.menu_bar_funct9: SHOW_PRODUCT_MENU
#
cidd.menu_bar_label10: All-Prods
cidd.menu_bar_funct10: SYMPRODS_ONOFF
#
cidd.menu_bar_label11: Vsection
cidd.menu_bar_funct11: SHOW_XSECT_PANEL
#
cidd.menu_bar_label12: Reload
cidd.menu_bar_funct12: RELOAD
#
cidd.menu_bar_label13: Overlays...
cidd.menu_bar_funct13: SHOW_DPD_PANEL
#
cidd.menu_bar_label14: Config
cidd.menu_bar_funct14: SHOW_GRID_PANEL
#
cidd.menu_bar_label15: Status
cidd.menu_bar_funct15: SHOW_STATUS_PANEL
#
cidd.menu_bar_label16: Winds
cidd.menu_bar_funct16: WINDS_ONOFF
#
cidd.menu_bar_label17: Value
cidd.menu_bar_funct17: REPORT_MODE_ONOFF
#
cidd.menu_bar_label18: RESET
cidd.menu_bar_funct18: RESET
#
cidd.menu_bar_label19: Clone
cidd.menu_bar_funct19: CLONE_CIDD
#
cidd.menu_bar_label20: Exit
cidd.menu_bar_funct20: EXIT_BUTTON


#
#cidd.menu_bar_label13: Print
#cidd.menu_bar_funct13: PRINT_BUTTON
#
#cidd.menu_bar_label7: URL...
#cidd.menu_bar_funct7: SHOW_BOOKMARK_MENU
#
#cidd.menu_bar_label8: Model Run...
#cidd.menu_bar_funct8: SHOW_GENTIME_MENU
#
#cidd.menu_bar_label15: Past
#cidd.menu_bar_funct15: SHOW_PAST_MENU
#  
#cidd.menu_bar_label17: Close Popups
#cidd.menu_bar_funct17: CLOSE_POPUPS
#
#cidd.menu_bar_label24: Draw Mode
#cidd.menu_bar_funct24: SET_DRAW_MODE
#
#cidd.menu_bar_label25: CLONE
#cidd.menu_bar_funct25: CLONE_CIDD
#
#cidd.menu_bar_label12: Help...
#cidd.menu_bar_funct12: HELP_BUTTON
#
#cidd.menu_bar_label27: Commands
#cidd.menu_bar_funct27: SHOW_CMD_MENU
#
#cidd.menu_bar_label28: Snapshot
#cidd.menu_bar_funct28: SNAP_IMAGE
#
#cidd.menu_bar_label29: Base Map
#cidd.menu_bar_funct29: LANDUSE_ONOFF
#

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

cidd.horiz_frame_label:  ** IMPACTS 2023 **

# Set the message to display when no data is availible
cidd.no_data_message:     NO DATA FOUND (in this area at the selected time)

# System NO-Data  Status/Info File
# Cidd will check for updates to this file and will Replace the no_data_message
# With the text from this file
cidd.status_info_file:

# HELP TEXT LINKS                       
# These take the form:
# cidd.widget_name_help:       file_name:file_index_key_string
# The HELPPATH envoronment variable must be set or the help file
# must be located in /ussr/lib/help.
# Note the file name gets expanded to file_name.info
#
cidd.canvas_help:              cidd_help:canvas
cidd.frame_message_help:       cidd_help:frame_message

cidd.help_command:   /opt/google/chrome/chrome http://www.rap.ucar.edu/CIDD'

#
# This command is run whenever a BOOKMARK_MENU button is pressed.
# The characters; %U are replaced with the url text from the
# parameters; cidd.bookmarkN below.
#cidd.bookmark_command:  netscape_starter -remote 'openURL(%U)'

