HCIPy
0.2
Contents:
Introduction
Getting Started with HCIPy
Tutorials
Full API
HCIPy
Docs
»
Index
Index
A
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B
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C
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D
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E
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F
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G
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H
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I
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K
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L
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M
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N
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O
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P
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Q
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R
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S
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T
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U
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V
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W
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X
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Y
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Z
A
actuators() (hcipy.optics.DeformableMirror property)
add_callback() (hcipy.optics.DynamicOpticalSystem method)
add_frame() (hcipy.plotting.FFMpegWriter method)
(hcipy.plotting.GifWriter method)
amplitude() (hcipy.optics.Wavefront property)
AngularSpectrumPropagator (in module hcipy.propagation)
ansi_to_zernike() (in module hcipy.mode_basis)
Apodizer (in module 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.VortexCoronagraph method)
(hcipy.fourier.FastFourierTransform method)
(hcipy.fourier.FourierTransform method)
(hcipy.fourier.MatrixFourierTransform method)
(hcipy.fourier.NaiveFourierTransform method)
(hcipy.optics.ComplexSurfaceApodizer method)
(hcipy.optics.DeformableMirror method)
(hcipy.optics.LinearPolarizer method)
(hcipy.optics.MicroLensArray method)
(hcipy.optics.MultiplexedComplexSurfaceApodizer method)
(hcipy.optics.OpticalElement method)
(hcipy.optics.OpticalSystem method)
(hcipy.optics.SimpleVibration method)
(hcipy.optics.SingleModeFiberArray method)
(hcipy.optics.SurfaceAberrationAtDistance method)
(hcipy.optics.ThinLens method)
(hcipy.wavefront_sensing.ModulatedPyramidWavefrontSensor method)
(hcipy.wavefront_sensing.PyramidWavefrontSensorOptics method)
(hcipy.wavefront_sensing.ZernikeWavefrontSensorOptics method)
beam_divergence() (hcipy.optics.GaussianBeam property)
beam_radius() (hcipy.optics.GaussianBeam property)
beam_waist() (hcipy.optics.GaussianBeam property)
binned_profile() (in module hcipy.metrics)
C
calculate_propagators() (hcipy.atmosphere.MultiLayerAtmosphere method)
CartesianGrid (class in hcipy.field)
circular_aperture() (in module hcipy.aperture)
CircularRetarder (class in hcipy.optics)
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 property)
(hcipy.atmosphere.FiniteAtmosphericLayer property)
(hcipy.atmosphere.InfiniteAtmosphericLayer property)
(hcipy.atmosphere.ModalAdaptiveOpticsLayer property)
(hcipy.atmosphere.MultiLayerAtmosphere property)
Cn_squared_from_fried_parameter() (in module hcipy.atmosphere)
coefficients_for() (hcipy.mode_basis.ModeBasis method)
complex_beam_parameter() (hcipy.optics.GaussianBeam property)
complex_field_to_rgb() (in module hcipy.plotting)
ComplexSurfaceApodizer (class in hcipy.optics)
