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grib2_solarchvision.pde
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grib2_solarchvision.pde
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/**
* Copyright 2016-2019, Mojtaba Samimi @solarchvision
* All rights reserved.
*
* Licensed under GPL.v2.0
*/
import processing.pdf.*;
PGraphics pdfExport;
import gifAnimation.*;
GifMaker gifExport;
import java.util.Calendar;
// The following libraries are needed for CMC grib2 models which are 'sadly' encoded in JPEG-2000!
import ucar.unidata.io.RandomAccessFile;
import ucar.jpeg.jj2000.j2k.decoder.Grib2JpegDecoder;
String BaseFolder = "C:/SOLARCHVISION/grib2_solarchvision";
String[] args = split(join(loadStrings(BaseFolder + "/scripts/node/gridConfig.txt"), " "), ' ');
/*
String[] args = {
"domain=HRDPS_west",
"run=00Z",
"begin=6",
"end=6",
"step=3",
"auto=USER",
"tmpdir=/temp/",
"outdir=/screenshot/",
"layers+=drybulb",
//"layers+=cloudcover",
//"layers+=dirnoreff",
"levels+=surface",
"year=" + nf(year() , 4),
"month=" + nf(month(), 2),
"day=" + nf(day() , 2)
};
*/
boolean log = false;
String[] asciiTable = {"NUL", "SOH", "STX", "ETX", "EOT", "ENQ", "ACK", "BEL", "BS", "HT", "LF", "VT", "FF", "CR", "SO", "SI", "DLE", "DC1", "DC2", "DC3", "DC4", "NAK", "SYN", "ETB", "CAN", "EM", "SUB", "ESC", "FS", "GS", "RS", "US"};
void cout (int c) {
if (!log) return;
if (c > 31) print(char(c));
else {
//print("[" + asciiTable[c] + "]");
print("_");
}
}
void sout(String a) {
if (log) println(a);
}
String[] getfiles (String _Folder) {
sout("IN='" + _Folder + "'");
File dir = new File(_Folder);
String[] filenames = dir.list();
if (filenames == null) {
filenames = new String [0];
}
sout("[");
for (int i = 0; i < filenames.length; i++) {
sout("\t'" + filenames[i] + "'");
}
sout("]");
return filenames;
}
String CITIES_Coordinates = BaseFolder + "/input/coordinate/cities.txt";
String COUNTRY_Coordinates = BaseFolder + "/input/coordinate/boundaries.txt";
String SHOP_Coordinates = BaseFolder + "/input/coordinate/shop.csv";
String SWOB_Coordinates = BaseFolder + "/input/coordinate/swob.txt";
String TempFolder = BaseFolder + "/temp/";
String OutputFolder = BaseFolder + "/output/";
String Grib2Folder = TempFolder + "grib2/";
String Jpeg2000Folder = TempFolder + "jp2/";
String RECENT_OBSERVED_directory = TempFolder + "swob/";
String[] RECENT_OBSERVED_XML_Files = getfiles(RECENT_OBSERVED_directory);
int Download_RECENT_OBSERVED = 1;
int numberOfNearestStations_RECENT_OBSERVED = 1063; // <<<<<<<
int[] nearest_Station_RECENT_OBSERVED_id = new int [numberOfNearestStations_RECENT_OBSERVED];
float[] nearest_Station_RECENT_OBSERVED_dist = new float [numberOfNearestStations_RECENT_OBSERVED];
PImage[] EARTH_IMAGES;
float[][] EARTH_IMAGES_BoundariesX;
float[][] EARTH_IMAGES_BoundariesY;
String EARTH_IMAGES_Path = BaseFolder + "/input/earth_map";
String[] EARTH_IMAGES_Filenames = sort(getfiles(EARTH_IMAGES_Path));
int EARTH_BitmapChoice = 0;
final int STAT_N_Base = 0;
final int STAT_N_MidLow = 1;
final int STAT_N_Middle = 2;
final int STAT_N_MidHigh = 3;
final int STAT_N_M25 = 4;
final int STAT_N_M50 = 5;
final int STAT_N_M75 = 6;
final int STAT_N_Min = 7;
final int STAT_N_Ave = 8;
final int STAT_N_Max = 9;
final int STAT_N_SpecialMention = 10;
String[] STAT_N_Title = {
"Base Scenarios ",
"Mid-LOW* ",
"MIDDLE* ",
"Mid-HIGH* ",
"25th Percentile",
"50th P.(Median)",
"75th Percentile",
"MINIMUM ",
"AVERAGE ",
"MAXIMUM ",
"SPECIAL-MENTION"
};
final int USER_INT = 0; // User interface
final int AUTO_PDF = 1; // Auto PDF
final int AUTO_GIF = 2; // Auto GIF
final int AUTO_BMP = 3; // Auto BMP
final int AUTO_JPG = 4; // Auto JPG
final int AUTO_PNG = 5; // Auto PNG
final int AUTO_TIF = 6; // Auto TIF
int automated = USER_INT;
int DATA_ModelYear = -1;
int DATA_ModelMonth = -1;
int DATA_ModelDay = -1;
int DATA_ModelRun = -1;
int DATA_ModelTime = -1; // i.e. forecast hour
int DATA_ModelBegin = -1;
int DATA_ModelStep = -1;
int DATA_ModelEnd = -1;
int[] DATA_allStatistics = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10}; // 0:Base 1:Mid-Low 2:Middle 3:Mid-High 4:25th-Percentile 5:Median 6:75th-Percentile 7:Minimum 8:Average 9:Maximum 10:Spetial-Mention
int DATA_numLevels = -1;
int DATA_numLayers = -1;
int DATA_numMembers = -1;
int DATA_numTimes = -1; // download n grib2 files in front
final int DOMAIN_PROPERTY00 = 0; // desirable name for model outside program
final int DOMAIN_PROPERTY01 = 1; // type of model
final int DOMAIN_PROPERTY02 = 2;
final int DOMAIN_PROPERTY03 = 3;
final int DOMAIN_PROPERTY04 = 4;
final int DOMAIN_PROPERTY05 = 5;
final int DOMAIN_PROPERTY06 = 6;
final int DOMAIN_PROPERTY07 = 7;
final int DOMAIN_PROPERTY08 = 8;
final int DOMAIN_PROPERTY09 = 9;
final int DOMAIN_PROPERTY10 = 10;
final int DOMAIN_PROPERTY11 = 11;
String[][] DATA_allDomains = {
// Note: for hindcast we should use previous date:1981-2010
