Index

_

__call__() (hcipy.optics.Detector method) (hcipy.optics.GaussianBeam method) (hcipy.optics.OpticalElement method) (hcipy.util.SpectralNoise method) (hcipy.util.SpectralNoiseFFT method) (hcipy.util.SpectralNoiseMultiscale method)

A

actuators (hcipy.optics.DeformableMirror attribute) add_callback() (hcipy.optics.DynamicOpticalSystem method) add_frame() (hcipy.plotting.FFMpegWriter method) (hcipy.plotting.GifWriter method) AgnosticOpticalElement (class in hcipy.optics) amplitude (hcipy.optics.Wavefront attribute) angle_of_linear_polarization (hcipy.optics.Wavefront attribute) AngularSpectrumPropagator (class in hcipy.propagation) ansi_to_zernike() (in module hcipy.mode_basis)

apodization (hcipy.optics.Apodizer attribute) (hcipy.optics.PhaseApodizer attribute) (hcipy.optics.SurfaceApodizer attribute) Apodizer (class in hcipy.optics) append() (hcipy.mode_basis.ModeBasis method) as_() (hcipy.field.Grid method) at() (hcipy.field.Field method) AtmosphericLayer (class in hcipy.atmosphere) azimutal_profile() (in module hcipy.metrics)

B

backward() (hcipy.atmosphere.AtmosphericLayer method) (hcipy.atmosphere.MultiLayerAtmosphere method) (hcipy.coronagraphy.KnifeEdgeLyotCoronagraph method) (hcipy.coronagraphy.LyotCoronagraph method) (hcipy.coronagraphy.OccultedLyotCoronagraph method) (hcipy.coronagraphy.PerfectCoronagraph method) (hcipy.coronagraphy.VectorVortexCoronagraph method) (hcipy.coronagraphy.VortexCoronagraph method) (hcipy.fourier.FastFourierTransform method) (hcipy.fourier.FourierFilter method) (hcipy.fourier.FourierTransform method) (hcipy.fourier.MatrixFourierTransform method) (hcipy.fourier.NaiveFourierTransform method) (hcipy.optics.Apodizer method) (hcipy.optics.CircularPolarizingBeamSplitter method) (hcipy.optics.ComplexSurfaceApodizer method) (hcipy.optics.DeformableMirror method) (hcipy.optics.EmptyOpticalElement method) (hcipy.optics.EvenAsphereMicroLensArray method) (hcipy.optics.JonesMatrixOpticalElement method) (hcipy.optics.LinearPolarizingBeamSplitter method) (hcipy.optics.Magnifier method) (hcipy.optics.MicroLensArray method) (hcipy.optics.MultiplexedComplexSurfaceApodizer method) (hcipy.optics.OpticalElement method) (hcipy.optics.OpticalSystem method) (hcipy.optics.PeriodicOpticalElement method) (hcipy.optics.SimpleVibration method) (hcipy.optics.SingleModeFiberArray method) (hcipy.optics.SphericalMicroLensArray method) (hcipy.optics.StepIndexFiber method) (hcipy.optics.SurfaceAberrationAtDistance method) (hcipy.propagation.AngularSpectrumPropagator method) (hcipy.propagation.FraunhoferPropagator method) (hcipy.propagation.FresnelPropagator method) (hcipy.wavefront_sensing.ModulatedPyramidWavefrontSensorOptics method) (hcipy.wavefront_sensing.OpticalDifferentiationWavefrontSensorOptics method) (hcipy.wavefront_sensing.PyramidWavefrontSensorOptics method) (hcipy.wavefront_sensing.VectorZernikeWavefrontSensorOptics method) (hcipy.wavefront_sensing.ZernikeWavefrontSensorOptics method)

beam_divergence (hcipy.optics.GaussianBeam attribute) beam_radius (hcipy.optics.GaussianBeam attribute) beam_waist (hcipy.optics.GaussianBeam attribute) binned_profile() (in module hcipy.metrics)

C

calculate_propagators() (hcipy.atmosphere.MultiLayerAtmosphere method) CartesianGrid (class in hcipy.field) circular_aperture() (in module hcipy.aperture) circularity (hcipy.optics.PhaseRetarder attribute) CircularPolarizingBeamSplitter (class in hcipy.optics) CircularRetarder (class in hcipy.optics) clear_cache() (hcipy.optics.AgnosticOpticalElement method) close() (hcipy.plotting.FFMpegWriter method) (hcipy.plotting.GifWriter method) closest_points() (in module hcipy.optics) closest_to() (hcipy.field.Grid method) Cn_squared (hcipy.atmosphere.AtmosphericLayer attribute) (hcipy.atmosphere.FiniteAtmosphericLayer attribute) (hcipy.atmosphere.InfiniteAtmosphericLayer attribute) (hcipy.atmosphere.ModalAdaptiveOpticsLayer attribute) (hcipy.atmosphere.MultiLayerAtmosphere attribute)