# Number of bookmarks in the Menu
#cidd.num_bookmarks: 4

# BOOKMARKS FOR Quick Reference
# Create N Bookmark and Label parameters
# cidd.bookmarkN: - The exact URL text for use in the cidd.bookmark_command.
# cidd.bookmark_labelN: The Label that appears in the menu
#
#cidd.bookmark1: http://mars/aoaws/doc/roc_mds.html
#cidd.bookmark_label1: ROC
#cidd.bookmark2: http://www.rap.ucar.edu/weather/
#cidd.bookmark_label2: RAP Weather
#cidd.bookmark3: http://adds.awc-kc.noaa.gov/
#cidd.bookmark_label3: ADDS
#cidd.bookmark4: http://cessna/
#cidd.bookmark_label4: ADDS-Cessna

# Resources for compatibility with TITAN-TIME HISTORY Program

cidd.track_server_instance:         Operations
cidd.track_past_plot_period:        0
cidd.track_future_plot_period:      0
cidd.track_n_forecast_steps:        5
cidd.track_forecast_interval:       6
cidd.track_data_time_margin:        750
cidd.track_past_color:              yellow
cidd.track_current_color:           cyan
cidd.track_future_color:            blue
cidd.track_forecast_color:          red

#  KEYS for SHARED MEMORY SEGMENTS

# Key for coordinate shared memory
cidd.coord_key:               61500

# Key for TITAN control shared memory
cidd.titan_key               61501


#  Starting Size size of fonts for symbolic products - From above list
cidd.product_font_size: 4

#Detail thresholds and font adjustment parameters. First implicit threshold is 0.0
# If the current distance across a domain is between the thresholds, then an adjustment is made to the
# default/selected font size. This is used to change the size of the fonts
# automatically as the users zooms in and out. Threshold values are in km across the
# viewing domain
cidd.product_detail_threshold1: 50.0
cidd.product_detail_adjustment1: +3
#
cidd.product_detail_threshold2: 200.0
cidd.product_detail_adjustment2: +2
#
cidd.product_detail_threshold3: 400.0
cidd.product_detail_adjustment3: +1

# Product Scaling Constant. - Set this constant to determine
# at what zoom icons and will have a scale factor of 1.0
# Default = 300. Function = log10(Constant /km_across_screen) + 1.0;
#cidd.scale_constant: 300.0 # SRB change 20230118 for lightning
cidd.scale_constant: 0 

# prevent CIDD from closing popup windows when changing desktops

#cidd.close_popups: 0

# RHI support

# CIDD uses the number pad keys 7,9,4,6,1,3 to rotate the RHI
# by +/- these amounts (degrees)
# 7-9 is coarse 4-6 is medium and 1-3 is fine.
#cidd.rotate_coarse_adjust: 6
#cidd.rotate_medium_adjust: 2
#cidd.rotate_fine_adjust:  1

</MAIN_PARAMS>

<DRAW_EXPORT>
/**********************************************************************
 * TDRP params for Cdraw_P
 **********************************************************************/

//======================================================================
//
// Draw/Export Parameters.
//
//======================================================================
 
///////////// dexport_info ////////////////////////////
//
// Human Drawn Products for Export Parameters.
//  Each Entry needs:
// ID_Label FMQ_URL Valid_Minutes Default_ID_no    ID_LABEL - This is 
//   used to designate Product types
//     FMQ_URL: example: fmqp:://host::dir/file 
//    Valid_Minutes: How many minutes the product is valid by default
//    Default_ID_no: Default Data Type (Enumerated ID)
//    Default_label: Test to place into Label field by default.
//
// Type: struct
//   typedef struct {
//      char* id_label;
//      char* url;
//      double valid_minutes;
//      int default_id_no;
//      char* default_label;
//   }
//
// 1D array - variable length.
//

dexport_info = {
  { "Boundry", "/tmp/cidd.fmq", 60, 0, "A"},
  { "Boundry-b", "/tmp/cidd.fmq", 60, 0, "B"}
};

</DRAW_EXPORT>

<IMAGE_GENERATION>
/**********************************************************************
 * TDRP params for Cimages_P
 **********************************************************************/

///////////// debug ///////////////////////////////////
//
// Debug option.
// If set, debug messages will be printed appropriately.
//
// Type: enum
// Options:
//     DEBUG_OFF
//     DEBUG_NORM
//     DEBUG_VERBOSE
//

debug = DEBUG_OFF;