//{ "CanSIPS_hindcast", "CanSIPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "ensemble/cansips/grib2/hindcast/raw", "cansips_hindcast_raw", "latlon2.5x2.5", "_allmembers.grib2", "250", "240", "1", "1" },
{ "CanSIPS_forecast", "CanSIPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "ensemble/cansips/grib2/forecast/raw", "cansips_forecast_raw", "latlon2.5x2.5", "_allmembers.grib2", "250", "240", "1", "1" },
{ "GEPS", "GEPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "ensemble/naefs/grib2/raw", "CMC_naefs-geps-raw", "latlon1p0x1p0", "_allmbrs.grib2", "100", "21", "6", "384" },
{ "REPS", "REPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "ensemble/reps/15km/grib2/raw", "CMC-reps-srpe-raw", "ps15km", "_allmbrs.grib2", "15", "21", "3", "72" },
{ "GDPS", "GDPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_gem_global/25km/grib2/lat_lon", "CMC_glb", "latlon.24x.24", ".grib2", "25", "1", "3", "240" },
//{ "GDPS", "GDPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_gem_global/66km/grib2/lat_lon", "CMC_glb", "latlon.6x.6", ".grib2", "66", "1", "3", "144" },
//{ "GDPS", "GDPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_gem_global/66km/grib2/polar_stereographic", "CMC_glb", "ps30km", ".grib2", "66", "1", "3", "144" },
{ "RDPS", "RDPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_gem_regional/10km/grib2", "CMC_reg", "ps10km", ".grib2", "10", "1", "3", "54" },
{ "HRDPS_arctic", "HRDPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_hrdps/arctic/grib2", "CMC_hrdps_arctic", "ps2.5km", "-00.grib2", "2.5", "1", "1", "24" },
{ "HRDPS_lancaster", "HRDPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_hrdps/lancaster/grib2", "CMC_hrdps_lancaster", "ps2.5km", "-00.grib2", "2.5", "1", "1", "30" },
{ "HRDPS_maritimes", "HRDPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_hrdps/maritimes/grib2", "CMC_hrdps_maritimes", "ps2.5km", "-00.grib2", "2.5", "1", "1", "48" },
{ "HRDPS_east", "HRDPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_hrdps/east/grib2", "CMC_hrdps_east", "ps2.5km", "-00.grib2", "2.5", "1", "1", "48" },
{ "HRDPS_prairies", "HRDPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_hrdps/prairies/grib2", "CMC_hrdps_prairies", "ps2.5km", "-00.grib2", "2.5", "1", "1", "48" },
{ "HRDPS_west", "HRDPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_hrdps/west/grib2", "CMC_hrdps_west", "ps2.5km", "-00.grib2", "2.5", "1", "1", "48" },
{ "HRDPS_continental", "HRDPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_hrdps/continental/grib2", "CMC_hrdps_continental", "ps2.5km", "-00.grib2", "2.5", "1", "1", "48" },
{ "HRDPS_north", "HRDPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_hrdps/north/grib2", "CMC_hrdps_north", "ps2.5km", "-00.grib2", "2.5", "1", "1", "30" },
{ "GDWPS", "GDWPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_wave/ocean/global/grib2", "CMC_gdwps_global", "latlon0.25x0.25", ".grib2", "25", "1", "3", "48" },
{ "RDWPS_lake_erie", "RDWPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_wave/great_lakes/erie/grib2", "CMC_rdwps_lake-erie", "latlon0.05x0.05", ".grib2", "5", "1", "6", "48" },
{ "RDWPS_lake_huron", "RDWPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_wave/great_lakes/huron/grib2", "CMC_rdwps_lake-huron", "latlon0.05x0.08", ".grib2", "5", "1", "6", "48" },
{ "RDWPS_lake_ontario", "RDWPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_wave/great_lakes/ontario/grib2", "CMC_rdwps_lake-ontario", "latlon0.05x0.08", ".grib2", "5", "1", "6", "48" },
{ "RDWPS_north_atlantic", "RDWPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_wave/ocean/atlantic_north/grib2", "CMC_rdwps_north-atlantic", "latlon0.15x0.15", ".grib2", "5", "1", "6", "48" },
{ "RDWPS_north_pacific", "RDWPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_wave/ocean/pacific_north/grib2", "CMC_rdwps_north-pacific", "latlon0.5x0.5", ".grib2", "40", "1", "6", "48" },
{ "RDWPS_arctic", "RDWPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_wave/ocean/arctic/grib2", "CMC_rdwps_arctic", "latlon0.04x0.08", ".grib2", "5", "1", "6", "48" },
{ "RDWPS_gulf_st_lawrence", "RDWPS", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "model_wave/ocean/gulf-st-lawrence/grib2", "CMC_rdwps_gulf-st-lawrence", "latlon0.05x0.05", ".grib2", "5", "1", "6", "48" },
{ "RDPA", "RDPA", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "analysis/precip/rdpa/grib2/polar_stereographic/06", "CMC_RDPA", "ps10km", "000.grib2", "5", "1", "6", "1" },
//{ "RDPA", "RDPA", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "analysis/precip/rdpa/grib2/polar_stereographic/24", "CMC_RDPA", "ps10km", "000.grib2", "5", "1", "6", "1" },
{ "HRDPA", "HRDPA", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "analysis/precip/hrdpa/grib2/polar_stereographic/06", "CMC_HRDPA", "ps2.5km", "000.grib2", "5", "1", "6", "1" },
