dset ^%id2%imc%iy2/eta.T%ih2Z.GRBGRD%f2.tm00 dtype grib 104 index ^eta00.xxx.map options template undef -9.99e33 title ETA Initialized 00zxxx * pdef isize jsize projtype ipole jpole lonref gridinc pdef 147 110 nps 75.5 109.5 -105 90.75464 xdef 181 linear -180 1 ydef 91 linear 0 1 zdef 39 levels 1000 975 950 925 900 875 850 825 800 775 750 725 700 675 650 625 600 575 550 525 500 475 450 425 400 375 350 325 300 275 250 225 200 175 150 125 100 75 50 tdef 9 linear 00zxxx 6hr vars 141 z 39 7,100 Geopotential Height [gpm] t 39 11,100 Temperature [K] u 39 33,100 U Winds [m/s] v 39 34,100 V Winds [m/s] vv 39 39,100 Pressure Vertical Velocity [Pa/s] rh 39 52,100 Relative Humidity [%] q 39 51,100 Specific Humidity [kg/kg] clice 39 58,100 Cloud Ice [kg/kg] clwat 39 153,100 Cloud Water [kg/kg] tb 0 11,116,30,0 Bottom 30mb Temperature [K] potb 0 13,116,30,0 Bottom 30mb Potential Temperature [K] dptb 0 17,116,30,0 Bottom 30mb Dew Point Temperature [K] ub 0 33,116,30,0 Bottom 30mb U Winds [m/s] vb 0 34,116,30,0 Bottom 30mb V Winds [m/s] vvb 0 39,116,30,0 Bottom 30mb Vertical Velocity [Pa/s] rhb 0 52,116,30,0 Bottom 30mb Relative Humidity [%] qb 0 51,116,30,0 Bottom 30mb Specific Humidity [kg/kg] pwb 0 54,116,30,0 Bottom 30mb Precipitable Water [kg/m^2] mdivb 0 135,116,30,0 Bottom 30mb Horizontal Moisture Divergenge [kg/kg/s] tb2 0 11,116,60,30 Temperature, 30-60mb above surface [K] tb3 0 11,116,90,60 Temperature, 60-90mb above surface [K] tb4 0 11,116,120,90 Temperature, 90-120mb above surface [K] tb5 0 11,116,150,120 Temperature, 120-150mb above surface [K] tb6 0 11,116,180,150 Temperature, 150-180mb above surface [K] ub2 0 33,116,60,30 U Winds, 30-60mb above surface [m/s] ub3 0 33,116,90,60 U Winds, 60-90mb above surface [m/s] ub4 0 33,116,120,90 U Winds, 90-120mb above surface [m/s] ub5 0 33,116,150,120 U Winds, 120-150mb above surface [m/s] ub6 0 33,116,180,150 U Winds, 150-180mb above surface [m/s] vb2 0 34,116,60,30 V Winds, 30-60mb above surface [m/s] vb3 0 34,116,90,60 V Winds, 60-90mb above surface [m/s] vb4 0 34,116,120,90 V Winds, 90-120mb above surface [m/s] vb5 0 34,116,150,120 V Winds, 120-150mb above surface [m/s] vb6 0 34,116,180,150 V Winds, 150-180mb above surface [m/s] q2 0 51,116,60,30 Specific Humidity, 30-60mb above surface [kg/kg] q3 0 51,116,90,60 Specific Humidity, 60-90mb above surface [kg/kg] q4 0 51,116,120,90 Specific Humidity, 90-120mb above surface [kg/kg] q5 0 51,116,150,120 Specific Humidity, 120-150mb above surface [kg/kg] q6 0 51,116,180,150 Specific Humidity, 150-180mb above surface [kg/kg] rh2 0 52,116,60,30 Relative Humidity, 