atmosphere - Turbulence generation

Functions

phase_covariance_von_karman(r0, L0)	Return a Field generator for the phase covariance function for Von Karman turbulence.
phase_structure_function_von_karman(r0, L0)	Return a Field generator for the phase structure function for Von Karman turbulence.
power_spectral_density_von_karman(r0, L0)	Return a Field generator for the power spectral density function for Von Karman turbulence.
Cn_squared_from_fried_parameter(r0[, wavelength])	Calculate the integrated Cn^2 for a certain Fried parameter.
fried_parameter_from_Cn_squared(Cn_squared)	Calculate the Fried parameter from the integrated Cn^2.
seeing_to_fried_parameter(seeing[, wavelength])	Calculate the Fried parameter from the seeing FWHM.
fried_parameter_to_seeing(r0[, wavelength])	Calculate the FWHM of the seeing from the Fried parameter.
make_standard_atmospheric_layers(input_grid)	Create a multi-layer atmosphere for the Mauna Kea observatory site.
make_mauna_kea_atmospheric_layers(input_grid)	Create a multi-layer atmosphere for the Mauna Kea observatory site.
make_las_campanas_atmospheric_layers(input_grid)	Create a multi-layer atmosphere for the Las Campanas Observatory site.
make_keck_atmospheric_layers(input_grid[, ...])	Creates a multi-layer atmosphere for Keck Observatory.
make_standard_atmosphere(input_grid[, ...])	Make a standard atmosphere for one of the built-in sites.

Classes

MultiLayerAtmosphere(layers[, ...])	A multi-layer atmospheric model.
AtmosphericLayer(input_grid[, Cn_squared, ...])	A single infinitely-thin atmospheric layer.
FiniteAtmosphericLayer(input_grid[, ...])	An atmospheric layer simulating atmospheric turbulence.
InfiniteAtmosphericLayer(input_grid, Cn_squared)	An atmospheric layer that can be infinitely extended in any direction.
ModalAdaptiveOpticsLayer(layer, ...)