//{ "HRDPA", "HRDPA", "CMC", "http://dd.weatheroffice.ec.gc.ca/", "analysis/precip/hrdpa/grib2/polar_stereographic/24", "CMC_HRDPA", "ps2.5km", "000.grib2", "5", "1", "6", "1" },
//{ "SNOW", "SNOW", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "GRIB", "snow_density_dataset/RDPS", "reg", "", "15", "96", "6", "1" },
//{ "SNOW", "SNOW", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "GRIB", "snow_density_dataset/HRDPS", "hrdps-national_west", "", "15", "96", "6", "1" },
//{ "SNOW", "SNOW", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "GRIB", "snow_density_dataset/HRDPS", "hrdps-national_prairies", "", "15", "96", "6", "1" },
{ "SNOW", "SNOW", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "GRIB", "snow_density_dataset/HRDPS", "hrdps-national_east", "", "15", "96", "6", "1" },
//{ "SNOW", "SNOW", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "GRIB", "snow_density_dataset/HRDPS", "hrdps-national_maritimes", "", "15", "96", "6", "1" },
{ "SHOP", "SHOP", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "SHOP/data/csv", "CMC_shop-analysis", "Montreal-TroisRivieres", "000.csv", "1", "1", "24", "0" },
//{ "SHOP", "SHOP", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "SHOP/data/csv", "CMC_shop-analysis", "Montreal-TroisRivieres-Assomption", "000.csv", "1", "1", "24", "0" },
//{ "SHOP", "SHOP", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "SHOP/data/csv", "CMC_shop-analysis", "Montreal-TroisRivieres-DuLoup", "000.csv", "1", "1", "24", "0" },
//{ "SHOP", "SHOP", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "SHOP/data/csv", "CMC_shop-analysis", "Montreal-TroisRivieres-GreatLakes", "000.csv", "1", "1", "24", "0" },
//{ "SHOP", "SHOP", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "SHOP/data/csv", "CMC_shop-analysis", "Montreal-TroisRivieres-Maskinonge", "000.csv", "1", "1", "24", "0" },
//{ "SHOP", "SHOP", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "SHOP/data/csv", "CMC_shop-analysis", "Montreal-TroisRivieres-Mip", "000.csv", "1", "1", "24", "0" },
//{ "SHOP", "SHOP", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "SHOP/data/csv", "CMC_shop-analysis", "Montreal-TroisRivieres-Nicolet", "000.csv", "1", "1", "24", "0" },
//{ "SHOP", "SHOP", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "SHOP/data/csv", "CMC_shop-analysis", "Montreal-TroisRivieres-Richelieu", "000.csv", "1", "1", "24", "0" },
//{ "SHOP", "SHOP", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "SHOP/data/csv", "CMC_shop-analysis", "Montreal-TroisRivieres-RiveSudCanal", "000.csv", "1", "1", "24", "0" },
//{ "SHOP", "SHOP", "CMC", "http://collaboration.cmc.ec.gc.ca/cmc/cmoi/", "SHOP/data/csv", "CMC_shop-analysis", "Montreal-TroisRivieres-SaintFrancois", "000.csv", "1", "1", "24", "0" },
{ "GEFS", "GEFS", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", "_gens.pl", "gefs", "1p00", "pgrb2", "100", "1", "6", "384" },
//{ "GFS", "GFS", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", ".pl", "gfs", "1p00", "pgrb2", "100", "1", "3", "384" },
//{ "GFS", "GFS", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", ".pl", "gfs", "0p50", "pgrb2full", "50", "1", "3", "384" },
{ "GFS", "GFS", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", ".pl", "gfs", "0p25", "pgrb2", "25", "1", "1", "384" },
//{ "GFS", "GFS", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", "_1hr.pl", "gfs", "0p25", "pgrb2", "25", "1", "1", "384" },
//{ "GFS", "GFS", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", "b.pl", "gfs", "0p25", "pgrb2b", "25", "1", "1", "384" },
{ "NAM11", "NAM11", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", "_ak.pl", "nam", "awak3d", "grb2", "11", "1", "3", "60" },
{ "NAM12", "NAM12", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", "_conusnest.pl", "nam", "conusnest.hiresf", "grib2", "11", "1", "3", "60" },
//{ "NAM12", "NAM12", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", "_hawaiinest.pl", "nam", "hawaiinest.hiresf", "grib2", "11", "1", "3", "60" },
//{ "NAM12", "NAM12", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", "_priconest.pl", "nam", "priconest.hiresf", "grib2", "11", "1", "3", "60" },
{ "NAM32", "NAM32", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", "_na.pl", "nam", "awip32", "grib2", "32", "1", "3", "84" },
{ "RAP", "RAP", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", ".pl", "rap", "awp130pgrbf", "grib2", "13", "1", "1", "18" },
//{ "RAP", "RAP", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", "32.pl", "rap", "awip32f", "grib2", "32", "1", "1", "18" },
{ "HRRR", "HRRR", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", "_2d.pl", "hrrr", "wrfsfcf", "grib2", "3", "1", "1", "15" },
{ "SREF", "SREF", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", "_132.pl", "sref", "132", "pgrb", "16", "1", "3", "87" },
//{ "SREF", "SREF", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", "_na.pl", "sref", "221", "pgrb", "32", "1", "3", "87" },