///////////// generate_vsection_images ////////////////
//
// Generate images for specified vertical sections.
// If TRUE, and CIDD is in html_mode, it will generate vertical section 
//   images in addition to the normal plan view images.
//
// Type: boolean
//

generate_vsection_images = FALSE;

///////////// vsection_waypts_in_latlon ///////////////
//
// The specified waypts are in latlon degree units.
// If TRUE, the waypts are specified in lat/lon degrees. If FALSE, they 
//   are specified in (xkm, ykm) units in the current projection.
//
// Type: boolean
//

vsection_waypts_in_latlon = FALSE;

///////////// vsection_spec ///////////////////////////
//
// Vertical section information array.
// The fields in the structure are as follows:
//
//   vsection_label: label to be used for the specified vertical 
//   section.
//
//   n_waypts: number of waypts for specifying the vert section.
//             Normally this is 2 - for a single vertical section 
//   segment.
//
//   waypt_locs: location of way points. This is a string with pairs of 
//   points in it, with the following format: (x, y) (x, y) ..... (x, y).
//
// Type: struct
//   typedef struct {
//      string vsection_label;
//      int n_waypts;
//      string waypt_locs;
//   }
//
// 1D array - variable length.
//

vsection_spec = {
  { "RHI-north", 2, "(0, 0) (0, 150)"}
};

</IMAGE_GENERATION>

<SYMPRODS>
///////////// debug ///////////////////////////////////
//
// Debug option.
// If set, debug messages will be printed appropriately.
//
// Type: enum
// Options:
//   DEBUG_OFF
//   DEBUG_NORM
//   DEBUG_VERBOSE
//

debug = DEBUG_VERBOSE;

///////////// short_requests //////////////////////////
//
// Gather Data Frame by Frame, Otherwise by loop span.
// Gathers Products valid for the current frame only - Speeds up 
//   gathering of large data sets, like METAR data.
//
// Type: boolean
//

short_requests = TRUE;

///////////// gzip_requests ///////////////////////////
//
// Request data using GZIP compression.
// If true, symprod data will be GZIP compressed by the server.
//
// Type: boolean
//

gzip_requests = FALSE;

///////////// prod_info ///////////////////////////////
//
// Product Source and Rendering Information Array
// The fields in the structure are as follows:
//   menu_label: Label to be used for the product in menu.
//
//   url: for retrieving the data.
//
//   data_type: data type used when querying the SPDB data server
//     (set to 0 to retrieve all data regardless of type).
//
//   url: URL for the data. -
//     example: spdbp:transform_executable:[param_file]//host.dom:[port]:dir1/dir2
//
//   render_type: Select how temporal clipping is done:
//      RENDER_ALL: Do no temporal clipping.
//      RENDER_ALL_VALID: Render all Valid in frame
//      RENDER_VALID_IN_LAST_FRAME: Render all Valid in the last frame
//      RENDER_LATEST_IN_FRAME: Render the latest product in the frame.
//      RENDER_LATEST_IN_LOOP:  Render the latest product valid in the movie loop
//	RENDER_FIRST_BEFORE_FRAME_TIME: Render the latest product before the end of frame time
//      RENDER_FIRST_BEFORE_DATA_TIME: Render the latest product before the data time in each frame.
//      RENDER_FIRST_AFTER_DATA_TIME:Render the earliest product after the data time in each frame.
//      RENDER_ALL_BEFORE_DATA_TIME: Render all valid products before the data time in each frame.
//      RENDER_ALL_AFTER_DATA_TIME:  Render all valid products after the data time in each frame.
//     	RENDER_GET_VALID: Render all valid products returned with a GetValid Spdb call.
//	RENDER_GET_VALID_AT_FRAME_TIME:  Render products which have not expired at the frame time
//
//      Note: all comparisions are less than or equal or greater than or equal  
//
//   on_by_default: True or False
//
//   minutes_allow_before: Stretch the frame time this many minutes - prior
//   minutes_allow_after: Stretch the frame time this many minutes - after
//        When using data time modes, these allowances effectively widen
//        The temporal limits.
//
//  text_off_threshold: Threshold where text disappears. Usees the function:
//         log10(scale_constant /km_distance_across_screen ) + 1.0
//         Use 0 to disable the off feature. (always displayed)
//         Note: scale_constant set in MAIN_PARAM section.      
//
//  request_data_on_zoom: Flag indicating whether to request new data for
//       this product whenever the user changes the zoom.  Normally, this
//       should be set to false for efficiency reasons.  If the products
//       to be rendered would change with a zoom change then this should be
//       set to true.
//
//  request_data_on_vert_change: Flag indicating whether to request new data
//       for this product whenever the user changes the currently displayed
//       vertical level.  Normally, this should be set to false for efficiency
//       reasons.  If the products to be rendered would change with a zoom
//       change then this should be set to true.
//
// Type: struct
//   typedef struct {
//      string menu_label;
//      string url;
//      int data_type;
//      render_type_t render_type;
//        Options:
//          RENDER_ALL
//          RENDER_ALL_VALID
//          RENDER_VALID_IN_LAST_FRAME
//          RENDER_LATEST_IN_FRAME
//          RENDER_LATEST_IN_LOOP
//          RENDER_FIRST_BEFORE_FRAME_TIME
//          RENDER_FIRST_BEFORE_DATA_TIME
//          RENDER_FIRST_AFTER_DATA_TIME
//          RENDER_ALL_BEFORE_DATA_TIME
//          RENDER_ALL_AFTER_DATA_TIME
//          RENDER_GET_VALID
//          RENDER_GET_VALID_AT_FRAME_TIME
//      boolean on_by_default;
//      double minutes_allow_before;
//      double minutes_allow_after;
//      double text_off_threshold;
//      boolean request_data_on_zoom;
//      boolean request_data_on_vert_change;
//   }
//
// 1D array - variable length.
//