contour_field() (in module hcipy.plotting)
contourf_field() (in module hcipy.plotting)
ConvolveFFT (class in hcipy.fourier)
copy() (hcipy.field.Grid method)
(hcipy.optics.Wavefront method)
(hcipy.statistics.SpectralNoise method)
D
DeformableMirror (class in hcipy.optics)
delta() (hcipy.field.Grid property)
Detector (class in hcipy.optics)
dims() (hcipy.field.Grid property)
(hcipy.field.SeparatedCoords property)
disk_harmonic() (in module hcipy.mode_basis)
disk_harmonic_energy() (in module hcipy.mode_basis)
DynamicOpticalSystem (class in hcipy.optics)
E
efc_matrix() (hcipy.techniques.ElectricFieldConjugation property)
electric_field() (hcipy.optics.Wavefront property)
ElectricFieldConjugation (class in hcipy.techniques)
empty() (hcipy.field.Grid method)
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.statistics.SpectralNoise method)
evaluate_supersampled() (in module hcipy.field)
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
FastFourierTransform (class in hcipy.fourier)
FFMpegWriter (class in hcipy.plotting)
fiber_mode_gaussian() (in module hcipy.optics)
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_svd() (in module hcipy.field)
field_trace() (in module hcipy.field)
field_transpose() (in module hcipy.field)
FilterFFT (class in hcipy.fourier)
FiniteAtmosphericLayer (class in hcipy.atmosphere)
flat_field() (hcipy.optics.NoisyDetector property)
flatten() (hcipy.optics.DeformableMirror method)
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.VortexCoronagraph method)
(hcipy.fourier.ConvolveFFT method)
(hcipy.fourier.FastFourierTransform method)
(hcipy.fourier.FourierTransform method)
(hcipy.fourier.MatrixFourierTransform method)
(hcipy.fourier.NaiveFourierTransform method)
(hcipy.optics.ComplexSurfaceApodizer method)
(hcipy.optics.DeformableMirror method)
(hcipy.optics.LinearPolarizer method)
(hcipy.optics.MicroLensArray method)
(hcipy.optics.MultiplexedComplexSurfaceApodizer method)
(hcipy.optics.OpticalElement method)
(hcipy.optics.OpticalSystem method)
(hcipy.optics.SimpleVibration method)
(hcipy.optics.SingleModeFiberArray method)
(hcipy.optics.SurfaceAberrationAtDistance method)
(hcipy.optics.ThinLens method)
(hcipy.wavefront_sensing.ModulatedPyramidWavefrontSensor method)
(hcipy.wavefront_sensing.OpticalDifferentiationWavefrontSensorOptics method)
(hcipy.wavefront_sensing.PyramidWavefrontSensorOptics method)
(hcipy.wavefront_sensing.ZernikeWavefrontSensorOptics method)
FourierTransform (class in hcipy.fourier)
FraunhoferPropagator (in module hcipy.propagation)
frequency() (hcipy.optics.SimpleVibration property)
FresnelPropagator (in module hcipy.propagation)
fried_parameter_from_Cn_squared() (in module hcipy.atmosphere)
fried_parameter_to_seeing() (in module hcipy.atmosphere)
full_width_half_maximum() (hcipy.optics.GaussianBeam property)
FWHM() (hcipy.optics.GaussianBeam property)
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)
get_instance() (hcipy.optics.OpticalElement method)
get_mean_intensity_in_roi() (in module hcipy.metrics)
get_mean_raw_contrast() (in module hcipy.metrics)
get_mode_basis() (hcipy.techniques.ElectricFieldConjugation method)
get_ravc_planet_transmission() (in module hcipy.coronagraphy)
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.OpticalElement method)
(hcipy.optics.OpticalSystem method)
(hcipy.optics.SingleModeFiberArray method)
get_transformation_matrix_forward() (hcipy.coronagraphy.PerfectCoronagraph method)
(hcipy.fourier.FourierTransform method)
(hcipy.optics.OpticalElement method)
(hcipy.optics.OpticalSystem method)
(hcipy.optics.SingleModeFiberArray method)
GifWriter (class in hcipy.plotting)
