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Hi David, Steve Chiswell, our GEMPAK guru, is away on vacation...I run GEMPAK on Solaris x86, so I hope I can help out some.. I am attaching the Garp_defaults file from: $GARPHOME/config/Garp_defaults I hope this helps. Cheers, Jeff --------------------------------------------------------------------- Jeff Weber address@hidden : Unidata Program Center PH:303-497-8676 : University Corp for Atmospheric Research 3300 Mitchell Ln : http://www.unidata.ucar.edu/staff/jweber Boulder,Co 80307-3000 : --------------------------------------------------------------------- On Tue, 23 Aug 2005, Steve Emmerson wrote: > Guys, > > Can you help David? I have no idea what he's talking about. :-( > > Regards, > Steve Emmerson > > ------- Original Message > > Date: Mon, 22 Aug 2005 16:39:44 -0500 > From: David Magee <address@hidden>To: Steve Emmerson <steve@unidata.u > car.edu> > Subject: $GARPHOME/config/Garp_defaults > > > > Steve- > > would you mind sending me an example of > the file contents for $GARPHOME/config/Garp_defaults ? > > I'm trying to get gemapk 5.8.3a running on Sun Sparc /solaris 10 > and it's going to drive me crazy! I've got plenty of ldm experience, > but no gempak experience. OJT is tough on this one!! :) > > Thanks- > > David > > > ------- End of Original Message >
# # Garp configuration file # VERSION 2.0 # # The syntax needed in the file is: # # token : resource # # where: # # - token is defined as a string delimited by white space or "," # - the delimiter between token and resource is the :, # - no white space needs to surround the delimiter, # - comments are indicated by a #, # neither token nor resource can begin with a # or :, # however a # or a : can be embedded within resource, # - resource can contain white space if it is bounded by # the ' or " characters, # - blank lines are allowed. # - referbacks are indicated by $(...). The '...' is resolved # the same way any other token is, and is substituted for # the $(...) string to compose the final resource value. # - Multiple referbacks are allowed in a resource, but # embedded referbacks are not allowed (i.e. no # $($(...)) allowed). # - case for the token is significant # LOG: # D.Himes/COMET 4/96 Beta dist version # P.Bruehl/NWS 4/96 Documented, reorganized # P.Bruehl/NWS 5/96 Added SD's keys for file names # P.Bruehl/NWS 5/96 Updated for GARP release 0.1 # P.Bruehl/NWS 8/96 Updated for GARP release 0.2 # J.Cowie/NWS 10/96 Updated for GARP release 1.0 # S.Drake/COMET 1/97 Added keys for upper air profile object. # P.Bruehl/NWS 1/97 Updated for GARP 1.03 release # S.Drake/COMET 4/97 Added keys for 1.0.4 # P.Bruehl/NWS 4/97 Updated for GARP 1.04 release # S.Chiswell/Unidata 5/97 New & corrected map areas and projections # S.Drake/COMET 7/97 Added keys for GARP release 2.0 # S.Drake/COMET 10/98 Added wind profiler keys for release 2.02 # S.Drake/COMET 8/99 Removed chapter "default" from FDF directories # S.Chiswell/Unidata 5/97 New!! Added use of GEMPAK template datatype.tbl # file for grids so that models don't have to be # stored all in the same directory. # Garp will seach datatype.tbl first for modelkey, # then use the old directory search if not found # in the GEMPAK template file. #----------------------------------------------------------------------- # # Data directory Structures # Case is important # Configure these to match your data directory structure # (Surface data directories defined later) # GARPHOME : $(NAWIPS)/comet/garp/ SATDIR : $(SAT) RADDIR : $(RAD) grids : $(HDS) upperair : $(GEMDATA)/upperair profiler : $(GEMDATA)/profiler # # Provide extra information for the