30-60mb above surface [%] rh3 0 52,116,90,60 Relative Humidity, 60-90mb above surface [%] rh4 0 52,116,120,90 Relative Humidity, 90-120mb above surface [%] rh5 0 52,116,150,120 Relative Humidity, 120-150mb above surface [%] rh6 0 52,116,180,150 Relative Humidity, 150-180mb above surface [%] dpt1000 0 17,100,1000 Dew Point Temperature at 1000 mb [K] dpt850 0 17,100,850 Dew Point Temperature at 850 mb [K] dpt700 0 17,100,700 Dew Point Temperature at 700 mb [K] dpt500 0 17,100,500 Dew Point Temperature at 500 mb [K] dpt400 0 17,100,400 Dew Point Temperature at 400 mb [K] dpt300 0 17,100,300 Dew Point Temperature at 300 mb [K] vort1000 0 41,100,1000 Absolute Vorticity at 1000 mb [/s] vort850 0 41,100,850 Absolute Vorticity at 850 mb [/s] vort700 0 41,100,700 Absolute Vorticity at 700 mb [/s] vort500 0 41,100,500 Absolute Vorticity at 500 mb [/s] vort250 0 41,100,250 Absolute Vorticity at 250 mb [/s] t3000 0 11,103,914 Temperature at 3000ft AMSL [K] t5000 0 11,103,1524 Temperature at 5000ft AMSL [K] t6000 0 11,103,1829 Temperature at 6000ft AMSL [K] t7000 0 11,103,2134 Temperature at 7000ft AMSL [K] t9000 0 11,103,2743 Temperature at 9000ft AMSL [K] t12000 0 11,103,3658 Temperature at 12000ft AMSL [K] u3000 0 33,103,914 U Winds at 3000ft AMSL [m/s] u5000 0 33,103,1524 U Winds at 5000ft AMSL [m/s] u6000 0 33,103,1829 U Winds at 6000ft AMSL [m/s] u7000 0 33,103,2134 U Winds at 7000ft AMSL [m/s] u9000 0 33,103,2743 U Winds at 9000ft AMSL [m/s] u12000 0 33,103,3658 U Winds at 12000ft AMSL [m/s] v3000 0 34,103,914 V Winds at 3000ft AMSL [m/s] v5000 0 34,103,1524 V Winds at 5000ft AMSL [m/s] v6000 0 34,103,1829 V Winds at 6000ft AMSL [m/s] v7000 0 34,103,2134 V Winds at 7000ft AMSL [m/s] v9000 0 34,103,2743 V Winds at 9000ft AMSL [m/s] v12000 0 34,103,3658 V Winds at 12000ft AMSL [m/s] rhl1 0 52,108,33,100 Relative Humidity, Sigma 0.33 to 1 [%] rhl2 0 52,108,47,100 Relative Humidity, Sigma 0.47 to 1 [%] rhl3 0 52,108,67,100 Relative Humidity, Sigma 0.67 to 1 [%] rhl4 0 52,108,84,98 Relative Humidity, Sigma 0.84 to 0.98 [%] rhl5 0 52,108,47,96 Relative Humidity, Sigma 0.47 to 0.96 [%] rhl6 0 52,108,33,67 Relative Humidity, Sigma 0.33 to 0.67 [%] rhl7 0 52,108,18,47 Relative Humidity, Sigma 0.18 to 0.47 [%] ztrop 0 7,7,0 Tropopause Geopotential Height [gpm] ttrop 0 11,7,0 Tropopause Temperature [K] ptrop 0 1,7,0 Tropopause Pressure [Pa] utrop 0 33,7,0 Tropopause U Winds [m/s] vtrop 0 34,7,0 Tropopause V Winds [m/s] pwmx 0 1,6,0 Max Wind Level Pressure [Pa] zwmx 0 7,6,0 Max Wind Level Geopotential Height [gpm] uwmx 0 33,6,0 Max Wind Level U Winds [m/s] vwmx 