Cn_squared_from_fried_parameter() (in module hcipy.atmosphere) coefficients_for() (hcipy.mode_basis.ModeBasis method) complex_beam_parameter (hcipy.optics.GaussianBeam attribute) complex_field_to_rgb() (in module hcipy.plotting) ComplexSurfaceApodizer (class in hcipy.optics) Configuration (class in hcipy.config) conical_surface_sag() (in module hcipy.optics) construct_function() (hcipy.optics.AgnosticOpticalElement method) contour_field() (in module hcipy.plotting) contourf_field() (in module hcipy.plotting) convert() (hcipy.plotting.GifWriter method) convert_to_gif() (hcipy.plotting.GifWriter static method) copy() (hcipy.field.Grid method) (hcipy.optics.Wavefront method) (hcipy.util.SpectralNoise method) core_radius (hcipy.optics.StepIndexFiber attribute)

D

DeformableMirror (class in hcipy.optics) degree_of_circular_polarization (hcipy.optics.Wavefront attribute) degree_of_linear_polarization (hcipy.optics.Wavefront attribute) degree_of_polarization (hcipy.optics.Wavefront attribute) delta (hcipy.field.Grid attribute) Detector (class in hcipy.optics)

dims (hcipy.field.Grid attribute) (hcipy.field.SeparatedCoords attribute) disk_harmonic() (in module hcipy.mode_basis) disk_harmonic_energy() (in module hcipy.mode_basis) distance (hcipy.propagation.AngularSpectrumPropagator attribute) (hcipy.propagation.FresnelPropagator attribute) DynamicOpticalSystem (class in hcipy.optics)

E

electric_field (hcipy.optics.Wavefront attribute) elliptical_aperture() (in module hcipy.aperture) ellipticity (hcipy.optics.Wavefront attribute) empty() (hcipy.field.Grid method) EmptyOpticalElement (class in hcipy.optics) errorfill() (in module hcipy.plotting) estimate() (hcipy.wavefront_sensing.OpticalDifferentiationWavefrontSensorEstimator method) (hcipy.wavefront_sensing.PyramidWavefrontSensorEstimator method) (hcipy.wavefront_sensing.ShackHartmannWavefrontSensorEstimator method) (hcipy.wavefront_sensing.WavefrontSensorEstimator method) (hcipy.wavefront_sensing.ZernikeWavefrontSensorEstimator method) evaluate() (hcipy.optics.GaussianBeam method) (hcipy.util.SpectralNoise method)

evaluate_parameter() (hcipy.optics.AgnosticOpticalElement method) evaluate_supersampled() (in module hcipy.field) even_aspheric_surface_sag() (in module hcipy.optics) EvenAsphereMicroLensArray (class in hcipy.optics) evolve_until() (hcipy.atmosphere.AtmosphericLayer method) (hcipy.atmosphere.FiniteAtmosphericLayer method) (hcipy.atmosphere.InfiniteAtmosphericLayer method) (hcipy.atmosphere.ModalAdaptiveOpticsLayer method) (hcipy.atmosphere.MultiLayerAtmosphere method) (hcipy.optics.DynamicOpticalSystem method) extend() (hcipy.mode_basis.ModeBasis method)