satellite data # # List each individual satellite directory # Multiple entries are space separated # G7 : "$(SATDIR)/GOES-7" G8 : "$(SATDIR)/GOES-8" G9 : "$(SATDIR)/GOES-9" G10 : "$(SATDIR)/GOES-10" G11 : "$(SATDIR)/GOES-11" G12 : "$(SATDIR)/GOES-12" FLOAT1 : "$(SATDIR)/GOES-8_fl1 $(SATDIR)/GOES-9_fl1 $(SATDIR)/GOES-10_fl1 $(SATDIR)/GOES-12_fl1" FLOAT2 : "$(SATDIR)/GOES-8_fl2 $(SATDIR)/GOES-9_fl2 $(SATDIR)/GOES-10_fl2 $(SATDIR)/GOES-12_fl2" SPOLE : "$(SATDIR)/ANTARCTIC" GINI : "$(SATDIR)/WEST-CONUS $(SATDIR)/EAST-CONUS $(SATDIR)/Colorado $(SATDIR)/AK-NATIONAL $(SATDIR)/AK-REGIONAL $(SATDIR)/HI-NATIONAL $(SATDIR)/HI-REGIONAL $(SATDIR)/PR-NATIONAL $(SATDIR)/PR-REGIONAL $(SATDIR)/SUPER-NATIONAL $(SATDIR)/NHEM-COMP $(SATDIR)/NHEM-MULTICOMP" COMPOSITE : "$(SATDIR)/RADAR" MDR : "$(SAT)/MDR" GSOUND : "$(SAT)/SOUNDER" # # sat, nids, and nowrad are the "keys" that are used to find # the image data directories # # Be sure each individual satellite directory listed above is in # the "sat" key list # sat : "$(G7) $(G8) $(G10) $(G11) $(G12) $(GINI) $(FLOAT1) $(FLOAT2) $(SPOLE) $(GSOUND) $(COMPOSITE)" nids : $(RADDIR)/NIDS #nowrad : $(RADDIR)/USRAD nowrad : "$(RADDIR)/USRAD $(RADDIR)/NEXRCOMP $(RADDIR)/RADAR" # # File name keys # Upper air & profile only # (keys for surface and model data files are defined later) # # These key values correspond to the "type" substring in the file # name convention for a upper air & profile data types. For example, # YYMMDD_"type".gem # # Note, you must choose a unique key value to describe each data type. # For example the key "upa" will match ALL data filenames containing # the string "upa". # upperairK : upa profilerK : 6min # # Dynamically generated menus. # # Models, Vertical coordinates, Color contours, Color fill tables, # Font types & sizes, Station Overlays, Surface keys, Markers, # Image Maps, Geographical areas & projections, FDF chapters, line # parameters, vector symbols, x-sec vertical axes, vertical # profile vert axes, time/height time axes. #------------------------------------------------------------- # Models # # # NEW!!!!!! 10/14/04 # modelkeys now checks the $GEMTBL/config/datatype.tbl template file # first for the directory and file naming template first! # This allows grids to be in different directories and use different # naming convention depending on model. If the modelkey is not # a known template, then the behavior defaults to looking # for the unique string in the Garp defined grid directory. # # List all models for GARP to display. Objective Analysis grids # are OK. Make up a name for "modellabels". The corresponding # string in "modelkeys" must make a unique match to files in the # $(grids) directory. # # For example, the string "eta" matches YYMMDDHH_eta.gem *and* # YYMMDDHH_mesoeta.gem. Better choices are "_mesoeta" and "_eta". # modelkeys : "gfs,avn003,eta,eta212,eta104,dgex,mrf1,mrf2,ngm,ruc,ruc2,ens,gdas,ukmet,ecmwfg,cmc,nogaps,rsas,wseta" modellabels : "GFS thinned,GFS 003,Eta 211,Eta 212,Eta 104,DGEX,MRF,MRF_EXT,NGM,RUC,RUC II,Ensemble,GDAS,UK Met,ECMWF,CMC GEM,NOGAPS,RSAS,WSETA" # #------------------------------------------------------------- # Vertical coordinate keys for plan view. # vcoordkeys : "pres,sgma,thta,hght,none,none,hagl,pagl,frzl,trop,mwsl,pdly" vcoordlabels : "Pressure,Sigma,Isentropic,Height,Surface,None,Hght agl,Press agl,Freezing Lvl,Tropopause,Max Wind Speed,PRES Layer" # #------------------------------------------------------------- # Vertical coordinate keys for vertical profiles. # vpvcoordkeys : "pres,sgma,thta,hght" vpvcoordlabels : "Pressure,Sigma,Isentropic,Height" # #------------------------------------------------------------- # List