281 lines
12 KiB
Text
281 lines
12 KiB
Text
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#------------------------------------------------------------------------
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# Domain File
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# Original Author(s): Roberto Padilla-Hernandez,Douglas Gaer
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# Alex Gibbs, Pablo Santos,Tony Freeman
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# File Creation Date: 06/01/2012
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# Date Last Modified: 11/08/14 by alex.gibbs@onaa.gov
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#
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# Version control: 1.33
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#
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# Support Team:
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#
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# Contributors:
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#
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# -----------------------------------------------------------------------
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# ---------------------- Description and Details ------------------------
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# -----------------------------------------------------------------------
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#
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# File used to setup a geographical domain for SWAN and WW3
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#
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# -----------------------------------------------------------
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#========================================================================
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# ALU =
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# GEOGRAPHICAL DOMAIN, GEOGRAFICAL RESOLUTION AND OUTPUT TIME STEP =
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#========================================================================
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export SITEID="ALU"
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export REGIONID="AR"
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export NELAT="60.2"
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export NELON="-152.40"
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export SWLAT="51.00"
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export SWLON="-177.00"
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export RES="7.5"
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export TSTEP="3"
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#
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#========================================================================
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# NESTED GRID CONFIGURATION =
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# These nested grids are non-telescopic grids i.e all of them are =
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# nested in the main grid, and get the boundary conditions only from it =
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# =
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#========================================================================
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# NESTGRIDS: Number of nested grids, if = 0, nested grids and
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# location numbers below will be ignore regardless of input specifications
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#
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# STATN=STA for STATIONARY RUNS, STAT=NON for NON-STATIONARY RUNS
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# The default values is NONstationary for CG1 and STAtionary for the
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# nested grids. Change this only if you know what you are doing.
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# You can choose STA or NON for a particular nested grid.
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#
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export NESTGRIDS="0"
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# ALU Nest
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export NELATN1=""
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export NELONN1=""
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export SWLATN1=""
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export SWLONN1=""
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export RESN1=".1"
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export TSTEPN1="3"
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export STATN1="NON"
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#
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#========================================================================
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# SPECTRA OUTPUT LOCATIONS =
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#========================================================================
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# Specta points defined as space delimited list of:
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# "name1:lat1:lon1 name2:lat2:lon2 name3:lat3:lon3 name4:lat4:lon4 name5:lat5:lon5 ...."
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#
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export SPECPOINTS="46066:52.785:-155.047"
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#
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#========================================================================
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# WAVE TRACKING (and WAVE PARTITION) ON/OFF =
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# SET: SUBDOMAIN, GEOGRAPH RESOL and TOLERANCE WAVETRACK PARAMETERS =
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#========================================================================
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# IF WAVE TRACKING IS REQUIRED THEN WVTRCK="ON", OTHER WISE SET IT AS "OFF"
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# IF WVTRCK IS "ON", ADDTIONAL INFORMATION IS REQUIRED, SEE BELOW
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#
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export WVTRCK="ON"
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#
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# IF WAVE TRACKING IS REQUIRED EXACTLY OVER THE COMPUTATIONAL GRID AND SAME SPATIAL
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# RESOLUTION: SET WVTONCG="1"
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# IF USER WANTS TO CHANGE ANYONE OF THE PARAMETERS THEN WVTONCG="0" AND USER MUST GIVE
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# ALL INFORMATION FOR THE DOMAIN OR SUBDOMAIN AND GEOGRAPHICAL RESOLUTION.
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# BE CAREFULL, IF THERE IS ANY SPECTRAL OUTPUT LOCATIONS OUT OF THE NEW (REDUCED) DOMAIN
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# FOR WAVE TRACKING NWPS WILL ABORT.
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# (This will be change in a new version, the user can get 1d-spectra but not g-h plots).
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export WVTONCG="0"
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export NELATWT="60.2"
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export NELONWT="-152.40"
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export SWLATWT="51.00"
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export SWLONWT="-177.00"
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export GEORESWT="12.0"
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#
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# PARAMETERS FOR TRACKING ALGORITHM for WVTONCG=0 or =1 THIS IS ALWAYS READ
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# *CAUTION* CHANGE THEM ONLY IF YOU KNOW WHAT YOU ARE DOING
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# RECOMENDED VALUES WVTRKPA="10. 1. 0.25 0.1 10. 1."
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# dirKnob, perKnob, hsKnob, wetPts, dirTimeKnob, tpTimeKnob
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export WVTRKPA="10. 1. 0.25 0.1 10. 1."
