def __check_empirical_phase_function_is_physical(self):
epf_checker = ArrayChecker(self.empirical_phase_function,
'empirical_phase_function')
epf_checker.check_object_is_array()
epf_checker.check_ndarray_is_numeric()
epf_checker.check_ndarray_is_positive_finite()
epf_checker.check_ndarray_is_1d()
def __check_solar_zenith_angles_are_physical(self):
solar_zenith_angle_checker = ArrayChecker(self.solar_zenith_angles,
'solar_zenith_angles')
solar_zenith_angle_checker.check_object_is_array()
solar_zenith_angle_checker.check_ndarray_is_numeric()
solar_zenith_angle_checker.check_ndarray_is_in_range(0, 180)
solar_zenith_angle_checker.check_ndarray_is_1d()
def __check_emission_angles_are_physical(self):
emission_angle_checker = ArrayChecker(self.emission_angles,
'emission_angles')
emission_angle_checker.check_object_is_array()
emission_angle_checker.check_ndarray_is_numeric()
emission_angle_checker.check_ndarray_is_in_range(0, 90)
emission_angle_checker.check_ndarray_is_1d()
def __check_long_wavelengths_are_physical(self):
long_wav_checker = ArrayChecker(self.long_wavelengths,
'long_wavelengths')
long_wav_checker.check_object_is_array()
long_wav_checker.check_ndarray_is_numeric()
long_wav_checker.check_ndarray_is_positive_finite()
long_wav_checker.check_ndarray_is_1d()
def __check_short_wavelengths_are_physical(self):
short_wav_checker = ArrayChecker(self.short_wavelengths,
'short_wavelengths')
short_wav_checker.check_object_is_array()
short_wav_checker.check_ndarray_is_numeric()
short_wav_checker.check_ndarray_is_positive_finite()
short_wav_checker.check_ndarray_is_1d()
def __check_particle_size_profile_is_physical(self):
size_checker = ArrayChecker(self.particle_size_profile,
'particle_size_profile')
size_checker.check_object_is_array()
size_checker.check_ndarray_is_numeric()
size_checker.check_ndarray_is_positive_finite()
size_checker.check_ndarray_is_1d()
def long_wavelength(self, val):
long_wav_checker = ArrayChecker(val, 'long_wavelength')
long_wav_checker.check_object_is_array()
long_wav_checker.check_ndarray_is_numeric()
long_wav_checker.check_ndarray_is_positive_finite()
long_wav_checker.check_ndarray_is_1d()
if hasattr(self, 'short_wavelength'):
self.__check_long_wavelength_has_same_shape_as_short_wavelength(val)
self.__check_log_wavelength_is_longer_than_short_wavelength(val)
self.__long_wavelength = val
def __check_mixing_ratio_profile_is_physical(self):
mixing_ratio_checker = ArrayChecker(self.mixing_ratio_profile,
'mixing_ratio_profile')
mixing_ratio_checker.check_object_is_array()
mixing_ratio_checker.check_ndarray_is_numeric()
mixing_ratio_checker.check_ndarray_is_non_negative()
mixing_ratio_checker.check_ndarray_is_finite()
mixing_ratio_checker.check_ndarray_is_1d()
def __check_angles_are_physical(self):
angles_checker = ArrayChecker(self.angles, 'angles')
angles_checker.check_object_is_array()
angles_checker.check_ndarray_is_numeric()
angles_checker.check_ndarray_is_in_range(0, np.pi)
angles_checker.check_ndarray_is_1d()
def __check_grid_is_physical(grid, grid_name):
if grid is not None:
grid_checker = ArrayChecker(grid, grid_name)
grid_checker.check_object_is_array()
grid_checker.check_ndarray_is_numeric()
grid_checker.check_ndarray_is_positive_finite()
grid_checker.check_ndarray_is_1d()
grid_checker.check_1d_array_is_monotonically_increasing()
def __check_property_is_physical(self):
properties_checker = ArrayChecker(self.property_values, 'scattering_property')
properties_checker.check_object_is_array()
properties_checker.check_ndarray_is_numeric()
properties_checker.check_ndarray_is_finite()
def __check_altitudes_are_decreasing(self):
altitude_grid_checker = ArrayChecker(self.altitude_grid,
'altitude_grid')
altitude_grid_checker.check_1d_array_is_monotonically_decreasing()
def __check_addition_is_numpy_array(array, name):
hdu_checker = ArrayChecker(array, name)
hdu_checker.check_object_is_array()
def __check_phase_angles_are_physical(self):
phase_angle_checker = ArrayChecker(self.phase_angles, 'phase_angles')
phase_angle_checker.check_object_is_array()
phase_angle_checker.check_ndarray_is_numeric()
phase_angle_checker.check_ndarray_is_in_range(0, 180)
phase_angle_checker.check_ndarray_is_1d()
def __check_boundary_altitudes(self):
altitude_checker = ArrayChecker(self.boundary_altitudes,
'boundary_altitudes')
altitude_checker.check_object_is_array()
altitude_checker.check_ndarray_is_numeric()
altitude_checker.check_ndarray_is_finite()
altitude_checker.check_ndarray_is_non_negative()
altitude_checker.check_ndarray_is_1d()
altitude_checker.check_1d_array_is_monotonically_decreasing()
altitude_checker.check_1d_array_is_at_least(2)
def __check_altitude_grid_is_physical(self):
altitude_checker = ArrayChecker(self.altitude_grid, 'altitude_grid')
altitude_checker.check_object_is_array()
altitude_checker.check_ndarray_is_numeric()
altitude_checker.check_ndarray_is_non_negative()
altitude_checker.check_ndarray_is_finite()
altitude_checker.check_ndarray_is_1d()
altitude_checker.check_1d_array_is_monotonically_decreasing()
def __check_wavelengths_are_physical(self):
wavelength_checker = ArrayChecker(self.wavelengths, 'wavelengths')
wavelength_checker.check_object_is_array()
wavelength_checker.check_ndarray_is_numeric()
wavelength_checker.check_ndarray_is_positive_finite()
wavelength_checker.check_ndarray_is_1d()
def __check_atmosphere_values_are_physical(self):
atmosphere_checker = ArrayChecker(self.__atmosphere, 'atmosphere')
atmosphere_checker.check_object_is_array()
atmosphere_checker.check_ndarray_is_numeric()
atmosphere_checker.check_ndarray_is_finite()
atmosphere_checker.check_ndarray_is_non_negative()
atmosphere_checker.check_ndarray_is_2d()