F

fast_axis_orientation (hcipy.optics.PhaseRetarder attribute) FastFourierTransform (class in hcipy.fourier) FFMpegWriter (class in hcipy.plotting) Field (class in hcipy.field) field_adjoint() (in module hcipy.field) field_conjugate_transpose() (in module hcipy.field) field_cross() (in module hcipy.field) field_determinant() (in module hcipy.field) field_dot() (in module hcipy.field) field_einsum() (in module hcipy.field) field_inv() (in module hcipy.field) field_inverse_tikhonov() (in module hcipy.field) field_inverse_truncated() (in module hcipy.field) field_inverse_truncated_modal() (in module hcipy.field) field_kron() (in module hcipy.field) field_svd() (in module hcipy.field) field_trace() (in module hcipy.field) field_transpose() (in module hcipy.field) FiniteAtmosphericLayer (class in hcipy.atmosphere) flat_field (hcipy.optics.NoisyDetector attribute) flatten() (hcipy.optics.DeformableMirror method) focal_length (hcipy.propagation.FraunhoferPropagator attribute) forward() (hcipy.atmosphere.AtmosphericLayer method) (hcipy.atmosphere.MultiLayerAtmosphere method) (hcipy.coronagraphy.KnifeEdgeLyotCoronagraph method) (hcipy.coronagraphy.LyotCoronagraph method) (hcipy.coronagraphy.OccultedLyotCoronagraph method) (hcipy.coronagraphy.PerfectCoronagraph method) (hcipy.coronagraphy.VectorVortexCoronagraph method) (hcipy.coronagraphy.VortexCoronagraph method) (hcipy.fourier.FastFourierTransform method) (hcipy.fourier.FourierFilter method) (hcipy.fourier.FourierTransform method) (hcipy.fourier.MatrixFourierTransform method) (hcipy.fourier.NaiveFourierTransform method) (hcipy.optics.Apodizer method) (hcipy.optics.CircularPolarizingBeamSplitter method) (hcipy.optics.ComplexSurfaceApodizer method) (hcipy.optics.DeformableMirror method) (hcipy.optics.EmptyOpticalElement method) (hcipy.optics.EvenAsphereMicroLensArray method) (hcipy.optics.JonesMatrixOpticalElement method) (hcipy.optics.LinearPolarizingBeamSplitter method) (hcipy.optics.Magnifier method) (hcipy.optics.MicroLensArray method) (hcipy.optics.MultiplexedComplexSurfaceApodizer method) (hcipy.optics.OpticalElement method) (hcipy.optics.OpticalSystem method) (hcipy.optics.PeriodicOpticalElement method) (hcipy.optics.SimpleVibration method) (hcipy.optics.SingleModeFiberArray method) (hcipy.optics.SphericalMicroLensArray method) (hcipy.optics.StepIndexFiber method) (hcipy.optics.SurfaceAberrationAtDistance method) (hcipy.propagation.AngularSpectrumPropagator method) (hcipy.propagation.FraunhoferPropagator method) (hcipy.propagation.FresnelPropagator method) (hcipy.wavefront_sensing.ModulatedPyramidWavefrontSensorOptics method) (hcipy.wavefront_sensing.OpticalDifferentiationWavefrontSensorOptics method) (hcipy.wavefront_sensing.PyramidWavefrontSensorOptics method) (hcipy.wavefront_sensing.VectorZernikeWavefrontSensorOptics method) (hcipy.wavefront_sensing.ZernikeWavefrontSensorOptics method)

FourierFilter (class in hcipy.fourier) FourierTransform (class in hcipy.fourier) FraunhoferPropagator (class in hcipy.propagation) frequency (hcipy.optics.SimpleVibration attribute) FresnelPropagator (class in hcipy.propagation) fried_parameter_from_Cn_squared() (in module hcipy.atmosphere) fried_parameter_to_seeing() (in module hcipy.atmosphere) from_dict() (hcipy.field.Field class method) (hcipy.field.Grid class method) (hcipy.field.RegularCoords class method) (hcipy.field.SeparatedCoords class method) (hcipy.field.UnstructuredCoords class method) (hcipy.mode_basis.ModeBasis class method) full_width_half_maximum (hcipy.optics.GaussianBeam attribute) FWHM (hcipy.optics.GaussianBeam attribute)

G

gaussian_hermite() (in module hcipy.mode_basis) gaussian_hermite_index() (in module hcipy.mode_basis) gaussian_laguerre() (in module hcipy.mode_basis) GaussianBeam (class in hcipy.optics) generate_app_keller() (in module hcipy.coronagraphy) generate_app_por() (in module hcipy.coronagraphy) GeometricPhaseElement (class in hcipy.optics) get_glasses_in_catalogue() (in module hcipy.optics) get_input_grid() (hcipy.coronagraphy.VectorVortexCoronagraph method) (hcipy.optics.AgnosticOpticalElement method) (hcipy.optics.Apodizer method) (hcipy.optics.JonesMatrixOpticalElement method) (hcipy.optics.Magnifier method) (hcipy.optics.StepIndexFiber method) (hcipy.propagation.AngularSpectrumPropagator method) (hcipy.propagation.FraunhoferPropagator method) (hcipy.propagation.FresnelPropagator method) get_instance() (hcipy.optics.OpticalElement method) get_instance_data() (hcipy.optics.AgnosticOpticalElement method) get_mean_intensity_in_roi() (in module hcipy.metrics) get_mean_raw_contrast() (in module hcipy.metrics) get_output_grid() (hcipy.coronagraphy.VectorVortexCoronagraph method) (hcipy.optics.AgnosticOpticalElement method) (hcipy.optics.Apodizer method) (hcipy.optics.JonesMatrixOpticalElement method) (hcipy.optics.Magnifier method) (hcipy.optics.StepIndexFiber method) (hcipy.propagation.AngularSpectrumPropagator method) (hcipy.propagation.FraunhoferPropagator method) (hcipy.propagation.FresnelPropagator method)