colors to be used for contour lines, symbols, etc. # Use no more that 10 GEMPAK colors in list. # colorlist : "3,6,5,2,4,7,8" # #------------------------------------------------------------- # Color fill tables # #colorfillkeys : "0;23-15,0;25;24;29;7;15,0;21-30;14-20;5,0;24;30;14;2,0;23;22;21;2" #colorfilllabels : "Table 1,Table 2,Table 3,Table 4,Table 5" colorfillkeys : "0;21-30,0;14-20,25;24;29;7;15,0;21-30;14-20;5,0;24;30;14;2,0;23;22;21;2" colorfilllabels : "Cool,Hot,Table 1,Table 2,Table 3,Table 4" # #------------------------------------------------------------- # Font type, size and hardware/software flag. (See "Font" entry # in Chapter 3 of the NAWIPS Users Manual for help.) # text_size : 1.3 text_font : 21 text_width : 1 text_hw_flag : hw # #------------------------------------------------------------- # Station overlays # stn_tables: "0,1,2,3,4,5,6,7" stn_labels: "Surface Airways,WFO,NEXRAD,Wind Profiler,Upper Air Stations,Counties,Local,Cities" #------------------------------------------------------------- # Surface keys # # sfc_keys - Strings corresponding to the unique "type" substring in # the filename convention for a given surface data type. # For example, YYMMDD_"type".gem: 980101_sao.gem, 980101_shb.gem # # sfc_labels - Labels corresponding to above sfc_keys. # # sfc_tables - Tables containing complete list of all valid parameters # for a given surface data type. Corresponds to sfc_keys and sfc_labels. # # xxx_dir - Directory containing surface data files of the xxx type # xxx_parms - Default list of parameters plotted for the xxx data type # # Examples: # sfc_keys: "surf,shb,amos,mmos,nmos,ffg,sels,ltg" # sfc_labels: "METAR,Ship/Buoy,AVN MOS,MRF MOS,NGM MOS,Flash Flood,Storm Warnings,Lightning" # sfc_tables: "sfcparms.lst,shbparms.lst,amosparms.lst,mmosparms.lst,nmosparms.lst, # ffgparms.lst,selsparms.lst," # surf_dir : $(METDAT)/gempak/surface # shb_dir : $(METDAT)/gempak/surface # amos_dir : $(METDAT)/gempak/mos # nmos_dir : $(METDAT)/gempak/mos # mmos_dir : $(METDAT)/gempak/mos # ffg_dir : $(METDAT)/gempak/flood # sels_dir : $(METDAT)/gempak/storm # surf_parms: "SKYC:1.0:1;TMPF;WSYM:1.0:1;SMSL;P03C;DWPF;P03I;BLNK;BLNK;BLNK;BRBK:1.0:1" # shb_parms: "SKYC:1.0:1;TMPF;WSYM:1.0:1;SMSL;BLNK;WPER;WHGT;SSTC;BRBK:1.0:1" # amos_parms: "BLNK;TMPF;BLNK;CLCT;BLNK;PP12" # mmos_parms: "SKNT;TMPF;BLNK;CLCT;BLNK;PP12;PP24" # nmos_parms: "SKYC:1.0:1;TMPF;BLNK;CLCT;BLNK;PP12;PP06" # ffg_parms: "STID;ff01;BLNK;ff06;BLNK;ff03;ff12;BLNK;ff24" # sels_parms: "STID" # sfc_keys : "sao,syn,sb,gmos,xmos,nmos,ffg,nldn" sfc_labels : "METAR,Synoptic,Ship / Buoy,GFS MOS,GFSX MOS,NGM MOS,Flash Flood,Lightning" sfc_tables : "sfcparms.lst,shbparms.lst,shbparms.lst,gmosparms.lst,xmosparms.lst,nmosparms.lst,ffgparms.lst,nldn.lst" sao_dir : $(GEMDATA)/surface syn_dir : $(GEMDATA)/syn sb_dir : $(GEMDATA)/ship gmos_dir : $(GEMDATA)/mos xmos_dir : $(GEMDATA)/mos nmos_dir : $(GEMDATA)/mos ffg_dir : $(GEMDATA)/storm/ffg nldn_dir : $(GEMDATA)/nldn sao_parms: "SKYC:1.0:1;TMPF;WSYM:1.0:1;SMSL;P03C;DWPF;P03I;BLNK;BLNK;BLNK;BRBK:1.0:1" syn_parms: "SKYC:1.0:1;TMPF;WSYM:1.0:1;SMSL;P03C;DWPF;P03I;BLNK;BLNK;BLNK;BRBK:1.0:1" sb_parms: "SKYC:1.0:1;TMPF;WSYM:1.0:1;SMSL;BLNK;WPER;WHGT;SSTC;BRBK:1.0:1" gmos_parms: "BLNK;TMPF;BLNK;CLCT;BLNK;PP12" xmos_parms: "SKNT;TMPF;BLNK;CLCT;BLNK;PP12;PP24" nmos_parms: "SKYC:1.0:1;TMPF;BLNK;CLCT;BLNK;PP12;PP06" ffg_parms: "STID;ff01;BLNK;ff06;BLNK;ff03;ff12;BLNK;ff24" ltg_parms: "POLR" nldn_parms: "STID" # #------------------------------------------------------------- # Suface Markers & Filter factor # # List of available marker types and the corresponding labels. # (See "Marker" entry in Chapter 3 of the NAWIPS Users Guide # for help.) # # Default filter factor for surface data. 1 = no overlaping # stations; 0 = all stations plotted, regardless of overlap. # (See "Filter" entry in Chapter 3 of the NAWIPS Users Guide # for help.) # sfc_markers: "3,4,6,14" sfc_marker_labels: "Triangle,Box,Diamond,Star" sfc_filter: 1 # #------------------------------------------------------------- # Image maps # # Background images that you can plot along with model and obs # data. You may have to manually select the color enhancement # (unidat_top) for these images. # # NOTE that these are IMAGES, and can't be combined (yet) with # other images such as satellite or radar data. # # These images require 128 image colors. To get this, you # must start ntl with 128 satellite colors. This is the # default in NAWIPS 5.4. # colormapdir : $(GARPHOME)/map/areas colormapkeys : "topo_goes8.area,topo_goes9.area,topo_na.area,topo_nh.area,topo_sh.area,topo_wh.area,topo_norcal.area,topo_VA.area,topo_CO.area,topo_centralRockies.area,topo_MN.area,topo_midwest.area,topo_southwestUS.area" colormaplabels : "GOES-8,GOES-9,North America,Northern Hemisphere,Southern Hemisphere,Hemisphere,Northern California,Virginia,Colorado,Central Rockies,Minnesota,Midwest,Southwest" # #------------------------------------------------------------- # Geographic areas # # You can now configure the regions, projections, and GAREAs of all the # regions available under the AREA pull-down menu. Here are some starting # examples. You may configure them. # MapLabels : "DEFAULT,Northern Hemisphere,North America,CONUS,Northeast,Southeast,North Central,South Central,Northwest,Southwest,Canada,Alaska,Hawaii,Pacific,Asia,Australia,South America,Africa,Europe,South Pole,North Pole" MapProjection : "DEFAULT,str/90;-120;10,str/90.0;-100;0.0,lcc/30.0;-100;50.0,lcc/30.0;-80;50.0,lcc/30.0;-85;50.0,lcc/30.0;-100;50.0,lcc/30.0;-100;50.0,lcc/30.0;-110;50.0,lcc/30.0;-110;50.0,STR/90.00;-98.00;0.00,STR/90.00;-170.00;0.00,CED,lea/25;-155;0,str/60;90;0,str/-60;135;0,str/-60;-50;0,lea/-25;15;5,str/60;30;0,str/-90;0;0,str/90;-90;0" MapGarea : "DEFAULT,-10;-170;-10;10,10;-130;50;-30,23.0;-120.0;47.0;-65.0,35;-90;48;-65,24.00;-95.00;38.00;-73.00,36.00;-112.00;50.00;-86.00,25.00;-110.00;40.00;-85.00,37.00;-125.00;50.00;-105.00,25.00;-122.00;40.00;-95.00,#48.00;-72.00;12.00;61.00,50.00;-180.00;60.00;-110.00,#20.50;-157.00;2.50;3.00,#25;-155;40;55,0;60;60;170,-45;90;0;170,-45;-100;15;-25,-30;-10;40;55,30;5;70;60,20;-135;20;45,-20;-135;-20;45" # # # Default map areas and projections for each model type. Use the # string defined in "modelkeys" to specify the model. If no spec # exists for a given model, default_proj and default_garea are used. # avn_proj : str/90.0;-100;0.0 avn_garea : 10;-130;50;-30 thin_proj : str/90;-100;0 thin_garea : AFNA avn003_proj : str/90;-100;0 avn003_garea : AFNA ukmet_proj : str/90;-100;0 ukmet_garea : AFNA ecmf1_proj : str/90;-100;0 ecmf1_garea : AFNA gdas_proj : str/90;-100;0 gdas_garea : AFNA ngm211_proj : lcc/25;-95;25 ngm211_garea : AWIPS ruc211_proj : lcc/25;-95;25 ruc211_garea : AWIPS ruc236_proj : lcc/25;-95;25 ruc236_garea : AWIPS maps_proj : lcc/25;-95;25 maps_garea : AWIPS eta_proj : lcc/25;-95;25 eta_garea : AWIPS eta212_proj : lcc/25;-95;25 eta212_garea : AWIPS #eta.gem_proj : lcc/30.0;-100;50.0 #eta.gem_garea : 23.0;-120.0;47.0;-65.0 #e10_proj : mer/27;-126;45;-106 #e10_garea : 27;-126;45;-106 #ngm_proj : lcc/30.0;-100;50.0 #ngm_garea : 23.0;-120.0;47.0;-65.0 mrf003_proj : str/90;-120;10 mrf003_garea : -10;-170;-10;10 mrf002_proj : str/90;-120;10 mrf002_garea : -10;-170;-10;10 mrf_proj : str/90;-120;10 