gODWavefrontSensorOptics (class in hcipy.wavefront_sensing)
gouy_phase() (hcipy.optics.GaussianBeam property)
Grid (class in hcipy.field)
grid() (hcipy.optics.Wavefront property)
H
HalfWavePlate (class in hcipy.optics)
hcipy.aperture (module)
hcipy.atmosphere (module)
hcipy.coronagraphy (module)
hcipy.field (module)
hcipy.fourier (module)
hcipy.interpolation (module)
hcipy.math_util (module)
hcipy.metrics (module)
hcipy.mode_basis (module)
hcipy.optics (module)
hcipy.plotting (module)
hcipy.propagation (module)
hcipy.statistics (module)
hcipy.techniques (module)
hcipy.wavefront_control (module)
hcipy.wavefront_sensing (module)
hexagonal_aperture() (in module hcipy.aperture)
I
imag() (hcipy.optics.Wavefront property)
imsave_field() (in module hcipy.plotting)
imshow_field() (in module hcipy.plotting)
index_to_hermite() (in module hcipy.mode_basis)
InfiniteAtmosphericLayer (class in hcipy.atmosphere)
influence_functions() (hcipy.optics.DeformableMirror property)
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 property)
inverse_tikhonov() (in module hcipy.math_util)
inverse_truncated() (in module hcipy.math_util)
inverse_truncated_modal() (in module hcipy.math_util)
is_() (hcipy.field.Grid method)
is_dense() (hcipy.mode_basis.ModeBasis property)
is_regular() (hcipy.field.Grid property)
is_scalar_field() (hcipy.field.Field property)
is_separated() (hcipy.field.Grid property)
is_sparse() (hcipy.mode_basis.ModeBasis property)
is_unstructured() (hcipy.field.Grid property)
is_valid_field() (hcipy.field.Field property)
is_vector_field() (hcipy.field.Field property)
K
k() (hcipy.optics.GaussianBeam property)
KnifeEdgeLyotCoronagraph (class in hcipy.coronagraphy)
L
L0() (hcipy.atmosphere.AtmosphericLayer property)
(hcipy.atmosphere.FiniteAtmosphericLayer property)
(hcipy.atmosphere.InfiniteAtmosphericLayer property)
(hcipy.atmosphere.ModalAdaptiveOpticsLayer property)
label_actuator_centroid_positions() (in module hcipy.optics)
large_poisson() (in module hcipy.statistics)
layers() (hcipy.atmosphere.MultiLayerAtmosphere property)
left_singular_modes() (hcipy.math_util.SVD property)
linear_combination() (hcipy.mode_basis.ModeBasis method)
LinearPolarizer (class in hcipy.optics)
LinearRetarder (class in hcipy.optics)
LyotCoronagraph (class in hcipy.coronagraphy)
M
M() (hcipy.math_util.SVD property)
Magnifier (in module hcipy.optics)
make_agnostic_optical_element() (in module hcipy.optics)
make_cgh() (in module hcipy.techniques)
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_focal_grid_replacement() (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_hicat_aperture() (in module hcipy.aperture)
make_hicat_lyot_stop() (in module hcipy.aperture)
make_linear_interpolator() (in module hcipy.interpolation)
make_linear_interpolator_separated() (in module hcipy.interpolation)
make_linear_interpolator_unstructured() (in module hcipy.interpolation)
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_multiplexed_cgh() (in module hcipy.techniques)
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_polychromatic() (in module hcipy.optics)
make_power_law_error() (in module hcipy.optics)
make_pupil_grid() (in module hcipy.field)
make_random() (hcipy.statistics.SpectralNoiseFactory method)
(hcipy.statistics.SpectralNoiseFactoryFFT method)
(hcipy.statistics.SpectralNoiseFactoryMultiscale method)
make_ravc_masks() (in module hcipy.coronagraphy)
make_segmented_aperture() (in module hcipy.aperture)
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_xinetics_influence_functions() (in module hcipy.optics)
make_zernike_basis() (in module hcipy.mode_basis)
make_zero() (hcipy.statistics.SpectralNoiseFactory method)