get_ravc_planet_transmission() (in module hcipy.coronagraphy) get_refractive_index() (in module hcipy.optics) get_segment_actuators() (hcipy.optics.SegmentedDeformableMirror method) get_strehl_from_focal() (in module hcipy.metrics) get_strehl_from_pupil() (in module hcipy.metrics) get_transformation_matrix_backward() (hcipy.coronagraphy.PerfectCoronagraph method) (hcipy.fourier.FourierTransform method) (hcipy.optics.EmptyOpticalElement method) (hcipy.optics.OpticalElement method) (hcipy.optics.OpticalSystem method) (hcipy.optics.SingleModeFiberArray method) get_transformation_matrix_forward() (hcipy.coronagraphy.PerfectCoronagraph method) (hcipy.fourier.FourierTransform method) (hcipy.optics.EmptyOpticalElement method) (hcipy.optics.OpticalElement method) (hcipy.optics.OpticalSystem method) (hcipy.optics.SingleModeFiberArray method) GifWriter (class in hcipy.plotting) gouy_phase (hcipy.optics.GaussianBeam attribute) Grid (class in hcipy.field) grid (hcipy.optics.Wavefront attribute)

H

HalfWavePlate (class in hcipy.optics) hcipy.aperture module hcipy.atmosphere module hcipy.config module hcipy.coronagraphy module hcipy.field module hcipy.fourier module hcipy.interpolation module hcipy.metrics module

hcipy.mode_basis module hcipy.optics module hcipy.plotting module hcipy.propagation module hcipy.util module hcipy.wavefront_control module hcipy.wavefront_sensing module hexagonal_aperture() (in module hcipy.aperture)

I

I (hcipy.optics.Wavefront attribute) imag (hcipy.optics.Wavefront attribute) imsave_field() (in module hcipy.plotting) imshow_field() (in module hcipy.plotting) imshow_psf() (in module hcipy.plotting) imshow_pupil_phase() (in module hcipy.plotting) index_to_hermite() (in module hcipy.mode_basis) InfiniteAtmosphericLayer (class in hcipy.atmosphere) influence_functions (hcipy.optics.DeformableMirror attribute) input_stokes_vector (hcipy.optics.Wavefront attribute) integrate() (hcipy.optics.Detector method) (hcipy.optics.DynamicOpticalSystem method) (hcipy.optics.NoiselessDetector method) (hcipy.optics.NoisyDetector method) (hcipy.optics.SingleModeFiber method)

intensity (hcipy.optics.Wavefront attribute) inverse_tikhonov() (in module hcipy.util) inverse_truncated() (in module hcipy.util) inverse_truncated_modal() (in module hcipy.util) is_() (hcipy.field.Grid method) is_dense (hcipy.mode_basis.ModeBasis attribute) is_partially_polarized (hcipy.optics.Wavefront attribute) is_polarized (hcipy.optics.Wavefront attribute) is_regular (hcipy.field.Grid attribute) is_scalar (hcipy.optics.Wavefront attribute) is_scalar_field (hcipy.field.Field attribute) is_separated (hcipy.field.Grid attribute) is_sparse (hcipy.mode_basis.ModeBasis attribute) is_unstructured (hcipy.field.Grid attribute) is_valid_field (hcipy.field.Field attribute) is_vector_field (hcipy.field.Field attribute)

J

jones_matrix (hcipy.optics.LinearPolarizer attribute) (hcipy.optics.PhaseRetarder attribute)

jones_to_mueller() (in module hcipy.optics) JonesMatrixOpticalElement (class in hcipy.optics)

K

k (hcipy.optics.GaussianBeam attribute)

KnifeEdgeLyotCoronagraph (class in hcipy.coronagraphy)

