city Available_Cities 0 city [:data] all All_Data mo=ngm all{\ +temp [F:ul],\ +dewp [F:ll],\ +pop6 [%:ur:co=yellow:rs=color_pop],\ +wbrbc [:cbarb],\ +cldcv [:cloud],\ +wx [:wx:cl]} allp All_Data 0 time-12acc:sfc:prec12-prec [:cf:cof=prec.cfl:fi=2:miss=0:bar],\ map:co=red,\ all{\ +temp [F:ul],\ +dewp [F:ll],\ +pop6 [%:ur:co=yellow:rs=color_pop],\ +wbrbc [:cbarb],\ +cldcv [:cloud],\ +wx [:wx:cl]} allm All_Data mo=mrf* all{\ +maxt [F:ul],\ +mint [F:ll],\ +pop24 [%:ur:rs=color_pop],\ +cldcv [:cloud],\ +wx [:wx:cl]} clip Climate_Data 0 maxt [F:cf:in=5:cb=-20:co=black:bar:lab=0],\ pop12-pop [%:lcf:cof=pop.cfl:co=off:lab=0] cli Climate_Data mo=ngm cli{\ +extt [F:ul],\ +pop12 [%:ur:co=yellow:rs=color_pop],\ +wbrbc [:cbarb],\ +cldcv [:cloud],\ +wx12 [:wx:cl]} depict Weather_Depiction 0 depict{\ +fr [:cf:lab=0:cof=depict.cfl],\ map [:co=red],\ +cldcv [:cloud],\ +cldcl [:data:lc],\ +wx [:wx:cl]} temp Temperature mo=ngm temp [F] dewp Dewpoint mo=ngm dewp [F] dewd Dewpoint_Depression 0 dewd [dF] wdir Wind_Direction mo=ngm|ngm_ua|eta_ua wdir [deg] wspd Wind_Speed 1 wspd [knt] wind Wind_vectors 0 wind [m/s:wind] wbrb Wind_Barb mo=ngm|ngm_ua|eta_ua +wind [knt:wbarb] wbrbc Wind_Barb 0 +wind [knt:cbarb] uwnd U_wind_component 0 uwnd [m/s:%.1f] vwnd V_wind_component 0 vwnd [m/s:%.1f] vect Wind_vectors 0 wind [m/s:vect] strm Wind_streamlines 0 wind [m/s:strm] wx Present_Weather mo=ngm wx [:wx] pres Sea_Level_Pressure mo=ngm_ua|eta_ua pres [] pop Prob_of_Precipitation mo=ngm|mrfx pop [] pot Prob_of_Thunderstorms mo=ngm pot [] post Prob_of_Severe_Tstorm 0 post [] vis Visibility mo=ngm vis [mi] cldcl Cloud_Ceiling mo=ngm cldcl [100_ft:data] cldcv Cloud_Cover mo=ngm|mrfx cldcv [%:cloud] extt Extreme_Temp mo=ngm extt [F] maxt Maximum_Temp mo=mrfx maxt [F] mint Minimum_Temp mo=mrfx mint [F] dmaxt Maximum_Temp_Dev mo=mrfx dmaxt [F] dmint Minimum_Temp_Dev mo=mrfx dmint [F] prec Precip_Amount mo=ngm|avn|eta|ngm_ua|eta_ua time-12acc::prec12-prec [in:%.2f] cprec Cum_Precip_Amount 0 h60-60acc: :cprec-prec [in:%.2f] snwfl Snowfall_Accumulation mo=ngm time-12acc::snwfl12-snwfl [in] vvel Vertical_velocity mo=ngm_ua|eta_ua vvel [-ub/s] thick 1000-500mb_Thickness mo=ngm_ua|eta_ua thick [m] lift Lifted_Index mo=ngm_ua|eta_ua lift [] fr Flight_Rules 0 fr [:data] wchill Wind_Chill_Temp mo=ngm wchilt [F] wchill2 Wind_Chill_Temp mo=ngm wchill2 [F] wchilf Wind_Chill_Factor 0 wchilf [W/m^2] heat Heat_Index mo=ngm heat [F] humit Humiture 0 humit [F] wetblb Wet_Bulb_Temperature 0 wetblb [F] mrat Mixing_Ratio 0 mrat [g/kg:%2.1f] shum Specific_Humidity 0 shum [g/kg:%2.1f] rhum Relative_Humidity mo=ngm rhum [%] pot Potential_Temperature 0 theta [K] epot Equiv_Potential_Temp mo=ngm thetae [K] vtemp Virt_Temperature 0 vtemp [K] vpot Virt_Potential_Temp 0 thetav [K] conv Convergence 0 conv(wind) [10^-5_/s] mconv Moisture_Convergence 0 conv(wind,mrat:kg/kg) [10^-8_/s] rvort Rel_Vorticity 0 rvort(wind) [10^-5_/s] avort Abs_Vorticity 0 avort(wind) [10^-5_/s] tadv Temperature_Advection 0 adv(wind,temp:K) [10^-4_K/s] madv Moisture_Advection 0 adv(wind,mrat:kg/kg) [10^-7_/s] vadv Vorticity_Advection 0 adv(wind,avort) [10^-9/s^2]