0 34,6,0 Max Wind Level V Winds [m/s] slp 0 2,102,0 Sea Level Pressure [Pa] slpe 0 130,102,0 Sea Level Pressure, ETA reduction [Pa] ts 0 11,1,0 Surface Temperature [K] ps 0 1,1,0 Surface Pressure [Pa] zs 0 7,1,0 Surface Geopotential Height [gpm] ufs 0 124,1,0 Surface U Momentum Flux [N/m^2] vfs 0 125,1,0 Surface V Momentum Flux [N/m^2] rough 0 83,1,0 Surface Roughness [m] evap 0 57,1,0 Surface Evaporation [kg/m^2] lhfs 0 121,1,0 Surface Latent Heat Net Flux [W/m^2] shfs 0 122,1,0 Surface Sensible Heat Net Flux [W/m^2] albdo 0 84,1,0 Surface Albedo [%] dlwrfs 0 205,1,0 Surface Downward Long Wave Rad. Flux [W/m^2] ulwrfs 0 212,1,0 Surface Upward Long Wave Rad. Flux [W/m^2] dswrfs 0 204,1,0 Surface Downward Short Wave Rad. Flux [W/m^2] uswrfs 0 211,1,0 Surface Upward Short Wave Rad. Flux [W/m^2] ulwrft 0 212,8,0 Top of Atmosphere Upward Long Wave Rad. Flux [W/m^2] uswrft 0 211,8,0 Top of Atmosphere Upward Short Wave Rad. Flux [W/m^2] t2m 0 11,105,2 2 Meter Temperature [K] q2m 0 51,105,2 2 Meter Specific Humidity [kg/kg] rh2m 0 52,105,2 2 Meter Relative Humidity [%] u10m 0 33,105,10 10 Meter U Winds [m/s] v10m 0 34,105,10 10 Meter V Winds [m/s] lcc 0 73,214,0 Low Cloud Cover [%] mcc 0 74,224,0 Mid Cloud Cover [%] hcc 0 75,234,0 High Cloud Cover [%] ctt 0 11,3,0 Cloud Top Temperature [K] ctp 0 1,3,0 Cloud Top Pressure [Pa] ctz 0 7,3,0 Cloud Top Height [gpm] cbz 0 7,2,0 Cloud Base Height [gpm] cbp 0 1,2,0 Cloud Base Pressure [Pa] cloud 0 71,200,0 Entire Atmosphere Cloud Cover [%] ccloud 0 72,200,0 Entire Atmosphere Convective Cloud Cover [%] pwat 0 54,200,0 Entire Atmospehre Precipitable Water [kg/m^2] p 0 61,1,0 Total Precipitation [kg/m^2] pc 0 63,1,0 Convective Precipitation [kg/m^2] pls 0 62,1,0 Large Scale Precipitation (Non-Conv.) [kg/m^2] snow 0 65,1,0 Accumulated Snow Depth (water equivalent) [kg/m^2] snowm 0 99,1,0 Snow Melt [/s] crain 0 140,1,0 Categorical Rain [1=yes;0=no] cfrzr 0 141,1,0 Categorical Freezing Rain [1=yes;0=no] cicep 0 142,1,0 Categorical Ice Pellets [1=yes;0=no] csnow 0 143,1,0 Categorical Snow [1=yes;0=no] sli 0 131,101,50,100 Lifted Index (1000-500mb) [K] li 0 132,116,180,0 Best (4-Layer) Lifted Index (Lowest 180mb) [K] cin 0 156,116,180,0 Convective Inhibition (Lowest 180mb) [J/kg] cins 0 156,1,0 Convective Inhibition (Surface) [J/kg] cape 0 157,116,180,0 Convective Available Potential Energy (Lowest 180mb) [J/kg] capes 0 157,1,0 Convective Available Potential Energy (Surface) [J/kg] soilm 0 144,112,0,10 Soil Moisture, 0 to 10cm [fraction] icec 0 91,1,0 Ice Cover [proportion] mask 0 81,1,0 Land-Sea Mask [proportion] endvars