L

L0 (hcipy.atmosphere.AtmosphericLayer attribute) (hcipy.atmosphere.FiniteAtmosphericLayer attribute) (hcipy.atmosphere.InfiniteAtmosphericLayer attribute) (hcipy.atmosphere.ModalAdaptiveOpticsLayer attribute) label_actuator_centroid_positions() (in module hcipy.optics) large_poisson() (in module hcipy.util)

layers (hcipy.atmosphere.MultiLayerAtmosphere attribute) left_singular_modes (hcipy.util.SVD attribute) linear_combination() (hcipy.mode_basis.ModeBasis method) LinearPolarizer (class in hcipy.optics) LinearPolarizingBeamSplitter (class in hcipy.optics) LinearRetarder (class in hcipy.optics) LyotCoronagraph (class in hcipy.coronagraphy)

M

M (hcipy.util.SVD attribute) magnification (hcipy.optics.Magnifier attribute) Magnifier (class in hcipy.optics) make_actuator_positions() (in module hcipy.optics) make_agnostic_backward() (in module hcipy.optics) make_agnostic_forward() (in module hcipy.optics) make_agnostic_optical_element() (in module hcipy.optics) make_cauchy_glass() (in module hcipy.optics) make_chebyshev_grid() (in module hcipy.field) make_complex_fourier_basis() (in module hcipy.mode_basis) make_cosine_basis() (in module hcipy.mode_basis) make_disk_harmonic_basis() (in module hcipy.mode_basis) make_fft_grid() (in module hcipy.fourier) make_field_operation() (in module hcipy.field) make_focal_grid() (in module hcipy.field) make_focal_grid_from_pupil_grid() (in module hcipy.field) make_fourier_basis() (in module hcipy.mode_basis) make_fourier_transform() (in module hcipy.fourier) make_gaussian_hermite_basis() (in module hcipy.mode_basis) make_gaussian_influence_functions() (in module hcipy.optics) make_gaussian_laguerre_basis() (in module hcipy.mode_basis) make_gaussian_pokes() (in module hcipy.mode_basis) make_hexagonal_grid() (in module hcipy.field) make_hexagonal_segmented_aperture() (in module hcipy.aperture) make_hicat_aperture() (in module hcipy.aperture) make_hicat_lyot_stop() (in module hcipy.aperture) make_instance() (hcipy.coronagraphy.VectorVortexCoronagraph method) (hcipy.optics.AgnosticOpticalElement method) (hcipy.optics.Apodizer method) (hcipy.optics.JonesMatrixOpticalElement method) (hcipy.optics.Magnifier method) (hcipy.optics.StepIndexFiber method) (hcipy.propagation.AngularSpectrumPropagator method) (hcipy.propagation.FraunhoferPropagator method) (hcipy.propagation.FresnelPropagator method) make_linear_interpolator() (in module hcipy.interpolation) make_linear_interpolator_separated() (in module hcipy.interpolation) make_linear_interpolator_unstructured() (in module hcipy.interpolation) make_LP_modes() (in module hcipy.mode_basis) make_luvoir_a_aperture() (in module hcipy.aperture) make_luvoir_a_lyot_stop() (in module hcipy.aperture) make_magellan_aperture() (in module hcipy.aperture) make_nearest_interpolator() (in module hcipy.interpolation) make_nearest_interpolator_separated() (in module hcipy.interpolation) make_nearest_interpolator_unstructured() (in module hcipy.interpolation) make_obstructed_circular_aperture() (in module hcipy.aperture) make_obstruction() (in module hcipy.aperture) make_odwfs_amplitude_filter() (in module hcipy.wavefront_sensing) make_polarization_odwfs_amplitude_filter() (in module hcipy.wavefront_sensing) make_power_law_error() (in module hcipy.optics)