mrf_garea : -10;-170;-10;10 ruc.gem_proj : lcc/30.0;-100;50.0 ruc.gem_garea : 23.0;-120.0;47.0;-65.0 rsas_proj : lcc/30.0;-100;50.0 rsas_garea : 23.0;-120.0;47.0;-65.0 ens_proj : str/90;-120;10 ens_garea : -10;-170;-10;10 default_proj : lcc/25.0;-103;25.0 default_garea : 20.0;-127.0;50.0;-59.0 # #------------------------------------------------------------- # FDF & Macro chapters. # # These chapters are subdirectories which discriminate between # families of FDFs and macros. For each list of chapters, you # must also define a list of button labels. # # Scalar, Vector, XSScalar (scalar cross section), XSVector # (vector cross section), THScalar (time/height scalar), THVector # (time/height vector), VPScalar (vertical profile scalar), # VPVector (vertical profile vector). # ScalarChapter : general,convective,HAS,isentropic,maxT_est,macros,macros_850mb,macros_700mb,macros_500mb,macros_250mb SCLabels : General,Convective,HAS,Isentropic,MaxT_est,Macros,850mb_Macros,700mb_Macros,500mb_Macros,250mb_Macros VectorChapter : general VCLabels : General XSScalarChapter : general,macros XSSCLabels : General,Macros XSVectorChapter : general XSVCLabels : General THScalarChapter : general,macros THSCLabels : General,Macros THVectorChapter : general THVCLabels : General VPScalarChapter : general,macros VPSCLabels : General,Macros VPVectorChapter : general VPVCLabels : General # #------------------------------------------------------------- # Model dialog line parameters. # linetypekeys : "1,2,3,4,5,6,7,8,9,10" linetype : "Solid,Short dashed,Medium dashed,Long & short dash,Long dash,Long dash 3 short,Long dash dot,Long dash 3 dots,Medium dash dot,Dotted" labelfreqkeys : "0,1,2,3,4,5" labelfreq : "No labels,Every line,Every 2nd line,Every 3rd line,Every 4th line,Every 5th line" # #------------------------------------------------------------- # Model dialog vector symbols. These symbols will appear as options # when the "More" button is pressed for model dialogs. # vectorkeys : "bm,bk,am,ak,an,st" vectorsymbols : "Barb (m/s),Barb (knots),Arrow (m/s),Arrow (knots),Arrow (other),Streamlines" VertVectorkeys : "bm,bk,am,ak,an" VertVectorsymbols : "Barb (m/s),Barb (knots),Arrow (m/s),Arrow (knots),Arrow (other)" # #------------------------------------------------------------- # Cross section vertical axis scale. Do not add additional axes. # yaxiskeys : "log,lin" yaxislabels : "Logarithmic,Linear" # #------------------------------------------------------------- # Vertical profile vertical axis scale. Do not add additional axes. # vpyaxiskeys : "log,lin,skewt,stuve" vpyaxislabels : "Logarithmic,Linear,Skew-T,Stuve" # #------------------------------------------------------------- # Time/height time axis scale. Do not change. # thtaxiskeys : "R,F" thtaxislabels : "Increasing to left,Increasing to right" # #------------------------------------------------------------- # Wind Profiler keys. # wpbottom : 0 wptop : 10000 wpincrement : 1000 wpduration : 24 wptimeint : 60 wpendtime : # #------------------------------------------------------------- # End of dynamically generated menus. # #-------------------------------------------------------------- # Additional configurataions: # #-------------------------------------------------------------- # # Thermodynamic diagram settings. # # stndex - defines a list of stability indices and thermodynamic # parameters which are displayed on a thermodynamic diagram # (Skew-T or Stuve). See the GEMPAK variable STNDEX for a list # of valid parameters and syntax. Valid for upper air data # vertical profiles only. # # SkewtXAxis, StuveXAxis # - defines the GEMPAK "xaxis" parameter used when