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#
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#========================================================================
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# CURRENTS DEFINITION (SEE SWAN MANUAL) =
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#========================================================================
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#export CURRL1="INPGRID CUR ............................."
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#export CURRL2="READINP CUR ............................."
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#
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#========================================================================
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# BOUNDARY CONDITIONS (SEE SWAN MANUAL) =
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#========================================================================
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# IF BOUNDARY CONDITIONS WILL BE USED then BOUNDCOND=1, Otherwise =0;
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# Setting up BOUNDCOND here to zero will permanently disable BCs.
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# If you leave it as 1 the user will still have the option to disable
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# them from the interactive Run_NWPS GUI.
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#
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export BOUNCOND="1"
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export FTPPAT1="multi_1"
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export FTPPAT1B="multi_1"
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export FTPPAT2="NW-ALU"
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export NFTPATTEMPTS="3"
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export WAVECPS="multi_1.NW-ALU51.spec.swan,multi_1.NW-ALU119.spec.swan"
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#
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# THE FOLLOWING LINES MUST BE COMMENTED. IF YOU ADD BOUNDARY COMMAND LINES FOR YOUR
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# DOMAIN, ADD THEM WITH THE "#" AS A FIRST CHARACTER, IF YOU DECIDE NOT TO USE BOUNARY
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# CONDITIONS (BOUNCOND="0") THEY WILL REMAIN AS A COMMENTED LINES. IF YOU DECIDE TO USE
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# BOUNDARY CONDITIONS (BOUNCOND="1") NWPS WILL INCLUDE THE INFORMATION IN THE ACTUAL
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# INPUT FILES WITH NOT COMMENT CHARACTER
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#
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#$BOUNDARY COMMAND LINES
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#BOUN SEG XY 183.00 51.00 207.60 51.00 VAR FILE 0.00 'multi_1.NW-ALU51.spec.swan' 1 &
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#0.50 'multi_1.NW-ALU52.spec.swan' 1 &
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#1.00 'multi_1.NW-ALU53.spec.swan' 1 &
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#1.50 'multi_1.NW-ALU54.spec.swan' 1 &
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#2.00 'multi_1.NW-ALU55.spec.swan' 1 &
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#2.50 'multi_1.NW-ALU56.spec.swan' 1 &
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#3.00 'multi_1.NW-ALU57.spec.swan' 1 &
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#3.50 'multi_1.NW-ALU58.spec.swan' 1 &
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#4.00 'multi_1.NW-ALU59.spec.swan' 1 &
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#4.50 'multi_1.NW-ALU60.spec.swan' 1 &
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#5.00 'multi_1.NW-ALU61.spec.swan' 1 &
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#5.50 'multi_1.NW-ALU62.spec.swan' 1 &
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#6.00 'multi_1.NW-ALU63.spec.swan' 1 &
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#6.50 'multi_1.NW-ALU64.spec.swan' 1 &
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#7.00 'multi_1.NW-ALU65.spec.swan' 1 &
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#7.50 'multi_1.NW-ALU66.spec.swan' 1 &
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#8.00 'multi_1.NW-ALU67.spec.swan' 1 &
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#8.50 'multi_1.NW-ALU68.spec.swan' 1 &
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#9.00 'multi_1.NW-ALU69.spec.swan' 1 &
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#9.50 'multi_1.NW-ALU70.spec.swan' 1 &
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#10.00 'multi_1.NW-ALU71.spec.swan' 1 &
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#10.50 'multi_1.NW-ALU72.spec.swan' 1 &
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#11.00 'multi_1.NW-ALU73.spec.swan' 1 &
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#11.50 'multi_1.NW-ALU74.spec.swan' 1 &
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#12.00 'multi_1.NW-ALU75.spec.swan' 1 &
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#12.50 'multi_1.NW-ALU76.spec.swan' 1 &
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#13.00 'multi_1.NW-ALU77.spec.swan' 1 &
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#13.50 'multi_1.NW-ALU78.spec.swan' 1 &
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#14.00 'multi_1.NW-ALU79.spec.swan' 1 &
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#14.50 'multi_1.NW-ALU80.spec.swan' 1 &
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#15.00 'multi_1.NW-ALU81.spec.swan' 1 &
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#15.50 'multi_1.NW-ALU82.spec.swan' 1 &