prod_info = {
  {
    menu_label = "GLM" ,
    //url = "spdbp:Ltg2Symprod://$(DATA_HOST):0:spdb/ltg/glm16",
    url = "spdbp:Ltg2Symprod://$(DATA_HOST):0:$(DATA_DIR)/spdb/ltg/glm16?use_http=true",
    data_type = 0,
    render_type = RENDER_ALL_VALID,
    // render_type = RENDER_ALL_BEFORE_DATA_TIME,
    on_by_default = FALSE,
    minutes_allow_before = 20.0,
    minutes_allow_after = 0.0,
    text_off_threshold = 0.0,
    request_data_on_zoom = FALSE,
    request_data_on_vert_change = FALSE
  }
  ,                        
  {
    menu_label = "RHI-RAXPOL",
    url = "spdbp:Rhi2Symprod:ticks//$(DATA_HOST):0:$(DATA_DIR)/spdb/rhi/raxpol?use_http=true",
    data_type = 0,
    render_type = RENDER_ALL_VALID,
    on_by_default = FALSE,
    minutes_allow_before = 20,
    minutes_allow_after = 10,
    text_off_threshold = 0.4,
    request_data_on_zoom = FALSE,
    request_data_on_vert_change = FALSE
  }
  , 
  {
    menu_label = "ER2 15_min",
    url = "spdbp:AcTrack2Symprod:N806NA.15_min//$(DATA_HOST):0:$(DATA_DIR)/spdb/ac_posn?use_http=true",
    data_type = 0,
    render_type = RENDER_FIRST_BEFORE_FRAME_TIME,
    on_by_default = FALSE,
    minutes_allow_before = 15.0,
    minutes_allow_after = 15.0,
    text_off_threshold = 0.4,
    request_data_on_zoom = FALSE,
    request_data_on_vert_change = FALSE
  }
  ,                        
  {
    menu_label = "ER2 30_min",
    url = "spdbp:AcTrack2Symprod:N806NA.30_min//$(DATA_HOST):0:$(DATA_DIR)/spdb/ac_posn?use_http=true",
    data_type = 0,
    render_type = RENDER_FIRST_BEFORE_FRAME_TIME,
    on_by_default = FALSE,
    minutes_allow_before = 15.0,
    minutes_allow_after = 15.0,
    text_off_threshold = 0.4,
    request_data_on_zoom = FALSE,
    request_data_on_vert_change = FALSE
  }
  ,                        
  {
    menu_label = "ER2 5_hr",
    url = "spdbp:AcTrack2Symprod:N806NA.5_hr//$(DATA_HOST):0:$(DATA_DIR)/spdb/ac_posn?use_http=true",
    data_type = 0,
    render_type = RENDER_FIRST_BEFORE_FRAME_TIME,
    on_by_default = FALSE,
    minutes_allow_before = 15.0,
    minutes_allow_after = 15.0,
    text_off_threshold = 0.4,
    request_data_on_zoom = FALSE,
    request_data_on_vert_change = FALSE