//{ "SREF", "SREF", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", ".pl", "sref", "212", "pgrb", "32", "1", "1", "87" },
{ "WAVE", "WAVE", "NOAA", "http://nomads.ncep.noaa.gov/cgi-bin/filter", ".pl", "wave", "nah", "grib.grib2", "25", "1", "6", "18"} // as 127 member ensembles
};
int Current_domainID = -1;
String[][] DATA_ParameterLevel = {
{"snowdensity-Dube141_1h", "", "", "", "", "", "", "", ""},
{"APCP-006-0700cutoff_SFC_0", "", "", "", "", "", "", "", ""},
{"PRATE_SFC_0", "", "", "", "", "", "", "", ""},
{"APCP_SFC_0", "", "", "", "", "", "", "", ""}, // accumuative
{"ARAIN_SFC_0", "", "", "", "", "", "", "", ""}, // accumuative
{"AFRAIN_SFC_0", "", "", "", "", "", "", "", ""}, // accumuative
{"AICEP_SFC_0", "", "", "", "", "", "", "", ""}, // accumuative
{"ASNOW_SFC_0", "", "", "", "", "", "", "", ""}, // accumuative
{"DSWRF_NTAT_0", "", "", "", "", "", "", "", ""}, // accumuative
{"NLWRS_SFC_0", "", "", "", "", "", "", "", ""}, // accumuative
{"NSWRS_SFC_0", "", "", "", "", "", "", "", ""}, // accumuative
{"DLWRF_SFC_0", "", "", "", "", "", "", "", ""}, // accumuative
{"DSWRF_SFC_0", "", "", "", "", "", "", "", ""}, // accumuative
{"USWRF_NTAT_0", "", "", "", "", "", "", "", ""}, // not accumuative W/m2
{"ULWRF_NTAT_0", "", "", "", "", "", "", "", ""}, // not accumuative W/m2
{"SHTFL_SFC_0", "", "", "", "", "", "", "", ""}, // not accumuative W/m2
{"LHTFL_SFC_0", "", "", "", "", "", "", "", ""}, // not accumuative W/m2
{"SHOWA_SFC_0", "", "", "", "", "", "", "", ""},
{"4LFTX_SFC_0", "", "", "", "", "", "", "", ""},
{"CAPE_ETAL_10000", "", "", "", "", "", "", "", ""},
{"HLCY_ETAL_10000", "", "", "", "", "", "", "", ""},
{"WTMP_SFC_0", "", "", "", "", "", "", "", ""},
{"ICEC_SFC_0", "", "", "", "", "", "", "", ""},
{"LAND_SFC_0", "", "", "", "", "", "", "", ""},
{"SNOD_SFC_0", "", "", "", "", "", "", "", ""},
{"WEASD_SFC_0", "", "", "", "", "", "", "", ""},
{"TSOIL_DBLL_10c", "", "", "", "", "", "", "", ""},
{"VSOILM_DBLL_10c", "", "", "", "", "", "", "", ""},
{"" , "", "", "", "ABSV_ISBL_1000", "ABSV_ISBL_0850", "ABSV_ISBL_0700", "ABSV_ISBL_0500", "ABSV_ISBL_0250"},
{"" , "", "", "", "VVEL_ISBL_1000", "VVEL_ISBL_0850", "VVEL_ISBL_0700", "VVEL_ISBL_0500", "VVEL_ISBL_0250"},
{"HGT_SFC_0", "", "", "", "HGT_ISBL_1000", "HGT_ISBL_0850", "HGT_ISBL_0700", "HGT_ISBL_0500", "HGT_ISBL_0250"},
{"TMP_TGL_2", "TMP_TGL_40", "TMP_TGL_80", "TMP_TGL_120", "TMP_ISBL_1000", "TMP_ISBL_0850", "TMP_ISBL_0700", "TMP_ISBL_0500", "TMP_ISBL_0250"},
{"DPT_TGL_2", "DPT_TGL_40", "DPT_TGL_80", "DPT_TGL_120", "", "", "", "", ""},
{"DEPR_TGL_2", "DEPR_TGL_40", "DEPR_TGL_80", "DEPR_TGL_120", "DEPR_ISBL_1000", "DEPR_ISBL_0850", "DEPR_ISBL_0700", "DEPR_ISBL_0500", "DEPR_ISBL_0250"},
{"SPFH_TGL_2", "SPFH_TGL_40", "SPFH_TGL_80", "SPFH_TGL_120", "SPFH_ISBL_1000", "SPFH_ISBL_0850", "SPFH_ISBL_0700", "SPFH_ISBL_0500", "SPFH_ISBL_0250"},
{"RH_TGL_2", "RH_TGL_40", "RH_TGL_80", "RH_TGL_120", "RH_ISBL_1000", "RH_ISBL_0850", "RH_ISBL_0700", "RH_ISBL_0500", "RH_ISBL_0250"},
{"UGRD_TGL_10", "UGRD_TGL_40", "UGRD_TGL_80", "UGRD_TGL_120", "UGRD_ISBL_1000", "UGRD_ISBL_0850", "UGRD_ISBL_0700", "UGRD_ISBL_0500", "UGRD_ISBL_0250"},
{"VGRD_TGL_10", "VGRD_TGL_40", "VGRD_TGL_80", "VGRD_TGL_120", "VGRD_ISBL_1000", "VGRD_ISBL_0850", "VGRD_ISBL_0700", "VGRD_ISBL_0500", "VGRD_ISBL_0250"},
{"WIND_TGL_10", "WIND_TGL_40", "WIND_TGL_80", "WIND_TGL_120", "WIND_ISBL_1000", "WIND_ISBL_0850", "WIND_ISBL_0700", "WIND_ISBL_0500", "WIND_ISBL_0250"},
{"WDIR_TGL_10", "WDIR_TGL_40", "WDIR_TGL_80", "WDIR_TGL_120", "WDIR_ISBL_1000", "WDIR_ISBL_0850", "WDIR_ISBL_0700", "WDIR_ISBL_0500", "WDIR_ISBL_0250"},
{"WVDIR_SFC_0", "", "", "", "", "", "", "", ""},
{"SWDIR_SFC_0", "", "", "", "", "", "", "", ""},
{"WVHGT_SFC_0", "", "", "", "", "", "", "", ""},
{"SWELL_SFC_0", "", "", "", "", "", "", "", ""},
{"HTSGW_SFC_0", "", "", "", "", "", "", "", ""},
{"PWPER_SFC_0", "", "", "", "", "", "", "", ""},
{"WVPER_SFC_0", "", "", "", "", "", "", "", ""},
{"SWPER_SFC_0", "", "", "", "", "", "", "", ""},
{"HG_TGL_0", "", "", "", "", "", "", "", ""},
{"WVX_TGL_0", "", "", "", "", "", "", "", ""},
{"WVY_TGL_0", "", "", "", "", "", "", "", ""},
{"WVMD_TGL_0", "", "", "", "", "", "", "", ""},
{"WVDR_TGL_0", "", "", "", "", "", "", "", ""},
{"FRO_TGL_0", "", "", "", "", "", "", "", ""},
{"VCIS_TGL_0", "", "", "", "", "", "", "", ""},
{"QSP_TGL_0", "", "", "", "", "", "", "", ""},
{"TDI_TGL_0", "", "", "", "", "", "", "", ""},
{"TMPIL_TGL_0", "", "", "", "", "", "", "", ""},
{"PRMSL_MSL_0", "", "", "", "", "", "", "", ""},
{"PRES_SFC_0", "", "", "", "", "", "", "", ""},
{"HGT", "", "", "", "", "", "", "", ""}, // cloud ceiling
{"HGT", "", "", "", "", "", "", "", ""}, // cloud top
{"HCDC_SFC_0", "", "", "", "", "", "", "", ""},
{"MCDC_SFC_0", "", "", "", "", "", "", "", ""},
{"LCDC_SFC_0", "", "", "", "", "", "", "", ""},
{"TCDC_SFC_0", "", "", "", "", "", "", "", ""},
{"ALBDO_SFC_0", "", "", "", "", "", "", "", ""},
