For precipitation scaling with air temperature using an expontential function result.scale(exp(0.05*dT)) use the -paleo_precip modifier. The paramter can be changed using a pism_override.cdl file (see below).
Do we need a precipitation_standard field to enable restart from file? Shouldn't be an issue if the forcing file is external...
PDD parameters can be changed using a pism_override.cdl file rather than adding/setting options...
For precipitation scaling with air temperature using an expontential function result.scale(exp(0.05*dT)) use the -paleo_precip modifier. The paramter can be changed using a pism_override.cdl file (see below). Do we need a precipitation_standard field to enable restart from file? Shouldn't be an issue if the forcing file is external...
PDD parameters can be changed using a pism_override.cdl file rather than adding/setting options...
netcdf pism_parameter { variables: byte pism_overrides;
pism_overrides:atmosphere.precip_exponential_factor_for_temperature = 0.07041666667;
pism_overrides:surface.pdd.factor_snow = 0.0032967032967033; pism_overrides:surface.pdd.factor_ice = 0.00879120879120879; pism_overrides:surface.pdd.std_dev = 5.0; } //ncgen -o pism_config_override.nc pism_parameter.cdl //bed_config="-config_override ${INITDIR}/beddef_config.nc"