plotting # SkewT-logP and Stuve diagrams, respectively. See the # GEMPAK variable XAXIS for syntax. Valid for upper air # data and model data vertical profiles. # stndex : selv;lift;kinx;totl;swet;lclp;lfcv;eqlv;cape;cins;brch SkewtXAxis : ///;1 StuveXAxis : -100/30/20/1 # # Widget defaults # # Choose default values for the model, vertical coordinate, levels, # function, default fdf chapters, cross-section line, time-height # station, vertical profile axis types, radar ring station, upper # air levels and upper air filter. # model : eta vcoord : pres level1 : 500 level2 : 1000 fdf : "Temp_C" fdf_directory : general xsfdf : "Theta_K" xsfdf_directory : general thfdf : "Theta_K" thfdf_directory : general vpfdf : "Temp_C" vpfdf_directory : general cross-section : vbg>dnr time-height_stn : DNR yaxistype : log vpyaxistype : skewt rring_stid : FTG upalevels : Surface,1000,925,850,700,500,400,300,250,200,150,100,70,50,30,20,10,Top upa_filter : 0.5 # # Auto Update. # # Set to yes or no. The units of update_timer is minutes. # Valid entries are 1 to 60. # autoupdate : no update_timer : 5 # # List of times in date/time scrolled lists for model data. # # Generally, this is "all" to present all model times. An alternative # is "analysis" to show only model analysis times. # TimesInList : all # # Time match type. # # Valid values are "strict" (meaning that a time interval will is applied # to the time match), "closest" (to match the closest time), and "none" # (for no time matching). Time matching applies only to plan view data. # TimeMatch : none # # Time match intervals for "strict" time matching. # # Intervals in seconds. If the data to be time matched lies within the # time interval given below, a valid time match will be found. # SfcObsTimeInterval: 3600 UpaObsTimeInterval: 43200 RadarTimeInterval: 900 SatelliteTimeInterval: 3600 # # Hypertext browser command and Starting URLs (or files). # # If the Browser command is "netscape %s", and Netscape is already running, # then GARP will try to open the URL in a new Netscape window. Otherwise, # GARP will launch the browser command listed. (The %s is the URL placeholder.) # GarpHTML : $(GARPHOME)/html Browser : "netscape -install %s" UserGuide : $(GarpHTML)/UserGuide.html CaseStudies: http://www.comet.ucar.edu/resources/cases/ # # Dwell settings for animations # # You can customize the dwell settings for animations. The default # dwell is used when you start GARP, and there are 5 pre-defined # dwell groups available. Dwell settings are composed of three values; # the first frame, intermediate and final frame pause. Values are in # seconds. The speeds should get faster as you go from preset # dwell 1 to 5. Also, you may change the min and max allowed # values for the dwell settings on the slider bars. The internal # defaults are 0 and 3 seconds. # defaultdwell : "0.60,0.10,0.60" presetdwell1 : "2.50,1.50,2.00" presetdwell2 : "1.20,0.66,0.90" presetdwell3 : "0.90,0.33,0.60" presetdwell4 : "0.60,0.10,0.50" presetdwell5 : "0.20,0.05,0.20" dwellmin : "0.01" dwellmax : "3.00" # # Status bar and units # # This is the information that will be displayed on the status bar # by default. Allowable items are: # # clock ticking clock # windowcoords X,Y coordinate of mouse pointer # plotcoords mouse pointer position in plotting coordinates # pixelvalue image pixel value # distcalc distance and range calculator # statusbaritems : "clock,windowcoords,plotcoords,pixelvalue,distcalc" # # Define the units for image brightness temperature and distances. # Internal defaults are "degrees C" for temperature and "km" for # distance. Allowable values are: # # temperature: C, K or F (Celcius, Kelvin, Fahrenheit) # distance: KM, MI, or NM (Kilometers, Miles, Nautical miles) # tempunits : C distunits : KM # # Lat/Lon Grid defaults. # # Define default lat/lon lines, increment, labelling, color, line # type and line width. (See "latlon" in Chapter 3 of the NAWIPS # Users Guide for help.) # latlon: no # lat/lon grid, yes or no latinc: 5.0 # latitude increment (degrees) loninc: 5.0 # longitude increment (degrees) label_freq: 2 # label frequency gridlinecolor: 2 # line color (GEMPAK color number) gridlinetype: 10 # line type (GEMPAK line types) gridlinewidth: 1 # line width # #----------------------------------------------------------------------- # Static configurations # # You should not have to change anything else in this file, unless # you have a very good reason. # # Minimum size of zoom box (in pixels) before zooming occcurs. # To prevent zooming by mistake. Leave as is. # # Zoom box color. GEMPAK color number used when drawing the zoom box. # The zoom box will NOT necessarliy appear in this color, especially # over images, since the color actually drawn is a combination of color # indices. Leave alone unless the zoom box does not appear (is black) # on some plots. (Color 1 is off-white) # minzoomboxsize : 20 zoomboxcolor : 1 # # GARP icon directory (do not change) # ICONDIR : $(GARPHOME)/icons # # Tables used for overlaying the location of certain station types # i.e. surface, sounding, profiler, NEXRAD sites, etc. # (Do not change) # tabledir : $(GARPHOME)/tables # # Color enhancement tables # Found in tabledir # (Do not change) # mastertbl : master_garp.tbl satenhancetbl : sat_enhance.tbl radenhancetbl : rad_enhance.tbl # # Map list table file (don't change) # maplisttbl : maplist.tbl # Location of FDF (Field Description File) files # (Do not change, unless you have a different FDF directory) # fdfdir : $(GARPHOME)/fdf # FDF Directory valid_fdf_keys : $(fdfdir)/valid_fdf_keys # Valid keys file scalarfdf : $(fdfdir)/scalar # Plan view scalar FDFs vectorfdf : $(fdfdir)/vector # Plan view vector FDFs xsscalarfdf : $(fdfdir)/xsscalar # Cross section scalar FDFs xsvectorfdf : $(fdfdir)/xsvector # Cross section vector FDFs thscalarfdf : $(fdfdir)/xtscalar # Time/height scalar FDFs thvectorfdf : $(fdfdir)/xtvector # Time/height vector FDFs vpscalarfdf : $(fdfdir)/vpscalar # Vertical profile scalar FDFs vpvectorfdf : $(fdfdir)/vpvector # Vertical profile vector FDFs # File name template strings. # # Each component of the template strings must match up one for one # with the data directories defined above # # Don't worry about matching up the "model" or "type" strings # # Unless you've changed the Data Directory structures above, # you shouldn't have to change these lines. # Use the following for YYMMDD convention #nidsT : $(nids)/%(site)/%(product)/*_@(YYMMDD)_@(HHNN) #nowradT: $(nowrad)/%(resolution)/%(product)/*_@(YYMMDD)_@(HHNN) #gridsT : $(grids)/@(YYMMDDHH)_*.gem #surfaceT : $(surface)/@(YYMMDD)_sao.gem #upperairT : $(upperair)/@(YYMMDD)_upa.gem #profilerT : $(profiler)/@(YYMMDDHH)_6min.gem #satT : $(SATDIR)/%(platform)/%(resolution)/%(product)/*_@(YYMMDD)_@(HHNN) # nidsT : $(nids)/%(site)/%(product)/*_@(YYYYMMDD)_@(HHNN) #nowradT: $(nowrad)/%(resolution)/%(product)/*_@(YYYYMMDD)_@(HHNN) nowradT: $(RADDIR)/%(platform)/%(resolution)/%(product)/*_@(YYYYMMDD)_@(HHNN) satT : $(SATDIR)/%(platform)/%(resolution)/%(product)/*_@(YYYYMMDD)_@(HHNN) gridsT : $(grids)/@(YYYYMMDDHH)_*.gem surfaceT : $(surface)/@(YYYYMMDD)_sao.gem upperairT : $(upperair)/@(YYYYMMDD)_upa.gem profilerT : $(profiler)/@(YYYYMMDD)_6min.gem #------------------------------------------------------------------------