{"SOLAR_HOR", "", "", "", "", "", "", "", ""}, // to be post-processed
{"SOLAR_DIF", "", "", "", "", "", "", "", ""}, // to be post-processed
{"SOLAR_DIR", "", "", "", "", "", "", "", ""}, // to be post-processed
{"EFFECT_DIR", "", "", "", "", "", "", "", ""}, // to be post-processed
{"EFFECT_DIF", "", "", "", "", "", "", "", ""}, // to be post-processed
{"SOLAR_TRK", "", "", "", "", "", "", "", ""}, // to be post-processed
{"SOLAR_LAT", "", "", "", "", "", "", "", ""}, // to be post-processed
{"SOLAR_S45", "", "", "", "", "", "", "", ""}, // to be post-processed
{"SOLAR_S00", "", "", "", "", "", "", "", ""}, // to be post-processed
{"SOLAR_N00", "", "", "", "", "", "", "", ""}, // to be post-processed
{"SOLAR_E00", "", "", "", "", "", "", "", ""}, // to be post-processed
{"SOLAR_W00", "", "", "", "", "", "", "", ""}, // to be post-processed
{"WPOW_TGL_10", "WPOW_TGL_40", "WPOW_TGL_80", "WPOW_TGL_120", "WPOW_ISBL_1000", "WPOW_ISBL_0850", "WPOW_ISBL_0700", "WPOW_ISBL_0500", "WPOW_ISBL_0250"}, // to be post-processed
{"FLOWxONLY_TGL_10", "FLOWxONLY_TGL_40", "FLOWxONLY_TGL_80", "FLOWxONLY_TGL_120", "FLOWxONLY_ISBL_1000", "FLOWxONLY_ISBL_0850", "FLOWxONLY_ISBL_0700", "FLOWxONLY_ISBL_0500", "FLOWxONLY_ISBL_0250"}, // to be post-processed
{"FLOWxPRM_TGL_10", "FLOWxPRM_TGL_40", "FLOWxPRM_TGL_80", "FLOWxPRM_TGL_120", "FLOWxPRM_ISBL_1000", "FLOWxPRM_ISBL_0850", "FLOWxPRM_ISBL_0700", "FLOWxPRM_ISBL_0500", "FLOWxPRM_ISBL_0250"}, // to be post-processed
{"FLOWxPCP_TGL_10", "FLOWxPCP_TGL_40", "FLOWxPCP_TGL_80", "FLOWxPCP_TGL_120", "FLOWxPCP_ISBL_1000", "FLOWxPCP_ISBL_0850", "FLOWxPCP_ISBL_0700", "FLOWxPCP_ISBL_0500", "FLOWxPCP_ISBL_0250"}, // to be post-processed
{"FLOWxEFF_TGL_10", "FLOWxEFF_TGL_40", "FLOWxEFF_TGL_80", "FLOWxEFF_TGL_120", "FLOWxEFF_ISBL_1000", "FLOWxEFF_ISBL_0850", "FLOWxEFF_ISBL_0700", "FLOWxEFF_ISBL_0500", "FLOWxEFF_ISBL_0250"}, // to be post-processed
};
int num_Levels = 0;
int addLevel () {
num_Levels += 1;
return(num_Levels - 1);
}
int LEVEL_surface = addLevel();
int LEVEL_40m = addLevel();
int LEVEL_80m = addLevel();
int LEVEL_120m = addLevel();
int LEVEL_ISBL_1000 = addLevel();
int LEVEL_ISBL_0850 = addLevel();
int LEVEL_ISBL_0650 = addLevel();
int LEVEL_ISBL_0450 = addLevel();
int LEVEL_ISBL_0250 = addLevel();
int num_Layers = 0;
int addLayer () {
num_Layers += 1;
return(num_Layers - 1);
}
int LAYER_pastsnow = addLayer();
int LAYER_pastprecip = addLayer();
int LAYER_preciprate = addLayer();
int LAYER_precipitation = addLayer();
int LAYER_rain = addLayer();
int LAYER_freezingrain = addLayer();
int LAYER_icepellets = addLayer();
int LAYER_snow = addLayer();
int LAYER_solarcomingshort = addLayer();
int LAYER_solarabsrbdlong = addLayer();
int LAYER_solarabsrbdshort = addLayer();
int LAYER_solardownlong = addLayer();
int LAYER_solardownshort = addLayer();
int LAYER_solaruplong = addLayer();
int LAYER_solarupshort = addLayer();
int LAYER_surfsensibleheat = addLayer();
int LAYER_surflatentheat = addLayer();
int LAYER_surfshowalter = addLayer();
int LAYER_surflifted = addLayer();
int LAYER_convpotenergy = addLayer();
int LAYER_surfhelicity = addLayer();
int LAYER_watertemperature = addLayer();
int LAYER_ice = addLayer();
int LAYER_land = addLayer();
int LAYER_depthsnow = addLayer();
int LAYER_watersnow = addLayer();
int LAYER_soiltemperature = addLayer();
int LAYER_soilmoisture = addLayer();
int LAYER_absolutevorticity = addLayer();
int LAYER_verticalvelocity = addLayer();
int LAYER_height = addLayer();
int LAYER_drybulb = addLayer();
int LAYER_dewpoint = addLayer();
int LAYER_depression = addLayer();
int LAYER_spchum = addLayer();
int LAYER_relhum = addLayer();
int LAYER_windU = addLayer();
int LAYER_windV = addLayer();
int LAYER_windspd = addLayer();
int LAYER_winddir = addLayer();
int LAYER_windwavedirtrue = addLayer();
int LAYER_swellwavedirtrue = addLayer();
int LAYER_windwavesheight = addLayer();
int LAYER_swellwavesheight = addLayer();
int LAYER_combwavesheight = addLayer();
int LAYER_peakwaveperiod = addLayer();
int LAYER_windwaveperiod = addLayer();
int LAYER_swellwaveperiod = addLayer();
int LAYER_Water_level_above_mean_sea_level = addLayer();
int LAYER_X_component_of_the_water_velocity = addLayer();
int LAYER_Y_component_of_the_water_velocity = addLayer();
int LAYER_Modulus_of_the_water_velocity = addLayer();
int LAYER_Direction_of_the_water_velocity = addLayer();
int LAYER_Froude_number = addLayer();
int LAYER_Shear_of_the_water_velocity = addLayer();
int LAYER_Specific_discharge = addLayer();
int LAYER_Water_Transport_Diffusion_Index = addLayer();
int LAYER_Water_temperature = addLayer();
int LAYER_meanpressure = addLayer();
int LAYER_surfpressure = addLayer();
int LAYER_cloudceiling = addLayer();
int LAYER_cloudtop = addLayer();
int LAYER_cloudhigh = addLayer();
int LAYER_cloudmiddle = addLayer();
int LAYER_cloudlow = addLayer();
int LAYER_cloudcover = addLayer();
int LAYER_albedo = addLayer();