(hcipy.statistics.SpectralNoiseFactoryFFT method)
(hcipy.statistics.SpectralNoiseFactoryMultiscale method)
matrix_invertor() (hcipy.techniques.ElectricFieldConjugation property)
MatrixFourierTransform (class in hcipy.fourier)
MicroLensArray (class in hcipy.optics)
ModalAdaptiveOpticsLayer (class in hcipy.atmosphere)
ModeBasis (class in hcipy.mode_basis)
ModulatedPyramidWavefrontSensor (class in hcipy.wavefront_sensing)
MultiLayerAtmosphere (class in hcipy.atmosphere)
MultiplexedComplexSurfaceApodizer (class in hcipy.optics)
N
NaiveFourierTransform (class in hcipy.fourier)
ndim() (hcipy.field.Grid property)
NoiselessDetector (class in hcipy.optics)
NoisyDetector (class in hcipy.optics)
noll_to_zernike() (in module hcipy.mode_basis)
num_modes() (hcipy.math_util.SVD property)
O
OccultedLyotCoronagraph (class in hcipy.coronagraphy)
ones() (hcipy.field.Grid method)
opd() (hcipy.optics.DeformableMirror property)
optical_differentiation_surface() (in module hcipy.wavefront_sensing)
optical_elements() (hcipy.optics.OpticalSystem property)
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 property)
outer_scale() (hcipy.atmosphere.AtmosphericLayer property)
(hcipy.atmosphere.FiniteAtmosphericLayer property)
(hcipy.atmosphere.InfiniteAtmosphericLayer property)
(hcipy.atmosphere.ModalAdaptiveOpticsLayer property)
(hcipy.atmosphere.MultiLayerAtmosphere property)
output_grid() (hcipy.atmosphere.AtmosphericLayer property)
P
PerfectCoronagraph (class in hcipy.coronagraphy)
phase() (hcipy.optics.SimpleVibration property)
(hcipy.optics.Wavefront property)
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.DeformableMirror method)
phase_structure_function_von_karman() (in module hcipy.atmosphere)
PhaseApodizer (in module hcipy.optics)
PhaseRetarder (in module hcipy.optics)
plot_density_scatter() (in module hcipy.plotting)
plot_kde_density_1d() (in module hcipy.plotting)
plot_kde_density_2d() (in module hcipy.plotting)
plot_rug() (in module hcipy.plotting)
points() (hcipy.field.Grid property)
PolarGrid (class in hcipy.field)
polarization_angle() (hcipy.optics.LinearPolarizer property)
PolgODWavefrontSensorOptics (class in hcipy.wavefront_sensing)
power() (hcipy.optics.Wavefront property)
power_spectral_density_von_karman() (in module hcipy.atmosphere)
Propagator (class in hcipy.propagation)
psi() (hcipy.optics.GaussianBeam property)
PyramidWavefrontSensorEstimator (class in hcipy.wavefront_sensing)
PyramidWavefrontSensorOptics (class in hcipy.wavefront_sensing)
Q
q() (hcipy.optics.GaussianBeam property)
QuarterWavePlate (class in hcipy.optics)
R
r() (hcipy.field.PolarGrid property)
R() (hcipy.optics.GaussianBeam property)
radial_profile() (in module hcipy.metrics)
radius_of_curvature() (hcipy.optics.GaussianBeam property)
random() (hcipy.optics.DeformableMirror method)
rayleigh_distance() (hcipy.optics.GaussianBeam property)
read_out() (hcipy.optics.Detector method)
(hcipy.optics.NoiselessDetector method)
(hcipy.optics.NoisyDetector method)
(hcipy.optics.SingleModeFiber method)
real() (hcipy.optics.Wavefront property)
rectangular_aperture() (in module hcipy.aperture)
regular_coords() (hcipy.field.Grid property)
(hcipy.field.RegularCoords property)
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)
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.math_util.SVD property)
RooftopWavefrontSensorOptics (class in hcipy.wavefront_sensing)
rotate() (hcipy.field.CartesianGrid method)
(hcipy.field.Grid method)
(hcipy.field.PolarGrid method)
rotated() (hcipy.field.CartesianGrid method)
(hcipy.field.Grid method)
RotateFFT (class in hcipy.fourier)
S
S() (hcipy.math_util.SVD property)
