def create(self, gas_name=None, **kwargs):
if self.gas_name() is not None:
gas_name = self.gas_name()
elif gas_name is None:
raise param.ParamError("gas_name not supplied to creator %s" % self.__class__.__name__)
apriori_obj = rf.GasVmrApriori(self.met(), self.l1b(), self.altitude()[0], self.ref_atm_data(), "/Reference_Atmosphere", gas_name, self.temp_avg_window())
return apriori_obj.apriori_vmr(self.pressure())
def create(self, gas_name=None, **kwargs):
if self.gas_name() is not None:
gas_name = self.gas_name()
elif gas_name is None:
raise param.ParamError("gas_name not supplied to creator %s" %
self.__class__.__name__)
pressure_levels = self.pressure().pressure_grid.value.value
temperature_levels = self.temperature().temperature_grid(
self.pressure()).value.value
apriori_obj = rf.GasVmrApriori(pressure_levels, temperature_levels, self.latitude().value[0], self.time()[0], \
self.altitude()[0], self.ref_atm_data(), "/Reference_Atmosphere", gas_name, self.temp_avg_window())
return apriori_obj.apriori_vmr()
def create(self, gas_name=None, **kwargs):
if self.gas_name() is not None:
gas_name = self.gas_name()
elif gas_name is None:
raise param.ParamError("gas_name not supplied to creator %s" % self.__class__.__name__)
pressure_levels = self.pressure().pressure_grid.value.value
temperature_levels = self.temperature().temperature_grid(self.pressure()).value.value
apriori_obj = rf.GasVmrApriori(pressure_levels, temperature_levels, self.latitude().value[0], self.time()[0], \
self.altitude()[0], self.ref_atm_data(), "/Reference_Atmosphere", gas_name, self.temp_avg_window())
vmr_profile = apriori_obj.apriori_vmr()
if np.any(np.isnan(vmr_profile)):
raise param.ParamError("NaN values detected in VMR computed by GasVmrApriori for {}".format(gas_name))
return vmr_profile