  }
  ,                        
  {
    menu_label = "ER2 10_hr",
    url = "spdbp:AcTrack2Symprod:N806NA.10_hr//$(DATA_HOST):0:$(DATA_DIR)/spdb/ac_posn?use_http=true",
    data_type = 0,
    render_type = RENDER_FIRST_BEFORE_FRAME_TIME,
    on_by_default = FALSE,
    minutes_allow_before = 15.0,
    minutes_allow_after = 15.0,
    text_off_threshold = 0.4,
    request_data_on_zoom = FALSE,
    request_data_on_vert_change = FALSE
  }
  ,                        
  {
    menu_label = "P3 15_min",
    url = "spdbp:AcTrack2Symprod:N426NA.15_min//$(DATA_HOST):0:$(DATA_DIR)/spdb/ac_posn?use_http=true",
    data_type = 0,
    render_type = RENDER_FIRST_BEFORE_FRAME_TIME,
    on_by_default = FALSE,
    minutes_allow_before = 15.0,
    minutes_allow_after = 15.0,
    text_off_threshold = 0.4,
    request_data_on_zoom = FALSE,
    request_data_on_vert_change = FALSE
  }
  ,                        
  {
    menu_label = "P3 30_min",
    url = "spdbp:AcTrack2Symprod:N426NA.30_min//$(DATA_HOST):0:$(DATA_DIR)/spdb/ac_posn?use_http=true",
    data_type = 0,
    render_type = RENDER_FIRST_BEFORE_FRAME_TIME,
    on_by_default = FALSE,
    minutes_allow_before = 15.0,
    minutes_allow_after = 15.0,
    text_off_threshold = 0.4,
    request_data_on_zoom = FALSE,
    request_data_on_vert_change = FALSE
  }
  ,                        
  {
    menu_label = "P3 5_hr",
    url = "spdbp:AcTrack2Symprod:N426NA.5_hr//$(DATA_HOST):0:$(DATA_DIR)/spdb/ac_posn?use_http=true",
    data_type = 0,
    render_type = RENDER_FIRST_BEFORE_FRAME_TIME,
    on_by_default = FALSE,
    minutes_allow_before = 15.0,
    minutes_allow_after = 15.0,
    text_off_threshold = 0.4,
    request_data_on_zoom = FALSE,
    request_data_on_vert_change = FALSE
  }
  ,                        
  {
    menu_label = "P3 10_hr",
    url = "spdbp:AcTrack2Symprod:N426NA.10_hr//$(DATA_HOST):0:$(DATA_DIR)/spdb/ac_posn?use_http=true",
    data_type = 0,
    render_type = RENDER_FIRST_BEFORE_FRAME_TIME,
    on_by_default = FALSE,
    minutes_allow_before = 15.0,
    minutes_allow_after = 15.0,
    text_off_threshold = 0.4,
    request_data_on_zoom = FALSE,
    request_data_on_vert_change = FALSE
  }
};

