# See attached. Here gribmap.txt is for grib1 output. -- wrfhelp
# sent 9/7/2011


-1:255:255:4
0:var0:undefined::
1:PRES:Pressure [Pa]::
2:PRMSL:Pressure reduced to MSL [Pa]::
3:PTEND:Pressure tendency [Pa/s]::
4:PVORT:Pot. vorticity [km^2/kg/s]::
5:ICAHT:ICAO Standard Atmosphere Reference Height [M]::
6:GP:Geopotential [m^2/s^2]::
7:HGT:Geopotential height [gpm]::
8:DIST:Geometric height [m]::
9:HSTDV:Std dev of height [m]::
10:TOZNE:Total ozone [Dobson]::
11:TMP:Temp. [K]::
12:VTMP:Virtual temp. [K]::
13:POT:Potential temp. [K]::
14:EPOT:Pseudo-adiabatic pot. temp. [K]::
15:TMAX:Max. temp. [K]::
16:TMIN:Min. temp. [K]::
17:DPT:Dew point temp. [K]::
18:DEPR:Dew point depression [K]::
19:LAPR:Lapse rate [K/m]::
20:VIS:Visibility [m]::
21:RDSP1:Radar spectra (1) [non-dim]::
22:RDSP2:Radar spectra (2) [non-dim]::
23:RDSP3:Radar spectra (3) [non-dim]::
24:PLI:Parcel lifted index (to 500 hPa) [K]::
25:TMPA:Temp. anomaly [K]::
26:PRESA:Pressure anomaly [Pa]::
27:GPA:Geopotential height anomaly [gpm]::
28:WVSP1:Wave spectra (1) [non-dim]::
29:WVSP2:Wave spectra (2) [non-dim]::
30:WVSP3:Wave spectra (3) [non-dim]::
31:WDIR:Wind direction [deg]::
32:WIND:Wind speed [m/s]::
33:UGRD:u wind [m/s]::
34:VGRD:v wind [m/s]::
35:STRM:Stream function [m^2/s]::
36:VPOT:Velocity potential [m^2/s]::
37:MNTSF:Montgomery stream function [m^2/s^2]::
38:SGCVV:Sigma coord. vertical velocity [/s]::
39:VVEL:Pressure vertical velocity [Pa/s]::
40:DZDT:Geometric vertical velocity [m/s]::
41:ABSV:Absolute vorticity [/s]::
42:ABSD:Absolute divergence [/s]::
43:RELV:Relative vorticity [/s]::
44:RELD:Relative divergence [/s]::
45:VUCSH:Vertical u shear [/s]::
46:VVCSH:Vertical v shear [/s]::
47:DIRC:Direction of current [deg]::
48:SPC:Speed of current [m/s]::
49:UOGRD:u of current [m/s]::
50:VOGRD:v of current [m/s]::
51:SPFH:Specific humidity [kg/kg]::
52:RH:Relative humidity [%]::
53:MIXR:Humidity mixing ratio [kg/kg]::
54:PWAT:Precipitable water [kg/m^2]::
55:VAPP:Vapor pressure [Pa]::
56:SATD:Saturation deficit [Pa]::
57:EVP:Evaporation [kg/m^2]::
58:CICE:Cloud Ice [kg/m^2]::
59:PRATE:Precipitation rate [kg/m^2/s]::
60:TSTM:Thunderstorm probability [%]::
61:APCP:Total precipitation [kg/m^2]::
62:NCPCP:Large scale precipitation [kg/m^2]::
63:ACPCP:Convective precipitation [kg/m^2]::
64:SRWEQ:Snowfall rate water equiv. [kg/m^2/s]::
65:WEASD:Accum. snow [kg/m^2]::
66:SNOD:Snow depth [m]::
67:MIXHT:Mixed layer depth [m]::
68:TTHDP:Transient thermocline depth [m]::
69:MTHD:Main thermocline depth [m]::
70:MTHA:Main thermocline anomaly [m]::
71:TCDC:Total cloud cover [%]::
