# # Copyright(c) 2007, Space Science and Engineering Center, UW-Madison # Refer to "McIDAS Software Acquisition and Distribution Policies" # in the file mcidas/data/license.txt # # $Id: grib2NCEPModels.txt,v 1.10 2014/01/30 21:44:48 kevinb Tst $ # # This corresponds to Table A for GRIB-1, but also can be used # in relation to GRIB-2 files. # This file is loaded by load_gb2modeltab in xcdgrib.c with # matchup occurring using function grb2ModelLookup in xcdgrib.c # This table is loaded both by XCD and the GRIB server # # The file structure is as follows: # Column Description # 0 - 3 Index number reported as byte 6 in the PDS # 4 - 70 Full description of generating process # 71 - 74 4 character description of generating process # 000 | Radar Coded Message | RCM 001 | x | x 002 | Ultra Violet Potential Index Model | UV 003 | NCEP/ARL Transport and Dispersion Model | ARL 004 | NCEP/ARL Smoke Model | SMOK 005 | Satellite derived Precip and temp from IR | SPT 006 | NCEP/ARL Dust Model | DUST 007 | x | x 008 | x | x 009 | x | x 010 | Global Wind-Wave Forecast Model | WWFM 011 | Global Multi-Grid Wave Model (Static Grids) | MGWM 012 | Probabilistic Storm Surge | PSS 013 | Hurricane Multi-Grid Wave Model | MGWM 014 | Extratropical Storm Surge Model | ESS 015 | Bracknell Winds ? | BRAK 016 | x | x 017 | x | x 018 | x | x 019 | Limited Area Fine Mesh analysis (LFM) | LFM 020 | x | x 021 | x | x 022 | x | x 023 | x | x 024 | x | x 025 | Snow cover analysis | SNOW 026 | x | x 027 | x | x 028 | x | x 029 | x | x 030 | Forecaster generated field | FGF 031 | Value added post processed field | VAPP 032 | x | x 033 | x | x 034 | x | x 035 | x | x 036 | x | x 037 | x | x 038 | x | x 039 | Nested Grid Forecast Model (NGM) | NGM 040 | x | x 041 | x | x 042 | Global Optimal Interpolation analysis from aviation run | GOI 043 | Global Optimal Interpolation analysis from final run | GOI 044 | Sea Surface Temperature analysis | SST 045 | Coastal Ocean Circulation Model | UKMT 046 | HYCOM - Global | HYGL 047 | HYCOM - North Pacific Basin | HYNP 048 | HYCOM - North Atlantic Basin | HYNA 049 | Ozone Analysis from TIROS observations | OZON 050 | x | x 051 | x | x 052 | Ozone Analysis from Nimbus-7 observations | OZON 053 | LFM Fourth Order Forecast Model | LFM4 054 | x | x 055 | x | x 056 | x | x 057 | x | x 058 | x | x 059 | x | x 060 | x | x 061 | x | x 062 | x | x 063 | x | x 064 | Regional Optimum Interpolation Analysis | NGM 065 | x | x 066 | x | x 067 | x | x 068 | 80 Wave triangular, 18-layer spectral model from aviation run | GFS 069 | 80 Wave triangular, 18-layer spectral model from MRF run | GFS 070 | Quasi-Lagrangian Hurricane Model (QLM) | QLM 071 | x | x 072 | x | x 073 | Fog Forecast model - Ocean Product Center | FFM 074 | Gulf of Mexico Wind/Wave | GMWW 075 | Gulf of Alaska Wind/Wave | GAWW 076 | Bias corrected Medium Range Forecast Model | MRFB 077 | 126 wave triangular, 28-layer Spectral Model from aviation run | GFS 078 | 126 wave triangular, 28-layer Spectral Model from MRF run | GFS 079 | Backup from previous run | BACK 080 | 62 wave triangular, 28-layer Spectral Model from MRF run | GFS 081 | Analysis from GFS (Global Forecast System) | GFS 082 | Analysis from GDAS (Global Data Assimilation System) | GDAS 083 | x | x 084 | NAM Model - 12 km version | NAM 085 | Real Time Ocean Forecast System | RTOF 086 | Synoptic-scale RAP model from FSL (60 km at 40N) | RAP 087 | CAC Ensemble Forecasts from Spectral (ENSMB) | CAC 088 | NOAA Wave Watch III (NWW3) Ocean Wave Model | NWW3 089 | Non-hydrostatic MesoModel (NMM) at 8 km | NMMB 090 | 62 Wave triangular, 28 layer 'Medium Range Forecast' | MRF 091 | 62 Wave triangular, 28 layer 'Aviation' | GFS 092 | 62 Wave triangular, 28 layer 'Medium Range Forecast' final | MRF 093 | 62 Wave triangular, 28 layer 'GDAS' | GDAS 094 | 170 Wave triangular, 42-layer Spectral Model from final run | GFS 095 | 170 Wave triangular, 42-layer Spectral Model from final run | GFS 096 | Global Forecast System Model,T574 Hours 0-192 T190 Hours 204-384| GFS 097 | x | x 098 | Climate Forecast System Model - GFS coupled to MOM3 ocean model | MOM3 099 | Miscellaneous Test ID | MISC 100 | RAP Surface Analysis (scale 60km at 40N) | RAP 101 | RAP Surface Analysis (scale 40km at 40N) | RAP 102 | x | x 103 | x | x 104 | x | x 105 | RAP Model from FSL (isentropic: 40km at 40N) | RAP 106 | x | x 107 | Global Ensemble Forecast System | GEFS 108 | LAMP Model | LAMP 109 | Real-Time Mesoscale Analysis | RTMA 110 | NAM Model - 15 km version | NAM 111 | Generic resolution NAM model used in SREF | NAM 112 | NCEP WRF nonhydrostatic model | WRF 113 | NCEP SREF Processing products | SREF 114 | NAEFS Products from joined NCEP, CMC Global ensembles | NAEF 115 | Downscaled GFS from ETA eXtension | DGEX 116 | Eulerian Mass-Core WRF Model from NCAR | WRF 117 | NEMS GFS Aerosol Component | NEMS 118 | URMA (UnRestricted Mesoscale Analysis) | URMA 119 | WAM (Whole Atmosphere Model) | WAM 120 | Ice Concentration Analysis | ICA 121 | Western North Atlantic Regional Wave Model | WNAW 122 | Alaska Waters Regional Wave Model | AWRW 123 | North Atlantic Hurricane Wave Model | NAHW 124 | Eastern North Pacific Regional Wave Model | ENPW 125 | North Pacific Hurricane Wave Model | NPHW 126 | Sea Ice Forecast Model | SIFM 127 | Lake Ice Forecast Model | LIFM 128 | Global Ocean Forecast Model | GOFM 129 | Global Ocean Data Analysis System | GDAS 130 | Merge of fields from the RUC, NAM, and Spectral Model | MERG 131 | Great Lakes Wave Model | GLWM 132 | x | x 133 | x | x 134 | x | x 135 | x | x 136 | x | x 137 | x | x 138 | x | x 139 | x | x 140 | North American Regional Reanalysis | NARR 141 | Land Data Assimilation and Forecast System | LDAF 142 | x | x 143 | x | x 144 | x | x 145 | x | x 146 | x | x 147 | x | x 148 | x | x 149 | x | x 150 | NWS River Forecast System (NWSRFS) | RFS 151 | NWS Flash Flood Guidance System (NWSFFGS) | NWFF 152 | WSR-88D State II Precipitation Analysis | WSR2 153 | WSR-88D Stage III Precipitation analysis | WSR3 154 | x | x 155 | x | x 156 | x | x 157 | x | x 158 | x | x 159 | x | x 160 | x | x 161 | x | x 162 | x | x 163 | x | x 164 | x | x 165 | x | x 166 | x | x 167 | x | x 168 | x | x 169 | x | x 170 | x | x 171 | x | x 172 | x | x 173 | x | x 174 | x | x 175 | x | x 176 | x | x 177 | x | x 178 | x | x 179 | x | x 180 | Quantitative Precipitation Forecast generated by NCEP | NCEP 181 | River Forecast Center Quantitative Precip Forecast Mosaic (NCEP)| RFC 182 | River Forecast Center Quantitative Precip Forecast Mosaic (NCEP)| RFC 183 | NDFD generated by NCEP/HPC | NDFD 184 | Climatological Calibrated Precipitation Analysis | CCPA 185 | x | x 186 | x | x 187 | x | x 188 | x | x 189 | x | x 190 | National Convective Weather Diagnostic (NCEP/AWC) | AWC 191 | Current Icing Potential automated product (NCEP/AWC) | ICNG 192 | Analysis product from NCEP/AWC | AWC 193 | Forecast product from NCEP/AWC | AWC 194 | x | x 195 | Climate Data Assimilation System 2 | CDA2 196 | Climate Data Assimilation System 2 used for regenerations | CDA2 197 | Climate Data Assimilation System | CDA 198 | Climate Data Assimilation System used for regenerations | CDA 199 | Climate Forecast System Reanalysis | CFSR 200 | Climate Prediction Center Manual Forecast Product | CPCM 201 | Climate Prediction Center Automated Product | CPCA 202 | x | x 203 | x | x 204 | x | x 205 | x | x 206 | x | x 207 | x | x 208 | x | x 209 | x | x 210 | EPA Air Quality Forecast - northeast USA | AQNE 211 | EPA Air Quality Forecast - eastern USA | AQE 212 | x | x 213 | x | x 214 | x | x 215 | SPC Manual Forecast Product | SPC 216 | x | x 217 | x | x 218 | x | x 219 | x | x 220 | NCEP/OPC automated product | OPC 221 | x | x 222 | x | x 223 | x | x 224 | x | x 225 | x | x 226 | x | x 227 | x | x 228 | x | x 229 | x | x 230 | x | x 231 | x | x 232 | x | x 233 | x | x 234 | x | x 235 | x | x 236 | x | x 237 | x | x 238 | x | x 239 | x | x 240 | x | x 241 | x | x 242 | x | x 243 | x | x 244 | x | x 245 | x | x 246 | x | x 247 | x | x 248 | x | x 249 | x | x 250 | x | x 251 | x | x 252 | x | x 253 | UW-SSC CRAS Nearcast Model | CRAS 254 | UW-SSEC CRAS Model | CRAS 255 | x | x