</SYMPRODS> 


<TERRAIN>
/**********************************************************************
 * TDRP params for Cterrain_P
 **********************************************************************/

//======================================================================
//
// Terrain Parameters.
//
//======================================================================
 
///////////// id_label ////////////////////////////////
//
// Label used for legends.
//
// Type: string
//

id_label = "Terrain";

///////////// terrain_url /////////////////////////////
//
// Used to located gridded terrain data.
// Terrain_URL 
//  Note example URL:
//   mdvp::static//venus::mdv/terrain&Elevation
//  Field name follows the Ampersand. Use #N for field number override   
//   Use caret: ^ as a substitute for spaces in field names.
//
// Type: string
//

terrain_url = "";

///////////// height_scaler ///////////////////////////
//
// Conversion from terrain units to local coords.
// Choose a scaler which converts plane height values
// Default is Hecto-feet (FL) per meter.
//
// Type: double
//

height_scaler = 0.0328083;

///////////// landuse_url /////////////////////////////
//
// Used to located gridded land use data.
// Land Use URL 
//  Note URL is of the form 
//   mdvp::[param_file]//host.dom::dir/dir&field_name
//  Field name follows the Ampersand. Use #N for field number override   
//   Use caret: ^ as a substitute for spaces in field names.
//
// Type: string
//

landuse_url = "mdvp:://tempest:0:topo/relief/mdv?use_http=true&RGBA";

///////////// landuse_colorscale //////////////////////
//
// Color lookup table for Land use.
// Land Use colorscale file name
//  Note: CIDD looks in the colorscale dir, then in the current dir for 
//   this file.
//
// Type: string
//

landuse_colorscale = "terrain.colors";

///////////// land_use_render_method //////////////////
//
// Land Use rendering style.
// Use Contours only for continious data like elevation.
//
// Type: enum
// Options:
//     RENDER_FILLED_CONT
//     RENDER_RECTANGLES
//     RENDER_DYNAMIC_CONTOURS
//

land_use_render_method = RENDER_RECTANGLES;

///////////// landuse_active //////////////////////////
//
// Default Display state of Land Use/ Basemap.
//
// Type: boolean
//

landuse_active = FALSE;

///////////// earth_color1 ////////////////////////////
//
// Earth's skin color.
//
// Type: string
//

earth_color1 = "sienna";

///////////// earth_color2 ////////////////////////////
//
// Earth's core color.
//
// Type: string
//

earth_color2 = "red4";

</TERRAIN>

<ROUTE_WINDS>
/**********************************************************************
 * TDRP params for Croutes_P
 **********************************************************************/

//======================================================================
//
// Route Winds Parameters.
//
//======================================================================
 
///////////// debug ///////////////////////////////////
//
// Set to DEBUG_NORM or DEBUG_VERBOSE for diagnostic output.
//
// Type: enum
// Options:
//     DEBUG_OFF
//     DEBUG_NORM
//     DEBUG_VERBOSE
//

debug = DEBUG_OFF;

///////////// font_height /////////////////////////////
//
//  Maximum height in Pixels of labels.
//
// Type: int
//

font_height = 13;

///////////// add_waypoints_labels ////////////////////
//
// Default state of the add_waypoints_labels.
// 0 = off, 1 = on.
//
// Type: int
//

add_waypoints_labels = 1;

///////////// add_wind_text ///////////////////////////
//
// Default state of the add_wind_text labels.
// 0 = off, 1 = on.
//
// Type: int
//

add_wind_text = 1;

///////////// label_style /////////////////////////////
//
// Set to REGULAR_INTERVALS or EQUAL_DIVISIONS.
//
// Type: enum
// Options:
//     REGULAR_INTERVALS
//     EQUAL_DIVISIONS
//

label_style = REGULAR_INTERVALS;

///////////// label_interval //////////////////////////
//
// Distance in km between winds labels.
// Used if label_style is set to REGULAR_INTERVALS.
//
// Type: double
//

label_interval = 55.6;

///////////// num_route_labels ////////////////////////
//
// number of route wind labels to plot along the route.
// Typically this should be set between 5 and 20.
// Minimum val: 2
// Maximum val: 100
//
// Type: int
//

num_route_labels = 10;

///////////// route_track_line_width //////////////////
//
// Width in pixels of the route winds track.
// Minimum val: 1
// Maximum val: 20
//
// Type: int
//

route_track_line_width = 3;

///////////// u_url ///////////////////////////////////
//
// U Wind Componet.
//  URL's take the form  mdvp::[paramfile]//host.dom::dir/dir&fieldname.
//
// Type: string
//

u_url = "mdvp::zoom_mds//neptune::mdv/mm5?use_http=true&U";