scale() (hcipy.field.CartesianGrid method)
(hcipy.field.Grid method)
(hcipy.field.PolarGrid method)
scaled() (hcipy.field.Grid method)
scintilation() (hcipy.atmosphere.MultiLayerAtmosphere property)
seeing_to_fried_parameter() (in module hcipy.atmosphere)
SegmentedDeformableMirror (class in hcipy.optics)
segments() (hcipy.optics.SegmentedDeformableMirror property)
separated_coords() (hcipy.field.Grid property)
(hcipy.field.RegularCoords property)
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 property)
(hcipy.field.RegularCoords property)
(hcipy.field.SeparatedCoords property)
shaped() (hcipy.field.Field property)
ShearFFT (class in hcipy.fourier)
shift() (hcipy.field.CartesianGrid method)
(hcipy.field.Grid method)
(hcipy.field.PolarGrid method)
(hcipy.statistics.SpectralNoise method)
(hcipy.statistics.SpectralNoiseFFT method)
(hcipy.statistics.SpectralNoiseMultiscale method)
shifted() (hcipy.field.Grid method)
(hcipy.field.PolarGrid method)
(hcipy.statistics.SpectralNoise method)
SimpleVibration (class in hcipy.optics)
single_step() (hcipy.techniques.ElectricFieldConjugation method)
SingleModeFiber (class in hcipy.optics)
SingleModeFiberArray (class in hcipy.optics)
singular_values() (hcipy.math_util.SVD property)
size() (hcipy.field.Grid property)
(hcipy.field.RegularCoords property)
(hcipy.field.SeparatedCoords property)
(hcipy.field.UnstructuredCoords property)
SpectralNoise (class in hcipy.statistics)
SpectralNoiseFactory (class in hcipy.statistics)
SpectralNoiseFactoryFFT (class in hcipy.statistics)
SpectralNoiseFactoryMultiscale (class in hcipy.statistics)
SpectralNoiseFFT (class in hcipy.statistics)
SpectralNoiseMultiscale (class in hcipy.statistics)
SquareShackHartmannWavefrontSensorOptics (class in hcipy.wavefront_sensing)
subsample_field() (in module hcipy.field)
subset() (hcipy.field.Grid method)
surface() (hcipy.optics.DeformableMirror property)
SurfaceAberration (class in hcipy.optics)
SurfaceAberrationAtDistance (class in hcipy.optics)
SurfaceApodizer (in module hcipy.optics)
SVD (class in hcipy.math_util)
svd() (hcipy.math_util.SVD property)
(hcipy.techniques.ElectricFieldConjugation property)
T
t() (hcipy.atmosphere.AtmosphericLayer property)
(hcipy.atmosphere.MultiLayerAtmosphere property)
T_backward() (hcipy.fourier.NaiveFourierTransform property)
T_forward() (hcipy.fourier.NaiveFourierTransform property)
tensor_order() (hcipy.field.Field property)
tensor_shape() (hcipy.field.Field property)
theta() (hcipy.field.PolarGrid property)
(hcipy.optics.GaussianBeam property)
ThinLens (class in hcipy.optics)
TipTiltMirror (class in hcipy.optics)
to_dense() (hcipy.mode_basis.ModeBasis method)
to_sparse() (hcipy.mode_basis.ModeBasis method)
total_power() (hcipy.optics.Wavefront property)
transformation_matrix() (hcipy.mode_basis.ModeBasis property)
U
U() (hcipy.math_util.SVD property)
UnstructuredCoords (class in hcipy.field)
V
velocity() (hcipy.atmosphere.AtmosphericLayer property)
VortexCoronagraph (class in hcipy.coronagraphy)
Vt() (hcipy.math_util.SVD property)
W
w() (hcipy.field.CartesianGrid property)
(hcipy.optics.GaussianBeam property)
Wavefront (class in hcipy.optics)
WavefrontSensorEstimator (class in hcipy.wavefront_sensing)
WavefrontSensorOptics (class in hcipy.wavefront_sensing)
wavenumber() (hcipy.optics.GaussianBeam property)
(hcipy.optics.Wavefront property)
weights() (hcipy.field.Grid property)
X
x() (hcipy.field.CartesianGrid property)
Y
y() (hcipy.field.CartesianGrid property)
Z
z() (hcipy.field.CartesianGrid property)
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 property)
zeros() (hcipy.field.Grid method)
zR() (hcipy.optics.GaussianBeam property)