cm1_rain.txt4mcmccontrol

six column text file, each column represents the six averaging-regions over the mountain (column 1=upwind foothills, column 2=upwind slope, column 3=upwind top, column 4=downwind top, column 5=downwind slope, column 6=downwind foothills), all data is temporally-averaged from hours 6-9 of control simulation, each row represents different output [row1= total precipitation rate (mm hr^-1), row2= liquid precipitation rate (mm hr^-1), row3 = frozen precipitation rate (mm hr^-1), row4 = frozen precipitation fraction, row5=liquid water path (kg m^-2), row6=ice water path (kg m^-2), row7=vertically-integrated condensation rate (mm hr^-1), row8=precipitation efficiency, row9=vertically-integrated autoconversion rate (kg m^-2 hr^-1), row10=vertically-integrated rain accretion rate (kg m^-2 hr^-1), row11=vertically-integrated snow melting rate (kg m^-2 hr^-1), row12=vertically-integrated graupel melting rate (kg m^-2 hr^-1), row13=vertically-integrated rain evaporation rate (kg m^-2 hr^-1), row14=vertically-integrated ice deposition rate (kg m^-2 hr^-1), row15=vertically-integrated snow deposition rate (kg m^-2 hr^-1), row16= vertically-integrated cloud droplet condensation rate (kg m^-2 hr^-1), row17=vertically-integrated cloud droplet evaporation rate (kg m^-2 hr^-1), row18=vertically-integrated graupel deposition rate (kg m^-2 hr^-1)]