//---------------------------
int NumberOfRawDataLayers = LAYER_albedo;
//---------------------------
int LAYER_glohorrad = addLayer();
int LAYER_difhorrad = addLayer();
int LAYER_dirnorrad = addLayer();
int LAYER_dirnoreff = addLayer();
int LAYER_difhoreff = addLayer();
int LAYER_tracker = addLayer();
int LAYER_fixlat = addLayer();
int LAYER_south45 = addLayer();
int LAYER_south00 = addLayer();
int LAYER_north00 = addLayer();
int LAYER_east00 = addLayer();
int LAYER_west00 = addLayer();
int LAYER_windpower = addLayer();
int LAYER_flowXonly = addLayer();
int LAYER_flowXmeanpressure = addLayer();
int LAYER_flowXprecipitation = addLayer();
int LAYER_flowXdirecteffect = addLayer();
int[] DATA_allLayers = new int[0];
int[] DATA_allLevels = new int[0];
//setting program arguments
{
for (int i = 0 ; i < args.length ; i++) {
String CAP_arg = args[i].toUpperCase();
int _at = 0;
int input_int = 0;
float input_float = 0;
String input_str = "";
String[] _tokens;
_at = CAP_arg.indexOf("TMPDIR");
if (_at == 0) {
_tokens = split(args[i], '=');
if (_tokens.length > 1) {
input_str = _tokens[1];
TempFolder = input_str;
println("TempFolder is set to: '" + TempFolder + "'");
}
}
_at = CAP_arg.indexOf("OUTDIR");
if (_at == 0) {
_tokens = split(args[i], '=');
if (_tokens.length > 1) {
input_str = _tokens[1];
OutputFolder = input_str;
println("OutputFolder is set to: '" + OutputFolder + "'");
}
}
_at = CAP_arg.indexOf("DOMAIN");
if (_at == 0) {
_tokens = split(CAP_arg, '=');
if (_tokens.length > 1) {
input_str = _tokens[1];
Current_domainID = -1;
for (int q = 0; q < DATA_allDomains.length; q++) {
if (input_str.equals(DATA_allDomains[q][DOMAIN_PROPERTY00].toUpperCase())) {
Current_domainID = q;
println("Domain is set to:", DATA_allDomains[q][DOMAIN_PROPERTY00]);
break;
}
}
}
}
_at = CAP_arg.indexOf("LEVELS+");
if (_at == 0) {
_tokens = split(CAP_arg, '=');
if (_tokens.length > 1) {
input_str = _tokens[1];
int[] newLevel = {-1};
if (input_str.equals("surface".toUpperCase())) {
newLevel[0] = LEVEL_surface;
}
else if (input_str.equals("40m".toUpperCase())) {
newLevel[0] = LEVEL_40m;
}
else if (input_str.equals("80m".toUpperCase())) {
newLevel[0] = LEVEL_80m;
}
else if (input_str.equals("120m".toUpperCase())) {
newLevel[0] = LEVEL_120m;
}
else if (input_str.equals("ISBL_1000".toUpperCase())) {
newLevel[0] = LEVEL_ISBL_1000;
}
else if (input_str.equals("ISBL_0850".toUpperCase())) {
newLevel[0] = LEVEL_ISBL_0850;
}
else if (input_str.equals("ISBL_0650".toUpperCase())) {
newLevel[0] = LEVEL_ISBL_0650;
}
else if (input_str.equals("ISBL_0450".toUpperCase())) {
newLevel[0] = LEVEL_ISBL_0450;
}
else if (input_str.equals("ISBL_0250".toUpperCase())) {
newLevel[0] = LEVEL_ISBL_0250;
}
if (newLevel[0] != -1) {
DATA_allLevels = (int[]) concat (DATA_allLevels, newLevel);
}
}
}
_at = CAP_arg.indexOf("LAYERS+");
if (_at == 0) {
_tokens = split(CAP_arg, '=');
if (_tokens.length > 1) {
input_str = _tokens[1];
int[] newLayer = {-1};
if (input_str.equals("pastsnow".toUpperCase())) {
newLayer[0] = LAYER_pastsnow;
}
else if (input_str.equals("pastprecip".toUpperCase())) {
newLayer[0] = LAYER_pastprecip;
}
else if (input_str.equals("preciprate".toUpperCase())) {
newLayer[0] = LAYER_preciprate;
}
else if (input_str.equals("precipitation".toUpperCase())) {
newLayer[0] = LAYER_precipitation;
}
else if (input_str.equals("rain".toUpperCase())) {
newLayer[0] = LAYER_rain;
}
else if (input_str.equals("freezingrain".toUpperCase())) {
newLayer[0] = LAYER_freezingrain;
}
else if (input_str.equals("icepellets".toUpperCase())) {
newLayer[0] = LAYER_icepellets;
}
else if (input_str.equals("snow".toUpperCase())) {
newLayer[0] = LAYER_snow;
}
else if (input_str.equals("solarcomingshort".toUpperCase())) {
newLayer[0] = LAYER_solarcomingshort;
}
else if (input_str.equals("solarabsrbdlong".toUpperCase())) {
newLayer[0] = LAYER_solarabsrbdlong;
}
else if (input_str.equals("solarabsrbdshort".toUpperCase())) {
newLayer[0] = LAYER_solarabsrbdshort;
}
else if (input_str.equals("solardownlong".toUpperCase())) {
newLayer[0] = LAYER_solardownlong;
}
else if (input_str.equals("solardownshort".toUpperCase())) {
newLayer[0] = LAYER_solardownshort;
}
else if (input_str.equals("solaruplong".toUpperCase())) {
newLayer[0] = LAYER_solaruplong;
}
else if (input_str.equals("solarupshort".toUpperCase())) {
newLayer[0] = LAYER_solarupshort;
}
else if (input_str.equals("surfsensibleheat".toUpperCase())) {
newLayer[0] = LAYER_surfsensibleheat;
}
else if (input_str.equals("surflatentheat".toUpperCase())) {
newLayer[0] = LAYER_surflatentheat;
}
else if (input_str.equals("surfshowalter".toUpperCase())) {
newLayer[0] = LAYER_surfshowalter;
}
else if (input_str.equals("surflifted".toUpperCase())) {
newLayer[0] = LAYER_surflifted;
}
else if (input_str.equals("convpotenergy".toUpperCase())) {
newLayer[0] = LAYER_convpotenergy;
}
else if (input_str.equals("surfhelicity".toUpperCase())) {