make_pupil_grid() (in module hcipy.field) make_random() (hcipy.util.SpectralNoiseFactory method) (hcipy.util.SpectralNoiseFactoryFFT method) (hcipy.util.SpectralNoiseFactoryMultiscale method) make_ravc_masks() (in module hcipy.coronagraphy) make_rotated_aperture() (in module hcipy.aperture) make_segmented_aperture() (in module hcipy.aperture) make_sellmeier_glass() (in module hcipy.optics) make_sine_basis() (in module hcipy.mode_basis) make_spider() (in module hcipy.aperture) make_spider_infinite() (in module hcipy.aperture) make_standard_atmospheric_layers() (in module hcipy.atmosphere) make_subsampled_grid() (in module hcipy.field) make_supersampled_grid() (in module hcipy.field) make_uniform_grid() (in module hcipy.field) make_uniform_vector_field() (in module hcipy.field) make_uniform_vector_field_generator() (in module hcipy.field) make_vlt_aperture() (in module hcipy.aperture) make_xinetics_influence_functions() (in module hcipy.optics) make_zernike_basis() (in module hcipy.mode_basis) make_zero() (hcipy.util.SpectralNoiseFactory method) (hcipy.util.SpectralNoiseFactoryFFT method) (hcipy.util.SpectralNoiseFactoryMultiscale method) MatrixFourierTransform (class in hcipy.fourier) MicroLensArray (class in hcipy.optics) modal_decomposition() (hcipy.optics.StepIndexFiber method) ModalAdaptiveOpticsLayer (class in hcipy.atmosphere) mode_field_radius() (hcipy.optics.StepIndexFiber method) ModeBasis (class in hcipy.mode_basis) ModulatedPyramidWavefrontSensorOptics (class in hcipy.wavefront_sensing) module hcipy.aperture hcipy.atmosphere hcipy.config hcipy.coronagraphy hcipy.field hcipy.fourier hcipy.interpolation hcipy.metrics hcipy.mode_basis hcipy.optics hcipy.plotting hcipy.propagation hcipy.util hcipy.wavefront_control hcipy.wavefront_sensing mueller_matrices (hcipy.optics.CircularPolarizingBeamSplitter attribute) (hcipy.optics.LinearPolarizingBeamSplitter attribute) mueller_matrix (hcipy.optics.JonesMatrixOpticalElement attribute) MultiLayerAtmosphere (class in hcipy.atmosphere) MultiplexedComplexSurfaceApodizer (class in hcipy.optics)

N

NA (hcipy.optics.StepIndexFiber attribute) NaiveFourierTransform (class in hcipy.fourier) ndim (hcipy.field.Grid attribute) NoiselessDetector (class in hcipy.optics) NoisyDetector (class in hcipy.optics) noll_to_zernike() (in module hcipy.mode_basis)

num_actuators (hcipy.optics.DeformableMirror attribute) num_modes (hcipy.mode_basis.ModeBasis attribute) (hcipy.util.SVD attribute) num_modes() (hcipy.optics.StepIndexFiber method) num_oversampling (hcipy.propagation.AngularSpectrumPropagator attribute) (hcipy.propagation.FresnelPropagator attribute)

O

OccultedLyotCoronagraph (class in hcipy.coronagraphy) ones() (hcipy.field.Grid method) opd (hcipy.optics.DeformableMirror attribute) (hcipy.optics.SurfaceApodizer attribute) optical_differentiation_surface() (in module hcipy.wavefront_sensing) optical_elements (hcipy.optics.OpticalSystem attribute) optical_path_difference (hcipy.optics.SurfaceApodizer attribute) OpticalDifferentiationWavefrontSensorEstimator (class in hcipy.wavefront_sensing) OpticalDifferentiationWavefrontSensorOptics (class in hcipy.wavefront_sensing)

OpticalElement (class in hcipy.optics) OpticalSystem (class in hcipy.optics) orthogonalized (hcipy.mode_basis.ModeBasis attribute) outer_scale (hcipy.atmosphere.AtmosphericLayer attribute) (hcipy.atmosphere.FiniteAtmosphericLayer attribute) (hcipy.atmosphere.InfiniteAtmosphericLayer attribute) (hcipy.atmosphere.ModalAdaptiveOpticsLayer attribute) (hcipy.atmosphere.MultiLayerAtmosphere attribute) output_grid (hcipy.atmosphere.AtmosphericLayer attribute)

P

parabolic_surface_sag() (in module hcipy.optics) PerfectCoronagraph (class in hcipy.coronagraphy) PeriodicOpticalElement (class in hcipy.optics) phase (hcipy.optics.PhaseApodizer attribute) (hcipy.optics.SimpleVibration attribute) (hcipy.optics.SurfaceApodizer attribute) (hcipy.optics.Wavefront attribute) phase_covariance_von_karman() (in module hcipy.atmosphere) phase_for() (hcipy.atmosphere.AtmosphericLayer method) (hcipy.atmosphere.FiniteAtmosphericLayer method) (hcipy.atmosphere.InfiniteAtmosphericLayer method) (hcipy.atmosphere.ModalAdaptiveOpticsLayer method) (hcipy.atmosphere.MultiLayerAtmosphere method) (hcipy.optics.ComplexSurfaceApodizer method) (hcipy.optics.DeformableMirror method)

