# file description
# XDIM YDIM ZDIM
103 103 60
# DX DY
2000 2000
#
# GEOGRAPHY FILE
# dim name 
2 Height Height of surface
2 Lat	Latitude
2 Lon	Longitude
2 Corioris	Corioris factor
2 Land	Land usage
GEOEND
#
#
#
# dmp FILE
2 U10	x components of velocity at 10m [m/s]
2 V10   y components of velocity at 10m [m/s]
2 P15	pressure at 1.5m [Pa]
2 Pt15	potential temperature at 1.5m [K]
2 Rv15	water vapor mixing ratio at 1.5m
2 Tg0	ground and sea surface temperature [K]
2 H	sensible heat over surface [W/m^2]
2 LE	latent heat over surface [W/m^2]
2 Qsd	downward short wave radiation [W/m^2]
2 Qld	downward long wave radiation [W/m^2]
2 Qlu	upward long wave radiation [W/m^2]
3 Ubase	base state x components of velocity [m/s]
3 U	x components of velocity [m/s]
3 Vbase	base state y components of velocity [m/s]
3 V	y components of velocity [m/s]
3 W	z components of velocity [m/s]
3 Pbase	base state pressure [Pa]
3 P	pressure perturbation [Pa]
3 PTbase	base state potential temperature [K]
3 PT	potential temperature perturbation [K]
3 QVbase	base state water vapor mixing ratio [kg/kg]
3 QV	water vapor mixing ratio [kg/kg]
3 CLW	cloud water mixing ratio [kg/kg]
3 RAINMR	rain water mixing ratio [kg/kg]
3 CLIMR	cloud ice mixing ratio [kg/kg]
3 SNOWMR	snow mixing ratio [kg/kg]
3 GRAUPEL	graupel mixing ratio [kg/kg]
3 CLIC	concentration of cloud ice [1/kg]
3 SNOWC	concentration of snow [1/kg]
3 GRAUPLEC	concentration of graupel [1/kg]
3 TKE	turbulent kinetic energy [J/kg]
2 Rainfallrate	rain fall rate [m/s]
2 Accumulatedrainfall	accumulated rain fall [m]
2 Snowfallrate	snow fall rate [m/s]
2 Accumulatedsnowfall	accumulated snow fall [m]
2 Graupelfallrate	graupel fall rate [m/s]
2 Accumulatedgraupelfall	accumulated graupel fall
3 ZPH	z physical coordinates [m]
DMPEND