newLayer[0] = LAYER_surfhelicity;
}
else if (input_str.equals("watertemperature".toUpperCase())) {
newLayer[0] = LAYER_watertemperature;
}
else if (input_str.equals("ice".toUpperCase())) {
newLayer[0] = LAYER_ice;
}
else if (input_str.equals("land".toUpperCase())) {
newLayer[0] = LAYER_land;
}
else if (input_str.equals("depthsnow".toUpperCase())) {
newLayer[0] = LAYER_depthsnow;
}
else if (input_str.equals("watersnow".toUpperCase())) {
newLayer[0] = LAYER_watersnow;
}
else if (input_str.equals("soiltemperature".toUpperCase())) {
newLayer[0] = LAYER_soiltemperature;
}
else if (input_str.equals("soilmoisture".toUpperCase())) {
newLayer[0] = LAYER_soilmoisture;
}
else if (input_str.equals("absolutevorticity".toUpperCase())) {
newLayer[0] = LAYER_absolutevorticity;
}
else if (input_str.equals("verticalvelocity".toUpperCase())) {
newLayer[0] = LAYER_verticalvelocity;
}
else if (input_str.equals("height".toUpperCase())) {
newLayer[0] = LAYER_height;
}
else if (input_str.equals("drybulb".toUpperCase())) {
newLayer[0] = LAYER_drybulb;
}
else if (input_str.equals("dewpoint".toUpperCase())) {
newLayer[0] = LAYER_dewpoint;
}
else if (input_str.equals("depression".toUpperCase())) {
newLayer[0] = LAYER_depression;
}
else if (input_str.equals("spchum".toUpperCase())) {
newLayer[0] = LAYER_spchum;
}
else if (input_str.equals("relhum".toUpperCase())) {
newLayer[0] = LAYER_relhum;
}
else if (input_str.equals("windU".toUpperCase())) {
newLayer[0] = LAYER_windU;
}
else if (input_str.equals("windV".toUpperCase())) {
newLayer[0] = LAYER_windV;
}
else if (input_str.equals("windspd".toUpperCase())) {
newLayer[0] = LAYER_windspd;
}
else if (input_str.equals("winddir".toUpperCase())) {
newLayer[0] = LAYER_winddir;
}
else if (input_str.equals("windwavedirtrue".toUpperCase())) {
newLayer[0] = LAYER_windwavedirtrue;
}
else if (input_str.equals("swellwavedirtrue".toUpperCase())) {
newLayer[0] = LAYER_swellwavedirtrue;
}
else if (input_str.equals("windwavesheight".toUpperCase())) {
newLayer[0] = LAYER_windwavesheight;
}
else if (input_str.equals("swellwavesheight".toUpperCase())) {
newLayer[0] = LAYER_swellwavesheight;
}
else if (input_str.equals("combwavesheight".toUpperCase())) {
newLayer[0] = LAYER_combwavesheight;
}
else if (input_str.equals("peakwaveperiod".toUpperCase())) {
newLayer[0] = LAYER_peakwaveperiod;
}
else if (input_str.equals("windwaveperiod".toUpperCase())) {
newLayer[0] = LAYER_windwaveperiod;
}
else if (input_str.equals("swellwaveperiod".toUpperCase())) {
newLayer[0] = LAYER_swellwaveperiod;
}
else if (input_str.equals("Water_level_above_mean_sea_level".toUpperCase())) {
newLayer[0] = LAYER_Water_level_above_mean_sea_level;
}
else if (input_str.equals("X_component_of_the_water_velocity".toUpperCase())) {
newLayer[0] = LAYER_X_component_of_the_water_velocity;
}
else if (input_str.equals("Y_component_of_the_water_velocity".toUpperCase())) {
newLayer[0] = LAYER_Y_component_of_the_water_velocity;
}
else if (input_str.equals("Modulus_of_the_water_velocity".toUpperCase())) {
newLayer[0] = LAYER_Modulus_of_the_water_velocity;
}
else if (input_str.equals("Direction_of_the_water_velocity".toUpperCase())) {
newLayer[0] = LAYER_Direction_of_the_water_velocity;
}
else if (input_str.equals("Froude_number".toUpperCase())) {
newLayer[0] = LAYER_Froude_number;
}
else if (input_str.equals("Shear_of_the_water_velocity".toUpperCase())) {
newLayer[0] = LAYER_Shear_of_the_water_velocity;
}
else if (input_str.equals("Specific_discharge".toUpperCase())) {
newLayer[0] = LAYER_Specific_discharge;
}
else if (input_str.equals("Water_Transport_Diffusion_Index".toUpperCase())) {
newLayer[0] = LAYER_Water_Transport_Diffusion_Index;
}
else if (input_str.equals("Water_temperature".toUpperCase())) {
newLayer[0] = LAYER_Water_temperature;
}
else if (input_str.equals("meanpressure".toUpperCase())) {
newLayer[0] = LAYER_meanpressure;
}
else if (input_str.equals("surfpressure".toUpperCase())) {
newLayer[0] = LAYER_surfpressure;
}
else if (input_str.equals("cloudceiling".toUpperCase())) {
newLayer[0] = LAYER_cloudceiling;
}
else if (input_str.equals("cloudtop".toUpperCase())) {
newLayer[0] = LAYER_cloudtop;
}
else if (input_str.equals("cloudhigh".toUpperCase())) {
newLayer[0] = LAYER_cloudhigh;
}
else if (input_str.equals("cloudmiddle".toUpperCase())) {
newLayer[0] = LAYER_cloudmiddle;
}
else if (input_str.equals("cloudlow".toUpperCase())) {
newLayer[0] = LAYER_cloudlow;
}
else if (input_str.equals("cloudcover".toUpperCase())) {
newLayer[0] = LAYER_cloudcover;
}
else if (input_str.equals("albedo".toUpperCase())) {
newLayer[0] = LAYER_albedo;
}
else if (input_str.equals("glohorrad".toUpperCase())) {
newLayer[0] = LAYER_glohorrad;
}
else if (input_str.equals("difhorrad".toUpperCase())) {
newLayer[0] = LAYER_difhorrad;
}
else if (input_str.equals("dirnorrad".toUpperCase())) {
newLayer[0] = LAYER_dirnorrad;
}
else if (input_str.equals("dirnoreff".toUpperCase())) {