phase_retardation (hcipy.optics.PhaseRetarder attribute) (hcipy.wavefront_sensing.VectorZernikeWavefrontSensorOptics attribute) phase_structure_function_von_karman() (in module hcipy.atmosphere) PhaseApodizer (class in hcipy.optics) PhaseRetarder (class in hcipy.optics) points (hcipy.field.Grid attribute) PolarGrid (class in hcipy.field) polarization_angle (hcipy.optics.LinearPolarizer attribute) (hcipy.optics.LinearPolarizingBeamSplitter attribute) power (hcipy.optics.Wavefront attribute) power_spectral_density_von_karman() (in module hcipy.atmosphere) Propagator (class in hcipy.propagation) psi (hcipy.optics.GaussianBeam attribute) PyramidWavefrontSensorEstimator (class in hcipy.wavefront_sensing) PyramidWavefrontSensorOptics (class in hcipy.wavefront_sensing)

Q

q (hcipy.optics.GaussianBeam attribute)

Q (hcipy.optics.Wavefront attribute) QuarterWavePlate (class in hcipy.optics)

R

r (hcipy.field.PolarGrid attribute) R (hcipy.optics.GaussianBeam attribute) radial_profile() (in module hcipy.metrics) radius_of_curvature (hcipy.optics.GaussianBeam attribute) random() (hcipy.optics.DeformableMirror method) rayleigh_distance (hcipy.optics.GaussianBeam attribute) read_field() (in module hcipy.util) read_fits() (in module hcipy.util) read_grid() (in module hcipy.util) read_mode_basis() (in module hcipy.util) read_out() (hcipy.optics.Detector method) (hcipy.optics.NoiselessDetector method) (hcipy.optics.NoisyDetector method) (hcipy.optics.SingleModeFiber method) real (hcipy.optics.Wavefront attribute) rectangular_aperture() (in module hcipy.aperture) refractive_index (hcipy.optics.SurfaceApodizer attribute) (hcipy.propagation.AngularSpectrumPropagator attribute) (hcipy.propagation.FresnelPropagator attribute) regular_coords (hcipy.field.Grid attribute) (hcipy.field.RegularCoords attribute)

regular_polygon_aperture() (in module hcipy.aperture) RegularCoords (class in hcipy.field) reset() (hcipy.atmosphere.AtmosphericLayer method) (hcipy.atmosphere.FiniteAtmosphericLayer method) (hcipy.atmosphere.InfiniteAtmosphericLayer method) (hcipy.atmosphere.ModalAdaptiveOpticsLayer method) (hcipy.atmosphere.MultiLayerAtmosphere method) (hcipy.config.Configuration method) reverse() (hcipy.field.Grid method) (hcipy.field.RegularCoords method) (hcipy.field.SeparatedCoords method) (hcipy.field.UnstructuredCoords method) reversed() (hcipy.field.Grid method) right_singular_modes (hcipy.util.SVD attribute) rotate() (hcipy.field.CartesianGrid method) (hcipy.field.Grid method) (hcipy.field.PolarGrid method) rotated() (hcipy.field.CartesianGrid method) (hcipy.field.Grid method)

S

S (hcipy.util.SVD attribute) scale() (hcipy.field.CartesianGrid method) (hcipy.field.Grid method) (hcipy.field.PolarGrid method) scaled() (hcipy.field.Grid method) scintillation (hcipy.atmosphere.MultiLayerAtmosphere attribute) seeing_to_fried_parameter() (in module hcipy.atmosphere) SegmentedDeformableMirror (class in hcipy.optics) segments (hcipy.optics.SegmentedDeformableMirror attribute) separated_coords (hcipy.field.Grid attribute) (hcipy.field.RegularCoords attribute) SeparatedCoords (class in hcipy.field) set_color_scheme() (in module hcipy.plotting) set_segment_actuators() (hcipy.optics.SegmentedDeformableMirror method) ShackHartmannWavefrontSensorEstimator (class in hcipy.wavefront_sensing) ShackHartmannWavefrontSensorOptics (class in hcipy.wavefront_sensing) shape (hcipy.field.Grid attribute) (hcipy.field.RegularCoords attribute) (hcipy.field.SeparatedCoords attribute) shaped (hcipy.field.Field attribute) shift() (hcipy.field.CartesianGrid method) (hcipy.field.Grid method) (hcipy.field.PolarGrid method) (hcipy.util.SpectralNoise method) (hcipy.util.SpectralNoiseFFT method) (hcipy.util.SpectralNoiseMultiscale method) shifted() (hcipy.field.Grid method) (hcipy.field.PolarGrid method) (hcipy.util.SpectralNoise method)