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#16.00 'multi_1.NW-ALU83.spec.swan' 1 &
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#16.50 'multi_1.NW-ALU84.spec.swan' 1 &
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#17.00 'multi_1.NW-ALU85.spec.swan' 1 &
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#17.50 'multi_1.NW-ALU86.spec.swan' 1 &
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#18.00 'multi_1.NW-ALU87.spec.swan' 1 &
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#18.50 'multi_1.NW-ALU88.spec.swan' 1 &
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#19.00 'multi_1.NW-ALU89.spec.swan' 1 &
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#19.50 'multi_1.NW-ALU90.spec.swan' 1 &
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#20.00 'multi_1.NW-ALU91.spec.swan' 1 &
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#20.50 'multi_1.NW-ALU92.spec.swan' 1 &
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#21.00 'multi_1.NW-ALU93.spec.swan' 1 &
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#21.50 'multi_1.NW-ALU94.spec.swan' 1 &
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#22.00 'multi_1.NW-ALU95.spec.swan' 1 &
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#22.50 'multi_1.NW-ALU96.spec.swan' 1 &
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#23.00 'multi_1.NW-ALU97.spec.swan' 1 &
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#23.50 'multi_1.NW-ALU98.spec.swan' 1 &
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#24.00 'multi_1.NW-ALU99.spec.swan' 1 &
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#24.60 'multi_1.NW-ALU100.spec.swan' 1
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#$
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#BOUN SEG XY 183.00 51.00 183.00 60.20 VAR FILE 0.00 'multi_1.NW-ALU51.spec.swan.cp' 1 &
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#0.50 'multi_1.NW-ALU101.spec.swan' 1 &
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#1.00 'multi_1.NW-ALU102.spec.swan' 1 &
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#1.50 'multi_1.NW-ALU103.spec.swan' 1 &
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#2.00 'multi_1.NW-ALU104.spec.swan' 1 &
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#2.50 'multi_1.NW-ALU105.spec.swan' 1 &
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#3.00 'multi_1.NW-ALU106.spec.swan' 1 &
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#3.50 'multi_1.NW-ALU107.spec.swan' 1 &
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#4.00 'multi_1.NW-ALU108.spec.swan' 1 &
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#4.50 'multi_1.NW-ALU109.spec.swan' 1 &
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#5.00 'multi_1.NW-ALU110.spec.swan' 1 &
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#5.50 'multi_1.NW-ALU111.spec.swan' 1 &
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#6.00 'multi_1.NW-ALU112.spec.swan' 1 &
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#6.50 'multi_1.NW-ALU113.spec.swan' 1 &
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#7.00 'multi_1.NW-ALU114.spec.swan' 1 &
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#7.50 'multi_1.NW-ALU115.spec.swan' 1 &
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#8.00 'multi_1.NW-ALU116.spec.swan' 1 &
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#8.50 'multi_1.NW-ALU117.spec.swan' 1 &
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#9.00 'multi_1.NW-ALU118.spec.swan' 1 &
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#9.20 'multi_1.NW-ALU119.spec.swan' 1
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#$
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#BOUN SEG XY 183.00 60.20 192.50 60.20 VAR FILE 0.00 'multi_1.NW-ALU119.spec.swan.cp' 1 &
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#0.50 'multi_1.NW-ALU120.spec.swan' 1 &
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#1.00 'multi_1.NW-ALU121.spec.swan' 1 &
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#1.50 'multi_1.NW-ALU122.spec.swan' 1 &
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#2.00 'multi_1.NW-ALU123.spec.swan' 1 &
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#2.50 'multi_1.NW-ALU124.spec.swan' 1 &
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#3.00 'multi_1.NW-ALU125.spec.swan' 1 &
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#3.50 'multi_1.NW-ALU126.spec.swan' 1 &
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#4.00 'multi_1.NW-ALU127.spec.swan' 1 &
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#4.50 'multi_1.NW-ALU128.spec.swan' 1 &
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#5.00 'multi_1.NW-ALU129.spec.swan' 1 &
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#5.50 'multi_1.NW-ALU130.spec.swan' 1 &
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#6.00 'multi_1.NW-ALU131.spec.swan' 1 &
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#6.50 'multi_1.NW-ALU132.spec.swan' 1 &
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#7.00 'multi_1.NW-ALU133.spec.swan' 1 &
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#7.50 'multi_1.NW-ALU134.spec.swan' 1 &
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#8.00 'multi_1.NW-ALU135.spec.swan' 1 &
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#8.50 'multi_1.NW-ALU136.spec.swan' 1 &
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#9.00 'multi_1.NW-ALU137.spec.swan' 1 &
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#9.50 'multi_1.NW-ALU138.spec.swan' 1
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#$
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#BOUN SEG XY 207.60 60.20 207.60 51.00 VAR FILE 0.00 'multi_1.NW-ALU139.spec.swan' 1 &
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#0.50 'multi_1.NW-ALU140.spec.swan' 1 &