newLayer[0] = LAYER_dirnoreff;
}
else if (input_str.equals("difhoreff".toUpperCase())) {
newLayer[0] = LAYER_difhoreff;
}
else if (input_str.equals("tracker".toUpperCase())) {
newLayer[0] = LAYER_tracker;
}
else if (input_str.equals("fixlat".toUpperCase())) {
newLayer[0] = LAYER_fixlat;
}
else if (input_str.equals("south45".toUpperCase())) {
newLayer[0] = LAYER_south45;
}
else if (input_str.equals("south00".toUpperCase())) {
newLayer[0] = LAYER_south00;
}
else if (input_str.equals("north00".toUpperCase())) {
newLayer[0] = LAYER_north00;
}
else if (input_str.equals("east00".toUpperCase())) {
newLayer[0] = LAYER_east00;
}
else if (input_str.equals("west00".toUpperCase())) {
newLayer[0] = LAYER_west00;
}
else if (input_str.equals("windpower".toUpperCase())) {
newLayer[0] = LAYER_windpower;
}
else if (input_str.equals("flowXonly".toUpperCase())) {
newLayer[0] = LAYER_flowXonly;
}
else if (input_str.equals("flowXmeanpressure".toUpperCase())) {
newLayer[0] = LAYER_flowXmeanpressure;
}
else if (input_str.equals("flowXprecipitation".toUpperCase())) {
newLayer[0] = LAYER_flowXprecipitation;
}
else if (input_str.equals("flowXdirecteffect".toUpperCase())) {
newLayer[0] = LAYER_flowXdirecteffect;
}
if (newLayer[0] != -1) {
DATA_allLayers = (int[]) concat (DATA_allLayers, newLayer);
}
}
}
_at = CAP_arg.indexOf("RUN");
if (_at == 0) {
_tokens = split(CAP_arg, '=');
if (_tokens.length > 1) {
input_int = int(_tokens[1].replace("Z", ""));
DATA_ModelRun = input_int;
println("ModelRun is set to:", DATA_ModelRun);
}
}
_at = CAP_arg.indexOf("BEGIN");
if (_at == 0) {
_tokens = split(CAP_arg, '=');
if (_tokens.length > 1) {
input_int = int(_tokens[1]);
DATA_ModelBegin = input_int;
println("ModelBegin is set to:", DATA_ModelBegin);
}
}
_at = CAP_arg.indexOf("END");
if (_at == 0) {
_tokens = split(CAP_arg, '=');
if (_tokens.length > 1) {
input_int = int(_tokens[1]);
DATA_ModelEnd = input_int;
println("ModelEnd is set to:", DATA_ModelEnd);
}
}
_at = CAP_arg.indexOf("STEP");
if (_at == 0) {
_tokens = split(CAP_arg, '=');
if (_tokens.length > 1) {
input_int = int(_tokens[1]);
DATA_ModelStep = input_int;
println("ModelStep is set to:", DATA_ModelStep);
}
}
_at = CAP_arg.indexOf("DAY");
if (_at == 0) {
_tokens = split(CAP_arg, '=');
if (_tokens.length > 1) {
input_int = int(_tokens[1]);
DATA_ModelDay = input_int;
println("ModelDay is set to:", DATA_ModelDay);
}
}
_at = CAP_arg.indexOf("MONTH");
if (_at == 0) {
_tokens = split(CAP_arg, '=');
if (_tokens.length > 1) {
input_int = int(_tokens[1]);
DATA_ModelMonth = input_int;
println("ModelMonth is set to:", DATA_ModelMonth);
}
}
_at = CAP_arg.indexOf("YEAR");
if (_at == 0) {
_tokens = split(CAP_arg, '=');
if (_tokens.length > 1) {
input_int = int(_tokens[1]);
DATA_ModelYear = input_int;
println("ModelYear is set to:", DATA_ModelYear);
}
}
_at = CAP_arg.indexOf("AUTO");
if (_at == 0) {
_tokens = split(CAP_arg, '=');
if (_tokens.length > 1) {
input_str = _tokens[1];
if (input_str.equals("USER")) automated = USER_INT;
else if (input_str.equals("PDF")) automated = AUTO_PDF;
else if (input_str.equals("GIF")) automated = AUTO_GIF;
else if (input_str.equals("BMP")) automated = AUTO_BMP;
else if (input_str.equals("JPG")) automated = AUTO_JPG;
else if (input_str.equals("PNG")) automated = AUTO_PNG;
else if (input_str.equals("TIF")) automated = AUTO_TIF;
}
}
}
if ((DATA_allDomains[Current_domainID][DOMAIN_PROPERTY01].equals("RDWPS")) ||
(DATA_allDomains[Current_domainID][DOMAIN_PROPERTY01].equals("GDWPS")) ||
(DATA_allDomains[Current_domainID][DOMAIN_PROPERTY01].equals("GEPS"))) {
EARTH_BitmapChoice = 1;
}
/*
if (DATA_allDomains[Current_domainID][DOMAIN_PROPERTY01].equals("SHOP")) {
int[] DATA_newLayers = {
LAYER_Water_temperature,
LAYER_Water_level_above_mean_sea_level,
//LAYER_X_component_of_the_water_velocity,
//LAYER_Y_component_of_the_water_velocity,
//LAYER_Modulus_of_the_water_velocity,
//LAYER_Direction_of_the_water_velocity,
//LAYER_Froude_number,
//LAYER_Shear_of_the_water_velocity,
//LAYER_Specific_discharge,
//LAYER_Water_Transport_Diffusion_Index,
};
DATA_allLayers = DATA_newLayers;
}
else if (DATA_allDomains[Current_domainID][DOMAIN_PROPERTY01].equals("RDWPS")) {
int[] DATA_newLayers = {
LAYER_windwavesheight,
LAYER_swellwavesheight,
LAYER_combwavesheight,
LAYER_peakwaveperiod,
LAYER_windwaveperiod,
LAYER_swellwaveperiod,
LAYER_windU,
LAYER_windV,
LAYER_meanpressure,
LAYER_flowXmeanpressure,
};
DATA_allLayers = DATA_newLayers;
}
else if (DATA_allDomains[Current_domainID][DOMAIN_PROPERTY01].equals("SNOW")) {
int[] DATA_newLayers = {
LAYER_pastsnow,
};
DATA_allLayers = DATA_newLayers;
}
else if ((DATA_allDomains[Current_domainID][DOMAIN_PROPERTY01].equals("RDPA")) ||
(DATA_allDomains[Current_domainID][DOMAIN_PROPERTY01].equals("HRDPA")) {
int[] DATA_newLayers = {
LAYER_pastprecip,
};
DATA_allLayers = DATA_newLayers;
}
else if ((DATA_allDomains[Current_domainID][DOMAIN_PROPERTY01].equals("GEPS")) ||