SimpleVibration (class in hcipy.optics) SingleModeFiber (class in hcipy.optics) SingleModeFiberArray (class in hcipy.optics) singular_values (hcipy.util.SVD attribute) size (hcipy.field.Grid attribute) (hcipy.field.RegularCoords attribute) (hcipy.field.SeparatedCoords attribute) (hcipy.field.UnstructuredCoords attribute) SpectralNoise (class in hcipy.util) SpectralNoiseFactory (class in hcipy.util) SpectralNoiseFactoryFFT (class in hcipy.util) SpectralNoiseFactoryMultiscale (class in hcipy.util) SpectralNoiseFFT (class in hcipy.util) SpectralNoiseMultiscale (class in hcipy.util) spherical_surface_sag() (in module hcipy.optics) SphericalMicroLensArray (class in hcipy.optics) SquareShackHartmannWavefrontSensorOptics (class in hcipy.wavefront_sensing) StepIndexFiber (class in hcipy.optics) stokes_vector (hcipy.optics.Wavefront attribute) subsample_field() (in module hcipy.field) subset() (hcipy.field.Grid method) surface (hcipy.optics.DeformableMirror attribute) surface_sag (hcipy.optics.SurfaceApodizer attribute) SurfaceAberration (class in hcipy.optics) SurfaceAberrationAtDistance (class in hcipy.optics) SurfaceApodizer (class in hcipy.optics) SVD (class in hcipy.util) svd (hcipy.util.SVD attribute)

T

t (hcipy.atmosphere.AtmosphericLayer attribute) (hcipy.atmosphere.MultiLayerAtmosphere attribute) T_backward (hcipy.fourier.NaiveFourierTransform attribute) T_forward (hcipy.fourier.NaiveFourierTransform attribute) tensor_order (hcipy.field.Field attribute) tensor_shape (hcipy.field.Field attribute) theta (hcipy.field.PolarGrid attribute) (hcipy.optics.GaussianBeam attribute) TipTiltMirror (class in hcipy.optics)

to_dense() (hcipy.mode_basis.ModeBasis method) to_dict() (hcipy.field.Field method) (hcipy.field.Grid method) (hcipy.field.RegularCoords method) (hcipy.field.SeparatedCoords method) (hcipy.field.UnstructuredCoords method) (hcipy.mode_basis.ModeBasis method) to_sparse() (hcipy.mode_basis.ModeBasis method) total_power (hcipy.optics.Wavefront attribute) transformation_matrix (hcipy.mode_basis.ModeBasis attribute)

U

U (hcipy.optics.Wavefront attribute) (hcipy.util.SVD attribute)

UnstructuredCoords (class in hcipy.field) update() (hcipy.config.Configuration method)

V

V (hcipy.optics.Wavefront attribute) V() (hcipy.optics.StepIndexFiber method) VectorApodizingPhasePlate (class in hcipy.coronagraphy) VectorVortexCoronagraph (class in hcipy.coronagraphy)

VectorZernikeWavefrontSensorOptics (class in hcipy.wavefront_sensing) velocity (hcipy.atmosphere.AtmosphericLayer attribute) VortexCoronagraph (class in hcipy.coronagraphy) Vt (hcipy.util.SVD attribute)

W

w (hcipy.field.CartesianGrid attribute) (hcipy.optics.GaussianBeam attribute) Wavefront (class in hcipy.optics) WavefrontSensorEstimator (class in hcipy.wavefront_sensing) WavefrontSensorOptics (class in hcipy.wavefront_sensing) wavenumber (hcipy.optics.GaussianBeam attribute) (hcipy.optics.Wavefront attribute)

weights (hcipy.field.Grid attribute) write_field() (in module hcipy.util) write_fits() (in module hcipy.util) write_grid() (in module hcipy.util) write_mode_basis() (in module hcipy.util)

X

x (hcipy.field.CartesianGrid attribute)

Y

y (hcipy.field.CartesianGrid attribute)

Z

z (hcipy.field.CartesianGrid attribute) zernike() (in module hcipy.mode_basis) zernike_to_ansi() (in module hcipy.mode_basis) zernike_to_noll() (in module hcipy.mode_basis) ZernikeWavefrontSensorEstimator (class in hcipy.wavefront_sensing)

ZernikeWavefrontSensorOptics (class in hcipy.wavefront_sensing) zero (hcipy.field.Grid attribute) zero_padding (hcipy.propagation.FresnelPropagator attribute) zeros() (hcipy.field.Grid method) zR (hcipy.optics.GaussianBeam attribute)