NO2¶

radtran.climatologies.no2.convolved_vandaele_optical_property(wavel, psf, wavel_spacing=0.01, num_stdev=4, output_spacing=None)

Convolves down the Vandaele NO2 cross sections and creates a user defined optical property

Parameters: wavel : numpy array Wavelengths to calculate the new cross section for in nm psf : numpy array Standard deviations of the gaussian to convolve by for each wavelength Can be the same size as wavel, or size 1 in which case the psf is assumed to be the same for all wavelengths wavel_spacing : scalar, optional Spacing to calculate the highresolution wavelengths on, default is the Vandaele resolution num_stdev : scalar, optional Number of standard deviations to use in the gaussian for convolution, default is 4 output_spacing : scalar,string optional Spacing to calculate the convolved cross section on. Either a scalar to use a fixed spacing, or None to use the wavelengths of the point spread function (wavel parameter) optprop : ISKOpticalProperty Convolved optical property
radtran.climatologies.no2.pratmo(cross_section='NO2_OSIRISRES')

Initializes the NO2 climatology using PRATMO

Returns: clim: pointer to the NO2 climatology optprop: pointer to NO2 optical properties guid: unique identifier to no2
radtran.climatologies.no2.userdefined(profile, heights, cross_section='NO2_OSIRISRES')
Parameters: profile : 1d array one dimensional array containing the ozone profile [cm^-3] heights : 1d array height in meters of the profile cross_section : string name of the ozone cross section to be used