///////////// v_url ///////////////////////////////////
//
// v Wind Componet.
//
// Type: string
//

v_url = "mdvp::zoom_mds//neptune::mdv/mm5?use_http=true&V";

///////////// turb_url ////////////////////////////////
//
// Turbulence Index.
//
// Type: string
//

turb_url = "mdvp::d3_d4//neptune::mdv/mm5?use_http=true&Turb";

///////////// turb_low_thresh /////////////////////////
//
// Value at which the turbulence is considered Low.
//
// Type: double
//

turb_low_thresh = 0.25;

///////////// turb_mod_thresh /////////////////////////
//
// Value at which the turbulence is considered Moderate.
//
// Type: double
//

turb_mod_thresh = 0.5;

///////////// turb_hi_thresh //////////////////////////
//
// Value at which the turbulence is considered High.
//
// Type: double
//

turb_hi_thresh = 0.75;

///////////// icing_url ///////////////////////////////
//
// Icing Index.
//
// Type: string
//

icing_url = "mdvp::d3_d4//neptune::mdv/mm5?use_http=true&Icing";

///////////// icing_low_thresh ////////////////////////
//
// Value at which the icing is considered Light.
//
// Type: double
//

icing_low_thresh = 0.25;

///////////// icing_mod_thresh ////////////////////////
//
// Value at which the icing is considered Moderate.
//
// Type: double
//

icing_mod_thresh = 0.5;

///////////// icing_hi_thresh /////////////////////////
//
// Value at which the icing is considered Heavy.
//
// Type: double
//

icing_hi_thresh = 0.75;

///////////// route_paths /////////////////////////////
//
//  Route path strings - Format of each string isROUTE_LABEL NPOINTS  
//   ID_String Lat Lon ID_String LAT Lon ...
// ROUTE_LABEL will be used in the menu, 
// NPoints = Number of way points in route 
//   Followed by NPoint triplets of the following:
// ID_string -> usually a Airport or VOR 
// Lat Lon :  decimal degrees.
//
// Type: string
// 1D array - variable length.
//

route_paths = { "A-1 8 BULAN 27.0917 124.0000 OSTAR 26.3317 123.0000 SHARK 25.8333 122.3583 ANNNA 25.5717 122.0217 APU 25.1767 121.5233 HLG 24.6400 120.7833 MKG 23.5583 119.6283 ELATO 22.3333 117.5000 ", "M-750 12 MOLKA 26.6583 124.0000 MORSU 25.9100 123.0000 LEKOS 25.5100 122.4717 ROBIN 25.4200 122.2083 NOKAS 25.1317 121.9917 SANAS 24.8967 121.6917 PILOX 24.4150 121.0250 ANLOT 23.9417 120.5233 TOROX 23.3533 119.9083 RENOT 22.5683 118.5117 DADON 22.2767 118.0033 ENVAR 21.9917 117.5000 ", "G-581 7 IGURU 23.9500 124.0000 TULTO 23.3233 123.0000 HCN 21.9283 120.8433 PARPA 22.0150 120.1683 CYRUS 22.2167 118.5317 DADON 22.2767 118.0033 ELATO 22.3333 117.5000 ", "B-591 9 APU 25.1767 121.5233 SANAS 24.8967 121.6917 TINHO 24.3533 122.0283 TITUS 23.8283 121.8517 TACLE 22.9933 121.5867 GID 22.6733 121.4867 TUNNY 22.3600 121.2150 HCN 21.9283 120.8433 DOREX 21.0000 120.7833 ", "R-583 5 BORDO 26.0167 124.0000 KIKIT 25.8817 123.5917 PABSO 25.6517 122.8750 LEKOS 25.5100 122.4717 APU 25.1767 121.5233 ", "G-86 3 HCN 21.9283 120.8433 ANDRE 21.7783 120.1683 KAPLI 21.1667 117.5000 ", "B-576 3 SALMI 28.3150 124.0000 BERBA 27.0783 123.0000 APU 25.1767 121.5233 " };

</ROUTE_WINDS>