72:CDCON:Convective cloud cover [%]::
73:LCDC:Low level cloud cover [%]::
74:MCDC:Mid level cloud cover [%]::
75:HCDC:High level cloud cover [%]::
76:CWAT:Cloud water [kg/m^2]::
77:BLI:Best lifted index (to 500 hPa) [K]::
78:SNOC:Convective snow [kg/m^2]::
79:SNOL:Large scale snow [kg/m^2]::
80:WTMP:Water temp. [K]::
81:LAND:Land cover (land=1;sea=0) [fraction]::
82:DSLM:Deviation of sea level from mean [m]::
83:SFCR:Surface roughness [m]::
84:ALBDO:Albedo [%]::
85:TSOIL:Soil temp. [K]::
86:SOILM:Soil moisture content [kg/m^2]::
87:VEG:Vegetation [%]::
88:SALTY:Salinity [kg/kg]::
89:DEN:Density [kg/m^3]::
90:WATR:Water runoff [kg/m^2]::
91:ICEC:Ice concentration (ice=1;no ice=0) [fraction]::
92:ICETK:Ice thickness [m]::
93:DICED:Direction of ice drift [deg]::
94:SICED:Speed of ice drift [m/s]::
95:UICE:u of ice drift [m/s]::
96:VICE:v of ice drift [m/s]::
97:ICEG:Ice growth rate [m/s]::
98:ICED:Ice divergence [/s]::
99:SNOM:Snow melt [kg/m^2]::
100:HTSGW:Sig height of wind waves and swell [m]::
101:WVDIR:Direction of wind waves [deg]::
102:WVHGT:Sig height of wind waves [m]::
103:WVPER:Mean period of wind waves [s]::
104:SWDIR:Direction of swell waves [deg]::
105:SWELL:Sig height of swell waves [m]::
106:SWPER:Mean period of swell waves [s]::
107:DIRPW:Primary wave direction [deg]::
108:PERPW:Primary wave mean period [s]::
109:DIRSW:Secondary wave direction [deg]::
110:PERSW:Secondary wave mean period [s]::
111:NSWRS:Net short wave (surface) [W/m^2]::
112:NLWRS:Net long wave (surface) [W/m^2]::
113:NSWRT:Net short wave (top) [W/m^2]::
114:NLWRT:Net long wave (top) [W/m^2]::
115:LWAVR:Long wave [W/m^2]::
116:SWAVR:Short wave [W/m^2]::
117:GRAD:Global radiation [W/m^2]::
118:BRTMP:Brightness temperature [K]::
119:LWRAD:Radiance with respect to wave no. [W/m/sr]::
120:SWRAD:Radiance with respect ot wave len. [W/m^3/sr]::
121:LHTFL:Latent heat flux [W/m^2]::
122:SHTFL:Sensible heat flux [W/m^2]::
123:BLYDP:Boundary layer dissipation [W/m^2]::
124:UFLX:Zonal momentum flux [N/m^2]::
125:VFLX:Meridional momentum flux [N/m^2]::
126:WMIXE:Wind mixing energy [J]::
127:IMGD:Image data []::
128:RU_BXS::RU_BXS:1
129:RU_BXE::RU_BXE:1
130:RU_BYS::RU_BYS:1
131:RU_BYE::RU_BYE:1
132:RU_BTXS::RU_BTXS:6
133:RU_BTXE::RU_BTXE:6
134:RU_BTYS::RU_BTYS:6
135:RU_BTYE::RU_BTYE:6
136:RV_BXS::RV_BXS:1
137:RV_BXE::RV_BXE:1
138:RV_BYS::RV_BYS:1
139:RV_BYE::RV_BYE:1
140:RV_BTXS::RV_BTXS:6
141:RV_BTXE::RV_BTXE:6
142:RV_BTYS::RV_BTYS:6
143:RV_BTYE::RV_BTYE:6
144:RW_BXS::RW_BXS:1
145:RW_BXE::RW_BXE:1
146:RW_BYS::RW_BYS:1
147:RW_BYE::RW_BYE:1
148:RW_BTXS::RW_BTXS:6
149:RW_BTXE::RW_BTXE:6
150:RW_BTYS::RW_BTYS:6