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#1.00 'multi_1.NW-ALU141.spec.swan' 1 &
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#1.50 'multi_1.NW-ALU142.spec.swan' 1 &
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#3.00 'multi_1.NW-ALU143.spec.swan' 1 &
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#3.50 'multi_1.NW-ALU144.spec.swan' 1 &
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#4.00 'multi_1.NW-ALU145.spec.swan' 1 &
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#4.50 'multi_1.NW-ALU146.spec.swan' 1 &
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#5.00 'multi_1.NW-ALU147.spec.swan' 1 &
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#5.50 'multi_1.NW-ALU148.spec.swan' 1 &
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#6.00 'multi_1.NW-ALU149.spec.swan' 1 &
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#6.50 'multi_1.NW-ALU150.spec.swan' 1 &
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#7.00 'multi_1.NW-ALU151.spec.swan' 1 &
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#7.50 'multi_1.NW-ALU152.spec.swan' 1 &
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#8.00 'multi_1.NW-ALU153.spec.swan' 1 &
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#8.50 'multi_1.NW-ALU154.spec.swan' 1 &
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#9.00 'multi_1.NW-ALU155.spec.swan' 1 &
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#9.20 'multi_1.NW-ALU156.spec.swan' 1
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#NUM DIRimpl cdd=1 cdlim=2
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#$END BOUNSEG
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#
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#========================================================================
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# RIP CURRENT PROGRAM (SEE NWPS MANUAL) =
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#========================================================================
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# IF RIP CURRENT PROGRAM WILL BE RUN, then RIPCONT=1, Otherwise =0;
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# Setting up RIPCONT here to zero will permanently disable RIP program.
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#
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export RIPPROG="0"
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export RIPDOMAIN="CG2"
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export RIPCONT="5m"
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#
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#___________________________________________________________________________
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# RAY Section: Define a pair of rays to drop data out along critical contours
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# for rip current program.
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#
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# Example: for data output every 2km along a 5m bathy contour
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#
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# RAY 'rayname' xp yp xq yq int xp yp xq yq
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#
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# RAY 'ray1' 282.85 34.628 282.85 34.62 2000 283.00 34.655 283.00 34.62
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#
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# ISOLINE '5mcont' 'ray1' BOTtom 10
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# TABLE '5mcont' HEAD '5mtable' HSIGN TPS PDIR OUTPUT 20110825.1200 3.0 HR
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#_____________________________________________________________________________
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#
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# THE FOLLOWING LINES MUST BE COMMENTED. IF YOU ADD RIP COMMAND LINES FOR YOUR
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# DOMAIN, ADD THEM WITH THE "#" AS A FIRST CHARACTER, IF YOU DECIDE NOT TO USE RIP
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# CURRENTS (RIPCONT="0") THEY WILL REMAIN AS A COMMENTED LINES. IF YOU DECIDE TO USE
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# BOUNDARY CONDITIONS (BOUNCOND="1") NWPS WILL INCLUDE THE INFORMATION IN THE ACTUAL
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# INPUT FILES WITH NOT COMMENT CHARACTER
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# POIN '5mcont' 279.887 25.8725
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#
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#$RIP LINES
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#$ Ray for 5m and 20m contour data.
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#$
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#RAY 'ray1' 288.80 41.95 289.68 41.95 100 288.80 43.15 289.68 43.15
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#ISOLINE '5mcont' 'ray1' BOTtom 5
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#TABLE '5mcont' HEAD '5m_contour_CG2' TIME XP YP HSIGN TPS DIR DSPR VEL WATL WIND OUTPUT 20141030.0000 1.0 HR
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#$
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#RAY 'ray2' 288.80 41.95 289.68 41.95 100 288.80 43.15 289.68 43.15
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#ISOLINE '20mcont' 'ray1' BOTtom 20
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#TABLE '20mcont' HEAD '20m_contour_CG2' TIME XP YP HSIGN TPS DIR DSPR VEL WATL WIND OUTPUT 20141030.0000 1.0 HR
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#$
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#$END RIP
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#
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