151:RW_BTYE::RW_BTYE:6
152:PH_BXS::PH_BXS:-1
153:PH_BXE::PH_BXE:-1
154:PH_BYS::PH_BYS:-1
155:PH_BYE::PH_BYE:-1
156:PH_BTXS::PH_BTXS:4
157:PH_BTXE::PH_BTXE:4
158:PH_BTYS::PH_BTYS:4
159:PH_BTYE::PH_BTYE:4
160:T_BXS::T_BXS:1
161:T_BXE::T_BXE:1
162:T_BYS::T_BYS:1
163:T_BYE::T_BYE:1
164:T_BTXS::T_BTXS:6
165:T_BTXE::T_BTXE:6
166:T_BTYS::T_BTYS:6
167:T_BTYE::T_BTYE:6
168:MU_BXS::MU_BXS:4
169:MU_BXE::MU_BXE:4
170:MU_BYS::MU_BYS:4
171:MU_BYE::MU_BYE:4
172:MU_BTXS::MU_BTXS:9
173:MU_BTXE::MU_BTXE:9
174:MU_BTYS::MU_BTYS:9
175:MU_BTYE::MU_BTYE:9
176:RQV_BXS::RQV_BXS:4
177:RQV_BXE::RQV_BXE:4
178:RQV_BYS::RQV_BYS:4
179:RQV_BYE::RQV_BYE:4
180:RQV_BTXS::RQV_BTXS:10
181:RQV_BTXE::RQV_BTXE:10
182:RQV_BTYS::RQV_BTYS:10
183:RQV_BTYE::RQV_BTYE:10
184:RQC_BXS::RQC_BXS:4
185:RQC_BXE::RQC_BXE:4
186:RQC_BYS::RQC_BYS:4
187:RQC_BYE::RQC_BYE:4
188:RQC_BTXS::RQC_BTXS:10
189:RQC_BTXE::RQC_BTXE:10
190:RQC_BTYS::RQC_BTYS:10
191:RQC_BTYE::RQC_BTYE:10
192:RQR_BXS::RQR_BXS:4
193:RQR_BXE::RQR_BXE:4
194:RQR_BYS::RQR_BYS:4
195:RQR_BYE::RQR_BYE:4
196:RQR_BTXS::RQR_BTXS:10
197:RQR_BTXE::RQR_BTXE:10
198:RQR_BTYS::RQR_BTYS:10
199:RQR_BTYE::RQR_BTYE:10
200:RQI_BXS::RQI_BXS:4
201:RQI_BXE::RQI_BXE:4
202:RQI_BYS::RQI_BYS:4
203:RQI_BYE::RQI_BYE:4
204:RQI_BTXS::RQI_BTXS:10
205:RQI_BTXE::RQI_BTXE:10
206:RQI_BTYS::RQI_BTYS:10
207:RQI_BTYE::RQI_BTYE:10
208:RQS_BXS::RQS_BXS:4
209:RQS_BXE::RQS_BXE:4
210:RQS_BYS::RQS_BYS:4
211:RQS_BYE::RQS_BYE:4
212:RQS_BTXS::RQS_BTXS:10
213:RQS_BTXE::RQS_BTXE:10
214:RQS_BTYS::RQS_BTYS:10
215:RQS_BTYE::RQS_BTYE:10
216:RQG_BXS::RQG_BXS:4
217:RQG_BXE::RQG_BXE:4
218:RQG_BYS::RQG_BYS:4
219:RQG_BYE::RQG_BYE:4
220:RQG_BTXS::RQG_BTXS:10
221:RQG_BTXE::RQG_BTXE:10
222:RQG_BTYS::RQG_BTYS:10
223:RQG_BTYE::RQG_BTYE:10
224:QICE_BXS::QICE_BXS:10
225:QICE_BXE::QICE_BXE:10
226:QICE_BYS::QICE_BYS:10
227:QICE_BYE::QICE_BYE:10
228:QICE_BTXS::QICE_BTXS:4
229:QICE_BTXE::QICE_BTXE:4
230:QICE_BTYS::QICE_BTYS:4
231:QICE_BTYE::QICE_BTYE:4
232:QSNOW_BTYE::QSNOW_BTYE:2
233:QSNOW_BXS::QSNOW_BXS:10
234:QSNOW_BXE::QSNOW_BXE:10
235:QSNOW_BYS::QSNOW_BYS:10
236:QSNOW_BYE::QSNOW_BYE:10
237:QSNOW_BTXS::QSNOW_BTXS:4
238:QSNOW_BTXE::QSNOW_BTXE:4
239:QSNOW_BTYS::QSNOW_BTYS:4
240:QSNOW_BTYE::QSNOW_BTYE:4
241:QGRAUP_BXS::QGRAUP_BXS:10
242:QGRAUP_BXE::QGRAUP_BXE:10
243:QGRAUP_BYS::QGRAUP_BYS:10
244:QGRAUP_BYE::QGRAUP_BYE:10
245:QGRAUP_BTXS::QGRAUP_BTXS:4
246:QGRAUP_BTXE::QGRAUP_BTXE:4
247:QGRAUP_BTYS::QGRAUP_BTYS:4
248:QGRAUP_BTYE::QGRAUP_BTYE:4
249:var249:undefined::
250:var250:undefined::
251:var251:undefined::
252:var252:undefined::
253:var253:undefined::
254:var254:undefined::
255:var255:undefined::